# Patent

## Title
Location based real-time casino data

## Abstract

An apparatus, method, and system to acquire and display casino data on a portable electronic device may include a portable electronic device having a processor operative with a real-time location based data application to transmit the location of the portable electronic device and acquire, prioritize, store and display real-time casino data. The real-time casino data may be periodically updated based on the location of the portable electronic device and visually presented to a user on a display of the portable electronic device.

## Background
CROSS-REFERENCE TO RELATED APPLICATION
This application is continuation of U.S. patent application Ser. No. 12/797,610, filed Jun. 10, 2010, and entitled “LOCATION BASED REAL-TIME CASINO DATA”, which is hereby incorporated herein by reference for all purposes.


FIELD OF THE INVENTION
The present invention relates to location based real-time casino data. More particularly, the present invention relates to acquiring and presenting the location based real-time casino data using a portable electronic device.
BACKGROUND OF THE INVENTION
Electronic gaming devices such as slot machines, videos poker machines, and keno machines account for almost 70% of the revenue generated by a casino. There are numerous gaming themes that are in casinos and in development. As these trends continue, players will be bombarded by a bewildering array of gaming choices. As casinos become larger and more crowed, locating desired games becomes more difficult and frustrating for individual players.
A primary objective of a casino is to entice players to play for longer time periods. A personalized gaming experience may compel players to extend gaming sessions. Making it easier for players to locate and access casino services will provide a more compelling and enjoyable casino experience. With the recent growth of technologies associated with wireless networks, software as a service, and personal electronic devices such as smart phones, mobile media devices, tablet computing devices, and the like, increasingly the portable electronic devices have become the main device for users to access information and services. Many of the information and services are based on the location of the users.
While software applications for handheld devices are beginning to surface for casino environments, these applications are mostly geared towards simple data access. Intelligent location-based and player-based data are non-existent as indoor-locationing technology is still in its infancy. Additionally, the locational precision that's required of an indoor-locationing system to pinpoint a device or a person, and the sheer number of wireless devices carried by people who are next each other in a confined space, cause the accuracy to plunge, while cost of the system to ascend. A simple and robust system, method, and apparatus to reliably deliver player-relevant data to mobile devices in the crowded, secured, highly regulated, casino environment is desired.
OVERVIEW
A system, method, and apparatus capable of acquiring, transmitting, and presenting location based real-time casino data is discussed. In one embodiment, a portable electronic device, comprising a processor configured to receive real-time casino data associated with the location of the portable electronic device, an indoor location identifying device configured to indicate a location of the portable electronic device, a software application operative with the processor and configured to transmit a location of the portable electronic device and receive real-time casino data, an authentication device configured to verify and grant data access privileges to the at least one portable electronic device's software application, and a display configured to present the real-time casino data.
A method for acquiring casino data on a portable electronic device comprising transmitting a location of the portable electronic device to a gaming device, authenticating and granting data access privileges to the portable electronic device's software application, receiving real-time casino data based on the location of the portable electronic device, and presenting the real-time casino data on a display of the portable electronic device.
A system for providing real-time casino data comprising at least one portable electronic device comprising a processor configured to receive real-time casino data associated with the location of the portable electronic device, an indoor location identifying device configured to indicate a location of the portable electronic device, a software application operative with the processor and configured to transmit a location of the portable electronic device and receive real-time casino data, an authentication device configured to verify and grant data access privileges to the at least one portable electronic device's software application, and a display configured to present the real-time casino data. The system for providing real-time casino data further comprises a gaming device configured to acquire the location of at least one portable electronic device and transmit the real-time casino data based on the location of the at least one portable electronic device to the at least one portable electronic device. The real-time casino data may further be based on the access privileges, preset personal preferences, or spontaneous personal preferences of the user.
The present invention provides other hardware configured to perform the methods of the invention, as well as software stored in a machine-readable medium (e.g., a tangible storage medium) to control devices to perform these methods. These and other features will be presented in more detail in the following detailed description of the invention and the associated figures.



BRIEF DESCRIPTION OF THE DRAWINGS
The accompanying drawings, which are incorporated into and constitute a part of this specification, illustrate one or more example embodiments and, together with the description of example embodiments, serve to explain the principles and implementations.
In the drawings:
FIG. 1 illustrates a schematic diagram of a gaming system in accordance with one embodiment of the invention.
FIG. 2 illustrates a block diagram of a portable electronic in accordance with one embodiment of the invention.
FIG. 3A illustrates a flow diagram of a method for acquiring real-time casino data.
FIG. 3B illustrates a flow diagram of another method for acquiring real-time casino data.
FIG. 4A illustrates a flow diagram of a method for acquiring and updating casino data based on the location of a portable electronic device.
FIG. 4B illustrates a flow diagram of a method for acquiring and updating real-time casino data based on the location of a portable electronic device associated with a predefined zone within the gaming establishment environment.
FIG. 5A illustrates a front view of an example portable electronic device presenting real-time casino data.
FIG. 5B illustrates a front view of an example portable electronic device presenting real-time casino data associated with at least one predefined zone on the casino floor.
FIG. 5C illustrates a front view of an example portable electronic device presenting real-time casino data associated with at least one predefined zone on the casino floor as a gaming heat map.
FIG. 6A illustrates an example of a portable electronic device presenting a gaming heat map.
FIG. 6B illustrates an example of a portable electronic device presenting an entertainment query.
FIG. 7A illustrates an example of a portable electronic device presenting a compensation visual representation.
FIG. 7B illustrates an example of a portable electronic device presenting a revenue heat map.



DESCRIPTION OF EXAMPLE EMBODIMENTS
Embodiments are described herein in the context of a location-based real-time casino data system. The following detailed description is illustrative only and is not intended to be in any way limiting. Other embodiments will readily suggest themselves to such skilled persons having the benefit of this disclosure. Reference will now be made in detail to implementations as illustrated in the accompanying drawings. The same reference indicators will be used throughout the drawings and the following detailed description to refer to the same or like parts.
In the interest of clarity, not all of the routine features of the implementations described herein are shown and described. It will, of course, be appreciated that in the development of any such actual implementation, numerous implementation-specific decisions must be made in order to achieve the developer's specific goals, such as compliance with application- and business-related constraints, and that these specific goals will vary from one implementation to another and from one developer to another. Moreover, it will be appreciated that such a development effort might be complex and time-consuming, but would nevertheless be a routine undertaking of engineering for those of ordinary skill in the art having the benefit of this disclosure.
In accordance with the present invention, the components, process steps, and/or data structures may be implemented using various types of operating systems, computing platforms, computer programs, and/or general purpose machines. In addition, those of ordinary skill in the art will recognize that devices of a less general purpose nature, such as hardwired devices, field programmable gate arrays (FPGAs), application specific integrated circuits (ASICs), or the like, may also be used without departing from the scope and spirit of the inventive concepts disclosed herein.
FIG. 1 illustrates a schematic diagram of a gaming system in accordance with one embodiment of the invention. The gaming system 100 comprises at least one gaming device 102, at least one portable electronic device 104a, 104n, at least one management portable electronic device 106a, 106n and a network 108. The network 108 can be accessible via any wired or wireless technology such as BluetoothTM, WifiTM, LTE, WiMax, Universal Serial Bus (USB), or Ethernet. The at least one gaming device 102 can be a gaming machine, for example a slot machine, a mobile device, a smart phone, a tablet computer, a game table, or a gaming server. The at least one gaming device 102 can be configured to periodically store and update real-time casino data. The at least one portable electronic device 104a, 104n can be configured to communicate with the at least one gaming device 102 via the network 108. The at least one management portable electronic device 106a, 106n can be configured to communicate with the at least one gaming device 102, as well as the at least one portable electronic device 104a, 104n, via the network 108. The client and management portable electronic devices 104a, 104n, 106a, and 106n can be configured to indicate each respective location and transmit its location to the gaming device 102. The client and management portable electronic devices 104a, 104n, 106a, and 106n can also acquire the real-time casino data from the at least one gaming device 102 as well as from each other (peer-to-peer manner) based on the location of each portable electronic device 104a, 104n, 106a, and 106n. 
In another embodiment, the at least one gaming device 102 can be configured to detect the location of each portable electronic device 104a, 104n, 106a, and 106n, and transmit the real-time casino data to the at least one portable electronic device 104a, 104n, 106a, and 106n based on the location, access privilege, preset personal preference, spontaneous preference, etc., of the at least one portable electronic device 104a, 104n, 106a, and 106n. The at least one gaming device 102 can be configured to periodically receive and update the location of the at least one portable electronic device 104a, 104n, 106a, and 106n. 
FIG. 2 illustrates a block diagram of a portable electronic device 200 in accordance with one embodiment of the invention. The portable electronic device 200 can have a location-identifying device 204 configured to indicate a location of the portable electronic device when the portable electronic device is outdoors or indoors. In one embodiment, the location-identifying device 204 can include a location acquisition unit (hardware or software based) configured to acquire a location data of the portable electronic device, such as Cartesian coordinates within a casino establishment environment, latitude, longitude, distance, angle, orientation and the like.
For example, the location acquisition unit may acquire the location of the portable electronic device by using radio frequency (RF) wireless location tracking between the portable electronic device and at least one wireless access point distributed throughout the gaming establishment environment. In another example, an RF transceiver within the portable electronic device may be located by its position relative to the closest access point. In yet another example, triangulation or trilateration methods may be used in conjunction with multiple stationary access points to determine the location of the portable electronic device. RF fingerprinting location appliances, such as the Cisco Wireless Location ApplianceTM manufactured by Cisco Systems, Inc. (San Jose, Calif., US), may be used to determine the location of the portable electronic device. RF fingerprinting may further refine the location data associated with the portable electronic device by comparing the live-captured RF characteristic of the current location of the portable electronic device to a known or predicted RF characteristic of a point or zone within the gaming establishment environment. In another example, location data may be determined visually by a plurality of smart cameras distributed throughout the gaming establishment environment. The smart cameras may recognize the portable electronic device by, for example, reading a 2D barcode displayed on the portable electronic device's display, and tracks its location and movement within the gaming establishment environment based on known location data of barcode reader, or nearby fixed objects. Using the portable electronic device to scan for nearby RF beacons and simply decodes their location is yet another method used when exact location is unnecessary.
The portable electronic device 200 can further comprise an authentication device configured to verify and authorize data access privileges of the portable electronic device 200's software application. In one embodiment, the authentication device can be a casino data access server configured to authenticate the software as well as verify and authorize access privileges of a software application. The portable electronic device 200 can transmit the user identifier code and the software application's digital signature information to a server for authentication and verification. When the portable electronic device transmits encrypted device identifier, user identifier, software digital signature, and other information to the server, the server is configured to decrypt the message and identifier information. The server then checks for correct values of the user identifier code, the software application's authenticity, and/or the device's identifier information.
The portable electronic device 200 further includes a processor 202 configured to receive real-time casino data associated with the location of the portable electronic device 200. The portable electronic device may further include a display 206 configured to present the real-time casino data. In one embodiment, the real-time casino data includes at least one gaming device data associated with the location of the portable electronic device 200. The gaming device maybe a slot machine, a table game, for example, blackjack, poker, craps, and the like, a mobile device, a smart phone, a computer, a tablet computer, and/or an interactive TV (iTV).
The portable electronic device 200 can also include at least one input device 210 configured to allow navigation of the real-time casino data. The input device 210 can include, but is not limited to, a plurality of buttons, a keyboard, a touch screen display, voice, gesture, and the like. The portable electronic device 200 can also include a data transceiver interface 208 configured to transmit data, including but not limited to, real-time casino data, authentication or verification data or both, and the like.
In one embodiment, the processor 202 can be configured to operate with the casino data application to receive real-time casino data associated with the location, access privileges, preferences, and/or spontaneous preferences of the portable electronic device 200. The casino data application may further organize and/or prioritize the real-time casino data according to the preferences of the player, of the casino, of a third-party sponsor of the application data, of the location of portable electronic device, or some combination of these. In another embodiment, the processor 202 can be configured to interact with a casino data center to receive real-time casino data associated with the location, access privileges, preset preferences, and/or spontaneous preference of the portable electronic device 200. The casino data application may further organize and/or prioritize the real-time casino data according to the preferences of the player, of the casino, of a third-party sponsor of the application data, of the location of portable electronic device, or some combination of these.
The casino data center can be configured to receive and store the gaming machine information transmitted from all gaming machines in the casino. The casino data center can also be configured to store data associated with the connection, history, operating states of hardware and software, and the session data with the portable electronic devices. Such a back-up storage capability helps in restoring an interrupted communication session between the casino data center and the portable electronic devices due to unforeseen events such as loss of battery power, loss of signals, corrupted memory, inadvertent delete, etc., on the portable electronic devices. In such a recovery process, the entire session is restored to the last known state (display, memory stack, communication, operating system, applications, data, history, input, output, etc.) on the portable electronic device using backup data from the casino data center. A new location data acquisition is performed. An opportunity to update the data, based on current location, is then offered to the user. Thus, the user is afforded an option to continue the previous session, or to start anew.
In yet another embodiment, the processor 202 can be configured to present a visual representation of a particular gaming zone on the display 206. A zone maybe a physical area or volume of the casino where one or more gaming devices or points of interest that share some common characteristics exist for at least a time period. For example, penny slots zone, high-limit gaming zone, poker zone, mystery bonus zone, and the like. In another illustrative example, the entire second floor of a casino can be a mystery bonus zone on Tuesdays. A zone may also be a virtual area/space where physically separated gaming devices maybe logically grouped for a common function or purpose, such as a slot tournament, group games, bonusing, progressives, and the like. Whether a zone is a physical location with gaming devices, or a logical group of gaming devices, a zone may have its own server dedicated to serving that zone and the gaming devices connected to it. The advantage of zone-based architecture is that the location services can be deployed in a piecemeal manner and scale up one zone at a time. Such a distributed architecture could be more desirable than a monolithic architecture of a property-wide location-based service. Another advantage is that the precise location of a device is not required once a portable electronic device is determined to be within a zone. As long as the portable electronic device is somewhere inside the zone, zone-based service and data can be provided. Precise location is no longer required, lowering the cost of a location tracking system.
In one embodiment, the visual representation includes at least one indicator configured to identify at least one gaming machine based on at least one criterion, such as an access privilege. The indicator may be any visual representation such as an icon, a picture, a border around an object of interest, a descriptive text string, a visual pattern unique to the gaming machine or particular gaming zone, and the like. In one embodiment, the indicator is a semi-transparent object overlaying a region of interest in a background image. For example, a computer generated semi-transparent mask overlaying a small area of the casino floor, highlighting a slot machine that is currently unoccupied and available players. The visual representation can be a line map, or a video camera image of a casino floor, or a hybrid representation where the line map overlays a still or a video camera image, identifying at least one gaming machine. In another embodiment, Augmented Reality technology, where one or more computer generated indicators are superimposed over a live video camera image, could be implemented. In this case, the player points the portable electronic device (equipped with a camera) in the general direction of interest. The video stream is analyzed, recognized, annotated and displayed, live, on the portable electronic device. As the player moves around the casino floor, annotations of gaming machines or other points of interest are dynamically updated.
FIG. 3A illustrates a flow diagram of a method for acquiring real-time casino data. A location of at least one portable electronic device can be calculated at 302. The location of the at least one portable electronic device can then be transmitted to a gaming device at 304, wherein the gaming device can be a slot machine, a central gaming server, or any other device. In one embodiment, the location of the portable electronic device can be associated with a predefined zone of the casino floor.
The method further includes verifying the capabilities, authenticating and granting data access privileges to the portable electronic device's software application at 306, receiving real-time casino data based on the location and capabilities of the portable electronic device at 308, and presenting the real-time casino data on a display of the at least one portable electronic device at 310. Capabilities of the portable electronic device include screen display size, screen resolution, computing capability, memory available, operating system type, software installed, and the like.
In one embodiment, the method further comprises periodically updating the location of the portable electronic device, transmitting an updated location of the portable electronic device to the gaming device; and receiving updated real-time casino data based on the updated location, preset preferences, spontaneous preferences, and access privileges of the portable electronic device.
In another embodiment, the presenting at 310 further comprises identifying at least one gaming machine that is generating revenue over a predetermined period of time. In yet another embodiment, the presenting further comprises displaying a visual representation of the predefined zone within the casino floor. Prior to presenting the real-time casino data on the display of the portable electronic device, the data may be organized and/or prioritized according to the preference of the user, of the casino, of a third-party sponsor of the application data, of the location of the portable electronic device, or some combination of these. In still another embodiment, the visual representation includes at least one indicator configured to identify at least one gaming machine based on at least one criterion. The visual representation can be a line map, or a video image of the casino floor, or a hybrid representation where the line map overlays a still or video camera image, identifying at least one gaming machine based on at least one criterion.
The real-time casino data may include gaming machine data. In one embodiment the gaming machine data includes pay-in data acquired over a predetermined period of time, pay-out data acquired over a predetermined period of time, game session duration data, or player entertainment preferences and play history. In another embodiment, the real-time casino data can be associated with the predefined zone of the casino floor. Real-time casino data acquisition maybe periodically updated and/or prioritized when a triggering event occurs, such as when the user moved to a different zone, at a predetermined time interval, when the user manually requests a data refresh, and the like. Using the acquired data, a casino manager may evaluate a player's value to the casino, and may award spontaneous perks such as cash back, bonus spins, food/drink vouchers, etc.
FIG. 3B illustrates a flow diagram of another method 350 for acquiring real-time casino data. The method 350 comprises calculating a location of at least one portable electronic device at 320, transmitting the location of the at least one portable electronic device to a gaming device at 352, transmitting interest criteria to the gaming device at 354, receiving real-time casino data based on the location of the at least one portable electronic device and the interest criteria from the gaming device at 356, and presenting a visual representation of the real-time casino data on a display of the at least one portable electronic device at 358. Prior to the step of displaying, preprocessing maybe carried out to organize and/or prioritize the real-time casino data according to the preference of the user, of the casino, of a third-party sponsor of the application data, of the location of the portable electronic device, or some combination of these. The preference maybe preset or spontaneous.
The location of the at least one portable electronic device at 360 may be periodically updated as described above. After the updated location of the portable electronic device is calculated, the updated location of the at least one portable electronic device may be transmitted to a gaming device at 352 and the remaining steps of the method 350 may repeat thereafter. If there is no updated location of the portable electronic device at 360, then detect whether there is any updated interest criteria at 362. If there is updated interest criteria, the updated interest criteria may be transmitted to the gaming device at 354 and the remaining steps of the method 350 may be repeated thereafter.
From the player's perspective, interest criteria may include gaming machine data such as the time period since the most recent pay-out, gaming machines within a user-preferred predefined zone of the casino floor, gaming machines that share a particular theme, gaming machines that have linked progressives jackpots, a predefined zone of the casino floor having a particular denomination, and the like. From the casino operator's perspective, interest criteria may include players who have spent $50 or more in the last hour, winning players, losing players, gaming machines that generated the least revenue in the past month, top 10 games that received the most plays this week, players who have been at one machine for at least one hour, zones that are most active right now, and the like.
FIG. 4A illustrates a flow diagram of a method for acquiring and updating casino data based on a location of a portable electronic device. The method 400 for acquiring and updating real-time casino data may be performed by acquiring a location of the portable electronic device at 402. In one embodiment, the location of the portable electronic device may be acquired using an indoor location identifying device within the portable electronic device, such as a RF location sensor (hardware, or software based). In another embodiment, the location of the portable electronic device may be calculated using radio frequency (RF) wireless location tracking between the portable electronic device and at least one wireless access point distributed throughout a gaming establishment environment. In yet another embodiment, an RF transceiver within the portable electronic device may be located by its position relative to the closest access point. In still yet another embodiment, triangulation or trilateration methods may be used in conjunction with multiple stationary access points to determine the location of the portable electronic device. For example, RF fingerprinting location appliances, such as the Cisco Wireless Location ApplianceTM manufactured by Cisco Systems, Inc. (San Jose, Calif., US), may be used to determine the location of the portable electronic device. RF fingerprinting may further refine a position data associated with the portable electronic device by comparing a live-captured RF characteristic of a current location of the portable electronic device to a known or predicted RF characteristic of a point or zone within the gaming establishment environment. In another example, location data may be determined visually by a plurality of smart cameras distributed throughout the gaming establishment environment. The smart cameras may recognize the portable electronic device by, for example, reading a 2D barcode displayed on the portable electronic device's display, and tracks its location and movement within the gaming establishment environment based on known location data of barcode reader, or nearby fixed objects. Using the portable electronic device to scan for nearby RF beacons and simply decodes their location is yet another method used when exact location is unnecessary.
The location of the portable electronic device may be transmitted to a gaming device within the gaming establishment environment. The gaming device may be a central gaming server, a slot machine, a table game, a portable computer, a smartphone, a tablet computer, an interactive television, and the like. The gaming device that receives the location of the portable electronic device may then authenticate the portable electronic device as a member of the gaming establishment environment network and grant the portable electronic device access privileges sufficient to receive real-time casino data.
After acquiring the location information, a verification of the device capabilities, authentication of the device's software and authentication of the device's access privileges are performed at 403. Real-time casino data and access privileges associated with the location of the portable electronic device may be determined at 404 by the gaming device, transcoded to conform to the portable electronic device's inherent capabilities (display size and resolution, processing and storage capacity, etc.), and transmitted to the portable electronic device from the gaming device at 406. Prior to transmitting, the real-time casino data may further be organized and/or prioritized according to the preference of the user, of the casino, of a third-party sponsor of the application data, of the location of the portable electronic device, or some combination of these. The preference maybe preset or spontaneous. The real-time casino data associated with the location of the portable electronic device may include gaming machine data such as player gaming preferences, player entertainment preferences, gaming machine pay-in data acquired over a predetermined period of time, gaming machine pay-out data acquired over a predetermined period of time, and game session duration data. The gaming machine pay-in and pay-out data acquired over a predetermined period of time may be obtained from a central gaming server or recorded over a predefined period of time from a particular gaming machine of interest to a player.
The real-time casino data may be presented on a display of the portable electronic device. The real-time casino data may be displayed using text, graphical symbols, or augmented reality techniques. The displayed text, graphical symbols, or augmented reality techniques may indicate the location of a gaming machine that has characteristics which an individual player may find desirable. For example, the displayed real-time casino data may indicate the location of gaming machines that have recently paid out a jackpot, gaming machines that have not recently paid out, zones with most payout in the last hour, zones that offer mystery bonuses, and/or the location of particular themed gaming machines the player prefers such as Wheel of FortuneTM. The real-time casino data presented on the display of the portable electronic device may also indicate a location of amenities and attractions within the gaming establishment environment, such as restrooms, concierge services, restaurants, shows, and the like.
The real-time casino data may be presented such that at least one gaming machine generating revenue over a predefined period of time may be identified. The gaming machine revenue generation data may also identify at least one gaming machine that has not generated revenue over the predefined period of time.
The augmented reality techniques that present the real-time casino data on the display of the portable electronic device may comprise overlaying a map of the gaming establishment environment, annotations and other indicators, onto real-time video captured and displayed by the portable electronic device. The overlaid map, annotations, and other indicators generated from the real-time casino data may indicate gaming machines that have desired characteristics, suggested rewards to casino managers for high value players, amenities within the gaming establishment environment and/or players that have generated a predefined amount of revenue for the casino, and the like. The overlaid map may be referred to as an augmented reality map, and the augmented reality map may be periodically updated when the portable electronic device acquires new real-time casino data and/or when the location, or other triggering events, of the portable electronic device changes as described below.
The real-time casino data associated with the portable electronic device may be periodically updated at 408. Several events may trigger updates of the real-time casino data associated with the portable electronic device. For example, the real-time casino data associated with the portable electronic device may update after a predefined period of time has elapsed, or upon a manual request by the user, or upon a change in the location of the portable electronic device, or when a new data set is available such as new bonus offers by the bonusing controller at the current location. After the location of the portable electronic device changes, the method for acquiring the location of the portable electronic device may be repeated.
FIG. 4B illustrates a flow diagram of a method for acquiring and updating real-time casino data based on a location of a portable electronic device associated with a predefined zone within a gaming establishment environment. One advantage with a predefined zone is that it is simple to implement in a piecemeal manner and scaled up as needed. All gaming devices within the zone are grouped together—versus individually tracking each device's location, privilege, preferences, permission, etc. Devices in the same zone have access to the same data, and eligible to receive the same benefits. Precise location tracking of each device within a zone is no longer required, lowering the cost of equipment, software complexity, and implementation. Further, a zone may have its own dedicated server catering to devices within the zone only. Operationally, information can be broadcast instead of one-to-one communication. For example, a mystery bonus event can be broadcasted to all devices present on the second floor of the casino. The method 450 for acquiring and updating real-time casino data associated with a predefined zone within the gaming establishment environment may be performed by acquiring a location of the portable electronic device at 452. In one embodiment, the location of the portable electronic device may be acquired using an indoor or outdoor location identifying device within the portable electronic device. In another embodiment, the location of the portable electronic device may be calculated using radio frequency (RF) wireless location tracking between the portable electronic device and at least one wireless access point distributed throughout the gaming establishment environment. In yet another embodiment, an RF transceiver within the portable electronic device may be located by its position relative to the closest access point. In still yet another embodiment, triangulation or trilateration methods may be used in conjunction with multiple stationary access points to determine the location of the portable electronic device. For example, RF fingerprinting location appliances, such as the Cisco Wireless Location ApplianceTM manufactured by Cisco Systems, Inc. (San Jose, Calif., US), may be used to determine the location of the portable electronic device. RF fingerprinting may further refine the position data associated with the portable electronic device by comparing the live-captured RF characteristic of the current location of the portable electronic device to a known or predicted RF characteristic of a point or zone within the gaming establishment environment. In another example, location data may be determined visually by a plurality of smart cameras distributed throughout the gaming establishment environment. The smart cameras may recognize the portable electronic device by, for example, reading a 2D barcode displayed on the portable electronic device's display, and tracks its location and movement within the gaming establishment environment based on known location data of barcode reader, or nearby fixed objects. Using the portable electronic device to scan for nearby RF beacons and simply decodes their location is yet another method used when exact location is unnecessary.
The location of the portable electronic device may be associated at 454 with a predefined zone within the gaming establishment environment casino floor. The casino floor may be divided into at least one predefined zone. Certain features of the casino floor may be grouped together within the predefined zones. For example, one zone may contain at least one slot machine and another zone may contain at least one table game. In another example, a predefined zone may contain casino amenities such as at least one restaurant, concierge kiosk, theatre, and the like. As previously discussed, a zone can be physical, virtual (logically grouped), or some combinations of both. Further, each zone can have a dedicated server catering to the gaming devices within the zone, making it easy to implement a location-based function one area at a time on the casino floor.
A gaming machine may determine at 456 real-time casino data associated with the predefined zone on the casino floor that may contain the portable electronic device. The gaming machine may then transmit at 458 the real-time casino data associated with the predefined zone on the casino floor to the portable electronic device. Prior to transmitting, the real-time casino data may further be organized and/or prioritized according to the preference of the user, of the casino, of a third-party sponsor of the application data, of the location of the portable electronic device, or some combination of these. The preference maybe preset or spontaneous. The real-time casino data associated with the predefined zone on the casino floor may include gaming machine data such as player gaming preferences, player entertainment preferences, gaming machine pay-in data acquired over a predetermined period of time, gaming machine pay-out data acquired over a predetermined period of time, and game session duration data. The gaming machine data may be organized by each machine's location on the casino floor, or logically grouped. The gaming machine pay-in and pay-out data acquired over a predetermined period of time may be obtained from a central gaming server or recorded over a predefined period of time from a particular gaming machine or predefined zone on the casino floor of interest to a player. Real-time casino data acquisition maybe periodically updated when a triggering event occurs, such as when the user moved to a different zone, at a predetermined time interval, when the user manually requests a data refresh, and the like. Using the acquired data, a casino manager may evaluate a player's value to the casino, and may award spontaneous perks such as cash back, bonus spins, food/drink vouchers, etc.
The real-time casino data associated with the predefined zone on the casino floor may be presented on a display of the portable electronic device. The real-time casino data associated with the predefined zone on the casino floor may be displayed using text, graphical symbols, or augmented reality techniques such as an augmented reality map where annotations and other indicators are superimposed on a live video stream. The displayed text, graphical symbols, or augmented reality techniques may indicate the location of gaming machines within a predefined zone on the casino floor that have characteristics, which an individual player may find desirable. For example, the displayed real-time casino data may indicate the location of gaming machines within the predefined zone that have recently paid out a jackpot, gaming machines that have not recently paid out, hot players, bonus zones, and/or the location of particular themed gaming machines within the predefined zone the player prefers. The real-time casino data associated with the predefined zone on the casino floor presented on the display of the portable electronic device may also indicate the location of amenities and attractions within the gaming establishment environment, such as restrooms, concierge services, restaurants, shows, and the like.
The real-time casino data may be presented such that at least one gaming machine associated with the predefined zone on the casino floor generating revenue over the predefined period of time may be identified. The gaming machine revenue data may also identify at least one gaming machine within the predefined zone that has not generated revenue over the predefined period of time.
The augmented reality techniques used to present the real-time casino data on the display of the portable electronic device may comprise overlaying a map of the predefined zone, computer generated annotations and other indicators, within the gaming establishment environment onto real-time video captured and displayed by the portable electronic device. The overlaid map and notes may indicate gaming machines within the predefined zone that have desired characteristics, amenities within the gaming establishment environment and/or players within the predefined zone that have generated a predefined amount of revenue for the casino. The overlaid map may be referred to as an augmented reality map, and the augmented reality map may be periodically updated when the portable electronic device acquires new real-time casino data and/or when the location of the portable electronic device changes as described above.
The real-time casino data associated with the predefined zone on the casino floor containing the portable electronic device may be periodically updated and/or reprioritized at 460. For example, the real-time casino data associated with the portable electronic device may update after the predefined period of time has elapsed, upon a change in the location of the portable electronic device, or when a new offer/event has been initiated. The update may initiate when the portable electronic device moves from one predefined zone on the casino floor to another predefined zone on the casino floor. After the location of the portable electronic device changes, the method for acquiring the location of the portable electronic device may be repeated.
FIG. 5A illustrates a front view of a portable electronic device presenting real-time casino data. The portable electronic device 500 may have a housing 502 that may support a display 504. The display 504 could be, but is not limited to, a touch screen configured to receive input from a user. The portable electronic device 500 may also have user actuatable buttons 506 that may allow the user to navigate the real-time casino data presented on the display 504. The real-time casino data may be visually represented as a map of a casino floor within a gaming establishment environment. The map may display an icon 510 denoting a current location of the portable electronic device. The map may also display another icon 508 denoting gaming machines or other features of the casino floor of interest to the user. For example, the icons 508 may mark the locations of gaming machine that have not paid out within a user-defined period of time. As another example, the icons 508 may denote locations of a desired amenity, such as restrooms, on the casino floor relative to the user's current location marked by the icon 510.
FIG. 5B illustrates a front view of a portable electronic device presenting real-time casino data associated with at least one predefined zone on a casino floor. The portable electronic device 540 may have a housing 542 that may support a display 544. The display 544 could be, but is not limited to being, a touch screen configured to receive input from a user. The portable electronic device 540 may also have user actuatable buttons 546 that may allow the user to navigate the real-time casino data associated with at least one predefined zone on the casino floor presented on the display 544.
The real-time casino data associated with the at least one predefined zone on the casino floor may be visually represented as a map of the casino floor within the gaming establishment environment. The map may display an icon 554 denoting the current location of the portable electronic device that may be carried by the user. The map may also display icons representing at least one predefined zone on the casino floor. For example, the map may display a predefined zone 548 that contains mainly table games. In another example, the map may display a predefined zone 550 that contains mainly slot machines with mystery bonus feature. In yet another example, the map may display a predefined zone 552 that contains mainly casino amenities such as a bar or restaurant. In still yet another example, the relative locations of the predefined zones 548, 550, and 552 may be displayed relative to the icon 554 denoting the current location of the portable electronic device. The relative locations of the predefined zones 548, 550, and 552 may be denoted by unique graphical representations on the map such as color highlights, annotations, contours, and other textual or graphical indicators. For example, zone 548 may be denoted by an open rectangle drawn with dotted lines while zone 550 may be denoted by a cross-hatched rectangle drawn with dotted lines. Zone 552 may be similarly denoted by a hatched rectangle drawn with dotted lines. The respective shadings of the rectangles representing zones 548, 550, and 552 may allow the user to quickly and easily identify zones of interest on the casino floor.
FIG. 5C illustrates a front view of an example portable electronic device presenting real-time casino data associated with at least one predefined zone on a casino floor as a gaming heat map. The portable electronic device 560 may have may have a housing 562 that may support a display 564. The display 564 could be, but is not limited to, a touch screen configured to receive input from a user. The portable electronic device 560 may also have user actuatable buttons 566 that may allow the user to navigate the real-time casino data associated with at least one predefined zone on the casino floor presented on the display 564.
The real-time casino data associated with the at least one predefined zone on the casino floor may be visually represented as the gaming color heat map of the casino floor within the gaming establishment environment. The gaming color heat map may be defined as a visual representation of real-time casino data that can be translated to activities associated with predefined zones on the casino floor wherein desired features of the gaming establishment environment are prioritized and depicted visually according to their priority. For example, a player may desire to locate gaming machines within proximal predefined zones on the casino floor that have not paid out within a predefined period of time. The real-time casino data displayed on the portable electronic device may display the gaming color heat map of the casino floor with an icon representing the player 568 centered on the gaming heat map. The gaming color heat map may also display the at least one predefined zone 578 and 580 on the casino floor that contain gaming machines that have not paid out within the predefined period of time. The real-time casino data representing at least one gaming machine that has not paid out within the predefined period of time may be ranked by longest time since the last pay-out and displayed as color gradients or contours according to the ranking where the longest amount of time has elapsed since gaming machine 570 paid out, less time has elapsed since gaming machine 572 has paid out, and still less time has elapsed since gaming machines 574 paid out.
The gaming color heat map may depict at least one zone 578 and 580, and may also depict different game genres and other features such as bonus and progressives on one map. In another example, slot machines in zones 578 and 580 may be directly compared with a group game 584. In this example, an approximately equivalent amount of time has elapsed since slot machines 574 and group game 576 has paid out. The gaming heat map may also depict other predefined zones on the casino floor such as zones 582 and 586 devoted to table gaming machines.
FIG. 6A illustrates an example of a portable electronic device presenting a gaming heat map. The gaming heat map 614 is one embodiment of a visual representation of real-time casino data. Although FIG. 6A is described with reference to slot machines or game features, this is not intended to be limiting as the gaming color heat map could be for video poker machines, gaming tables, roulette tables, keno games or other such games of chance. While the portable electronic device 602 is illustrated as a mobile phone, this is not intended to be limiting as the portable electronic device 602 can be a personal media player, portable gaming device, netbook, tablet device, personal digital assistant or any other similar device.
The portable electronic device 602 may have a display 612 that can present the gaming heat map 614. The display 612 can be a liquid crystal display screen, organic light-emitting diode screen or any other type of display device found in portable electronic devices. The display 612 can have touch screen capabilities that may allow a user to manipulate the gaming heat map 614. The portable electronic device 602 may also have physical buttons or keys that can also allow the user to manipulate the gaming heat map 614.
The gaming color heat map 614 can include a casino map 616. The casino map 616 may be a scaled line drawing, photograph, live video or any other type of map. The casino map 616 may have labels and other annotations for gaming machines, game features, gaming tables, restaurants, bars, amenities, and other structures that appear within the casino map 616. In one embodiment, the casino map 616 may display a portion of the casino floor within a predefined radius around a location of the portable electronic device 602. The predefined radius may be user or casino defined. In another embodiment, the casino map 616 may display a predefined zone that the location of the portable electronic device 602 is within. The casino map 616 may refresh and display a different portion of the casino floor based upon an updated location of the portable electronic device 602 or when a new offer/event has been initiated.
The gaming heat map 614 can have an indicator 606 for the location of the portable electronic device. The indicator 606 for the location of the portable electronic device may be an icon, shape, symbol, picture, numeral, character, text or the like. The indicator 606 for the location of the portable electronic device may include location data such as coordinates and orientation. In one embodiment, the location data may be represented by the indicator 606 for the location of the portable electronic device. For example, the indicator 606 for the location of the portable electronic device can be an arrowhead, where a position of the arrowhead represents coordinates and a direction the arrowhead points represents orientation. In another embodiment, the location data can be represented by additional text adjoining the indicator 606.
The gaming color heat map 614 may have a search mechanism 604 that accepts input of at least one criterion. The search mechanism 604 can be a text input box, drop down menu, or any other mechanism that accepts user input. The user can input the at least one criterion into the search mechanism 604 via the display 612 with touch screen capabilities, the physical buttons or keys, or any other input device on the portable electronic device 602. The at least one criterion can be slot machine type, wager amount, game type, game theme, mystery bonus zone, game promotional zone, upcoming promotional zone, gaming machine data, player entertainment preferences or any other user criteria. The gaming machine data may include game session duration data, periodic pay-in data, and periodic pay-out data. The periodic pay-out data may include length of time since the last pay-out, frequency of pay-outs, amount of pay-outs, and the like.
The gaming heat map 614 may identify at least one slot machine based on the at least one criterion. The identified at least one slot machine can be represented on the gaming heat map 614 by an icon, shape, symbol, picture, numeral, character, text or other such indicia. In one embodiment, the identified at least one slot machine may be represented by a concentric ring symbol or contour lines. A slot machine represented by a concentric ring symbol with three rings 610 or tight contour lines may be a closer match to the at least one criterion then a slot machine represented by a concentric ring symbol with two rings 608 or sparse contour lines. Although the degree of correlation between a particular identified slot machine and the at least one criterion is illustrated here by the number of concentric rings, this is not intended to be limiting. The degree of correlation may be represented not only by the number of indicia but also indicia size, indicia type, color, letter grade, percentage, and the like.
FIG. 6B illustrates an example of a portable electronic device presenting an entertainment query. Although FIG. 6B is described with reference to restaurants, this is not intended to be limiting as the entertainment query could be for bars, lounges, night clubs, theaters, shows, shopping, rides, or other such casino entertainment. While the portable electronic device 652 is illustrated as a mobile phone, this is not intended to be limiting as the portable electronic device 652 can be a personal media player, portable gaming device, netbook, tablet device, personal digital assistant or any other similar device.
The portable electronic device 652 may have a display 654 that can present the entertainment query 674. The display 654 can be a liquid crystal display screen, organic light-emitting diode screen or any other type of display device found in portable electronic devices. The display 654 can have touch screen capabilities that may allow a user to manipulate the entertainment query 674. The portable electronic device 652 may also have physical buttons or keys that can also allow the user to manipulate the entertainment query 674.
The entertainment query 674 may have a search mechanism 658 that accepts input of at least one criterion. The search mechanism 658 can have a single or multiple text input boxes, drop down menus, or the like. In one example, where the entertainment query 674 is for restaurants, the search mechanism 658 may contain a genre text input box 670, a max distance text input box 656, and a price range text input box 672. The genre text input box 670 can accept user food genre preferences such as pizza, Italian, vegetarian burrito, Asian cuisine, and any other food preferences the user may have. The max distance text input box 656 may accept a maximum distance for a restaurant location from a current location of the portable electronic device 652. The price range text input box 672 can accept user price range preferences. The at least one criterion may also include restaurant ratings. The user can input the at least one criterion into the search mechanism 658 via the display 654 with touch screen capabilities, the physical buttons or keys, or any other input device on the portable electronic device 652.
The entertainment query 674 may have a search results dialogue 660. The search results dialogue 660 may contain a plurality of search result items 662. Each search result item may include a name for a particular search result item and a distance from the particular search result item to the current location of the portable electronic device 652. The plurality of search result items 662 may be arranged in a list based upon degree of correlation to the at least one criterion, distance, price, alphabetical order, or any other sorting or ordering method.
The entertainment query 674 may have a map it function 664. The map it function 664 may present a casino map on the display 654. The casino map may be a scaled line drawing, photograph, or any other type of map. The casino map may have labels for gaming machines, gaming tables, restaurants, bars, amenities, and other structures that appear within the casino map. The casino map may indicate the current location of the portable electronic device 652 and the location of a selected search result item. The map it function 664 may also present navigation directions from the current location of the portable electronic device 652 to a location of the selected search result item on the display 654.
The entertainment query 674 may have a more info function 666. The more info function 666 may present additional information associated with the selected search result item on the display 654. The additional information may include menus, price range, recommended dishes, specials, sales, pictures, show programs, theater maps, casino promotions, and the like. The entertainment query 674 may have an edit query function 668. The edit query function 668 may facilitate editing of the at least one criterion. Editing may be performed via the display 654 with touch screen capabilities, the physical buttons or keys, or any other input device on the portable electronic device 652.
FIG. 7A illustrates an example of a portable electronic device presenting a player compensation visual representation. Although FIG. 7A is described with reference to slot machine players, this is not intended to be limiting as the compensation visual representation 716 could be for players of video poker machines, gaming tables, roulette tables, keno games or other such games of chance. While the portable electronic device 702 is illustrated as a mobile phone, this is not intended to be limiting as the portable electronic device 702 can be a personal media player, portable gaming device, netbook, tablet device, personal digital assistant or any other similar device.
The portable electronic device 702 may have a display 704 that can present the player compensation visual representation 716. The display 704 can be a liquid crystal display screen, organic light-emitting diode screen or any other type of display device found in portable electronic devices. The display 704 can have touch screen capabilities that may allow a user to manipulate the compensation visual representation 716. The portable electronic device 702 may also have physical buttons or keys that can also allow the user to manipulate the compensation visual representation 716.
The player compensation visual representation 716 can have an indicator 710 denoting a location of the portable electronic device. The indicator 710 denoting the location of the portable electronic device may be an icon, shape, symbol, picture, numeral, character, text or the like. The indicator 710 denoting the location of the portable electronic device may include location data such as coordinates and orientation. In one embodiment, the location data may be represented by the indicator 710 denoting the location of the portable electronic device. For example, the indicator 710 denoting the location of the portable electronic device can be an arrowhead, where a position of the arrowhead represents coordinates and a direction the arrowhead points represents orientation. In another embodiment, the location data can be represented by additional text adjoining the indicator 710.
The player compensation visual representation 716 can include a casino map 774 as illustrated in FIG. 7B. The casino map 774 may be a scaled line drawing, photograph, still image, live video, or any other type of map. The casino map 774 may have labels for gaming machines, gaming tables, restaurants, bars, amenities, and other structures that appear within the casino map 774. In one embodiment, the casino map 774 may display a portion of the casino floor within a predefined radius around a location of the portable electronic device 702. The predefined radius may be user or casino defined. In another embodiment, the casino map 774 may display a predefined zone that the location of the portable electronic device 702 is within. The casino map 774 may refresh and display a different portion of the casino floor based upon an updated location of the portable electronic device 702 or when a new offer/event has been initiated.
The player compensation visual representation 716 may have an indicator 708 for slot machines currently being played. Although the indicator 708 may be illustrated by a blacked out square, this illustration is not intended to be limiting as the indicator can be an icon, shape, symbol, picture, numeral, character, text or the like. The indicator 708 for slot machines currently being played may also comprise additional text 706. The additional text 706 may include slot machine coordinates, slot machine revenue, suggested comps for a player based upon slot machine revenue, and other information relevant to player comps. The indicator 708 may also comprise a more info button 714. The more info button 714 may present information such as preferred slot machine type, preferred game features, wager amount, game type, game theme, player entertainment preferences, game session duration data, pay-in data, length of time since the last pay-out, frequency of pay-outs, amount of pay-outs, and the like on the display 704.
The compensation visual representation 716 may have a status notification dialogue 712. The status notification dialogue 712 can display coordinates for the location of the portable electronic device, the number of slot machines currently being played, how many comps should be granted, and other information important to a casino host.
FIG. 7B illustrates an example of a portable electronic device presenting a revenue heat map. Although FIG. 7B is described with reference to slot machines, this description is not intended to be limiting as the gaming heat map could depict video poker machines, gaming tables, roulette tables, keno games or other such games of chance and any combination of the proceeding. While the portable electronic device 752 is illustrated as a mobile phone, this illustration is not intended to be limiting as the portable electronic device 752 can be a personal media player, portable gaming device, netbook, tablet device, personal digital assistant or any other similar device.
The portable electronic device 752 may have a display 772 that can present the revenue heat map 770. The display 772 can be a liquid crystal display screen, organic light-emitting diode screen or any other type of display device found in portable electronic devices. The display 772 can have touch screen capabilities that may allow a user to manipulate the revenue heat map 770. The display 772 may have a touch screen View button 762 that may change views for the revenue heat map 770.
In one embodiment, changing views may entail switching revenue heat map types from line drawing maps to image maps. In another embodiment, changing views may entail switching to a first person perspective of the casino floor with information overlaid upon the visual representation. For example, the first person perspective of the casino floor may be represented by an augmented reality map. In yet another embodiment changing views may entail altering the scope of the presented casino floor.
The display 772 may have a touch screen Bookmark Slot Machine button 764 that may bookmark a slot machine of interest and its location to a casino host and players alike. In one embodiment, bookmarking will allow the casino host to recall a location of the slot machine of interest. In another embodiment, the casino host can bookmark a player of interest, such as a high value player who should be pampered, by associating the portable electronic device ID with the player status and value. The display 772 may have a touch screen “More Information” button 766 that displays additional information 754 for a particular slot machine (or a player). The additional information 754 may include location, amount of revenue, and duration of gaming session. The portable electronic device 752 may have physical buttons 768 or keys that can also allow the user to manipulate the revenue heat map 770. The physical buttons 768 can be a keyboard, number pad, arrow keys, and the like.
The revenue heat map 770 can include a casino map 774. The casino map 774 may be a scaled line drawing, photograph, or any other type of map. The casino map 774 may have labels for gaming machines, gaming tables, restaurants, bars, amenities, and other structures that appear within the casino map 774. In one embodiment, the casino map 774 may display a portion of the casino floor within a predefined radius around a location of the portable electronic device 752. The predefined radius may be defined by the casino host or the casino. In another embodiment, the casino map 774 may display a predefined zone that the location of the portable electronic device 752 is within. The casino map 774 may refresh and display a different portion of the casino floor based upon an updated location of the portable electronic device 752.
The revenue heat map 770 can have an indicator 776 denoting the location of the portable electronic device 752. The indicator 776 denoting the location of the portable electronic device 752 may be an icon, shape, symbol, picture, numeral, character, text or the like. The indicator 776 denoting the location of the portable electronic device 752 may include location data such as coordinates and orientation. Although the indicator 776 denoting the location of the portable electronic device 752 is illustrated at the center of the casino map 774, this illustration is not intended to be limiting as the indicator 776 may be anywhere within the casino map 774.
The revenue heat map 770 may identify at least one slot machine or player of interest to the casino host. The interest of the casino host may depend upon slot machine revenue, gaming session duration, player's data, and/or any other criteria of interest to the casino host. The identified at least one slot machine can be represented on the revenue heat map 770 by an icon, shape, symbol, picture, numeral, character, text or other such indicia.
In one embodiment, the identified at least one slot machine may be represented by a concentric ring symbol or contour lines. A slot machine represented by a two concentric ring symbol 758 may have generated little revenue over a long gaming session duration. A slot machine represented by a four concentric ring symbol 760 may have generated a large amount of revenue during a short gaming session duration. A slot machine represented by a three concentric ring symbol 756 may have generated a moderate amount of revenue, where the moderate amount of revenue is less than the slot machine represented by a four concentric ring 760 symbol and more than the slot machine represented by a two concentric ring symbol 758. Although the interest level of a particular identified slot machine to the casino host is illustrated here by the number of concentric rings, this illustration is not intended to be limiting. The degree of correlation may be represented not only by the number of indicia but also indicia size, indicia type, density of contour lines, color, letter grade, percentage, and the like.
While embodiments and applications of this invention have been shown and described, it would be apparent to those skilled in the art having the benefit of this disclosure that many more modifications than mentioned above are possible without departing from the inventive concepts herein.

## Claims

1. A portable electronic device (PED), comprising:
a location identifying device including a RF transceiver and being configured to indicate a location of the PED within a gaming establishment having a plurality of zones, the location identifying device configured to wirelessly communicate with at least one access point within the gaming establishment to identify at least one of the plurality of zones within the gaming establishment;
a processor configured to:
receive at least one user-generated table game search input;
transmit the at least one user-generated table game search input to a server, the at least one user-generated table game search input having been received in real-time from the PED; and
receive real-time historical casino game play data from the server based on the at least one user generated table game search input and the identified at least one of the plurality of zones the PED is located in, such that the real-time historical casino game play data is associated with one or more table games located within the zone;

an authentication device configured to communicate with a gaming establishment access server to verify and authorize data access privileges of the portable electronic device's software application;
a memory configured to store the real-time historical casino game play data and a casino data application; and
a display configured to present the real-time historical casino game play data, wherein the real-time historical casino game play data includes gaming data for a plurality of gaming apparatus associated with the casino environment, wherein the presenting of the real-time historical casino game play data on the display comprises displaying the gaming data for the plurality of gaming apparatus, and wherein the gaming data is displayed to indicate relative gaming performance data for the plurality of gaming apparatus.

2. The device of claim 1, wherein the access point is a gaming machine.

3. The device of claim 1, wherein the real-time historical casino game play data is associated with the location of the portable electronic device and data access privileges of the portable electronic device.

4. The device of claim 1, wherein the processor is further configured to display a map of the gaming establishment, wherein the map being displayed is based on the location of the PED.

5. The device of claim 4, wherein the map is periodically updated based on the location of the PED.

6. The device of claim 4, wherein the map includes:
a first indicator indicating currently occupied gaming devices; and
a second indicator indicating the location of the PED within the gaming establishment.

7. The device of claim 1, wherein the real-time historical casino game play data is prioritized based on a preference of the gaming establishment.

8. A portable electronic device (PED), comprising:
a location acquisition unit including a RF transceiver and being configured to wirelessly communicate with at least one access point located within a gaming establishment having a plurality of zones, the location acquisition unit configured to assist in identifying at least one of the plurality of zones associated with the location of the PED within the gaming establishment;
a processor configured to:
determine if at least one user-generated game search input is received;
transmit at least one user-generated game search input to a server if it is determined that at least one user-generated game search input is received; and
receive real-time game data from the server based on the at least one user generated game search input and the location of the PED, the real-time game data including at least real-time historical game play data associated with at least one of the games located within the identified at least one of the zones;

a memory configured to store the real-time historical game data; and
a display configured to present the real-time historical game play data, wherein the real-time historical game play data includes gaming data for a plurality of gaming apparatus associated with a gaming establishment, wherein the presenting of the real-time historical game play data on the display comprises displaying the gaming data for the plurality of gaming apparatus, and wherein the gaming data is displayed to indicate relative gaming performance data for the plurality of gaming apparatus or the games operating thereon.

9. The device of claim 8, further comprising:
an authentication device configured to verify and authorize data access privileges of the portable electronic device's software application.

10. The device of claim 8, wherein the real-time game data is presented on a map of the gaming establishment, the map being displayed on the display of the PED.

11. The device of claim 10, wherein the map is periodically updated based on the location of the PED, and wherein the real-time game data is periodically updated when the map is periodically updated.

12. The device of claim 8, wherein the real-time table wager data is prioritized according to the preference of a third-party sponsor or the preference of the user.

13. The device of claim 12, wherein the real-time table wager data is periodically reprioritized.

14. The device of claim 10, wherein the displayed map is associated with a zone of the gaming establishment and the location of the PED.