Query: electronic home device viapowerline communication

title: Mobile Based Electronic Home Appliance Remote Control and Power Consumption Monitoring Using Internet of Things
abstract: Knowing which household electric appliance is consuming how much electricity is sometimes the key issue in managing domestic power consumption. In this paper, design and analysis of a low cost and easy to implement home electric appliance controlling and energy monitoring system is proposed. The proposed system is built based on Internet of Things (IoT) equipment and protocol. This will enable the user to monitor energy consumption of connected home appliances and control them via a mobile application. The proposed system consists of two major components: IoT hardware and user interface software for that hardware. The first part is, development of an IoT prototype device that would fit inside a traditional switch board. This component contains the controlling hardware for electronic appliances, and a sensor to measure energy consumption. The prototype device has been constructed using Wi Fi module, opto isolated relays for communication and stability. The second part is a mobile application through which the user can control and monitor energy consumption for each home appliances. The proposed hardware and software package calculated energy consumption for a household with a reliable accuracy while it was deployed for a month. Keeping users need in mind, real time data visualization is made available through the mobile app. The app also provides historical data summary and temporal uses comparison as well as cross device power consumption comparison.

title: Communication Terminal, Home Network System, and Method for controlling electronic device in home network system thereof
abstract: The communication terminal and the home network system, and control method thereof are provided. If the control method of the communication terminal receives a call request from the other communication terminal, detects the sound level of the audio to an external electronic device outputs, and if the sound level of the electronic apparatus, the output period than the set threshold, the electronic apparatus is and it transmits a control command for reducing the sound level of the output audio to the group set value in the electronic apparatus. Thus, the user can perform a phone call from a quiet environment without any further action.

title: Standardized Communication Model for Home Energy Management System
abstract: As the number of electric vehicles and PhotoVoltaic (PV) panels per household increases, the need for a coordination between these active components becomes more imminent. Home energy management systems (HEMS) have been proposed to increase efficiency, renewable energy capture and reduce costs for the owners. However, renewable energy is intermittent and time dependent. To increase the capture of this source, an integrated control with Electric Vehicle (EVs) is required to store excessive solar energy. Furthermore, coordination with the load profile enables storage for use at a later time or selling the excess energy to the grid. This requires the use of a Home Energy Management System (HEMS) that can coordinate all these components with the grid. Operation of these controllers need to be validated before actual deployment. In this paper, a standardized communication modeling based on IEC 61850 is developed for a HEMS controller. An integrated emulation platform using network simulator and IEC 61850 Intelligent Electronic Devices (IEDs) emulator is set up and the operation of HEMS is demonstrated with proper message exchanges. Such validation is crucial to project's success before on site deployment.

title: Speaking of Digital Communication: Home Based Telehealth for Patients and Providers
abstract: Working with telehealth in healthcare means alternating among 'consultancy' 'advocacy' and 'activism' Telehealth, which can be defined as two way interaction between a person and a provider using audio visual telecommunications technology, is a recent area of focus in healthcare. This chapter discusses selected projects from several fields illustrating (1) 'Store and Forward' cases in which data is sent to a specialist for asynchronous analysis; (2) Remote Patient Monitoring cases, where electronic communication technologies are utilised for the care and support of an individual in a different location; and (3) Mobile Health cases, in which practice and education are supported by mobile communication devices such as cell phones, tablet computers and Personal Digital Assistants (PDAs) We explore these telehealth components and focus on our current interlinking projects in which new forms of mobile health and videoconferencing combine to support efforts by low income older persons to increase mobility and avoid institutionalisation.

title: Electronic device, smart home system using electronic device, and method for controlling smart home system
abstract: The present invention relates to a smart home system and an electronic device for establishing the same. An electronic device according to the present invention comprises: a body part having an electric circuit; a wireless communication unit included in the body part; a sensor unit which is mounted on the body part and senses at least one object to be sensed; a cover part detachably coupled to the body part so as to cover at least a part of the body part and electrically connected to the electric circuit; and a control unit for controlling the wireless communication unit to transmit, to an external device, a radio signal according to a resistance value formed by the coupling of the cover part and sensing information sensed through the sensor unit.

title: Apparatus and method for installing electronic device in wireless communication system
abstract: The present disclosure relates to techniques for Sensor Network, Machine to Machine (M2M) Machine Type Communication (MTC) and Internet of Things (IOT) The present disclosure can be applied to intelligent services based on the above technologies (smart home, smart building, smart city, smart car or connected car, health care, digital education, retail, security and safety related services, etc. The present disclosure relates to an apparatus and method for installing an electronic device in a wireless communication system, the method comprising: acquiring location information of the first electronic device; And transmitting the position information of the first electronic device to the system controller to operate the second electronic device to perform the pairing with the electronic device in the pairing mode.

title: Implementation of wireless home based automation and safety arrangement using power electronic switches
abstract: The tools and technology used in home based automation on 6LoWPAN are described in this paper. This is an IP based protocol, which benefits from the absence of any additional layer or logic for node communication in or out of the network. Remote controls of the home automation system and home appliances have been a field of focus since the conception of the Personal Area Network. Our personal world became smarter and more digital gadgets by implementing IOTs (internet of things) and handheld devices. There are also many foundational wireless protocols for this reason in today's industry. This problem has always been an economical compromise for separate home appliances for a complete house environment and interoperability. This paper looks at both facets of home automation by switching the emphasis from smart to home systems to the point where the technology is powered (the switches) The two aspects of home automation are discussed. For these switches, we have alternate power semiconductor switch alternates and eventually edge them to a module for home automation and control over Internet/intranet. For the entire safety of home automation, a working house automation concept is presented, along with intelligent electronic control changes and a model architype.

title: The Design of Application for Smart Home Base on LoRa
abstract: Applicated of LoRa technology itself will not separated from an interface who created to connect between humans and computers in this case a smart home device was made. This study aims to design a GUI interface for LoRa based smart home and implement a smart home system using applications that can control LoRa based household electronic devices. The results of this study are devices for applying LoRa based smart homes and web based applications as interfaces so that users can use smart home devices. LoRa Dragino is used as a client and server communication tool and the NodeMCU (ESP8266 Module) is used as a liaison between the server and the user through the GUI interface created. This web based application is compatible with Android 6.0, 7.1.2, 9.0, 10.0, and iOS 9.3.5, and various browsers such as Internet Explorer, Mozilla Firefox, and Google Chrome. The test results of the interface design are made with a 10 times test of each feature that produces 0% error, which means that the features contained in the interface design are made to work according to plan. The average delay when controlling a household electronic device is 3.86 seconds. The furthest communication distance between the LoRa Server and the LoRa Client is 63 meters in blocked space and 183 meters in semi open space.

title: IoT based Smart home: Security Aspects and security architecture
abstract: Internet of Things (IoT) in general sense refers as the world of connected devices and physical objects which contains sensors, microcontrollers, software components to connect, store, actuate and shared his own date on different machines. IoT enabled home appliances plays an important role in day to day life and when these devices become connected and controlled remotely or with single click thorough web enabled application along with other services they form a smart home network. This kind of networking of physical objects or non electronic home's objects can interconnect through IoT. In Smart home communication security is major concern while device communication or stored sensitive data to maintain the privacy of the data. A hacker or intruder can easily attack on smart home Router, gateway or IoT enabled nodes to get access of data because IoT devices contain a little or no built in security mechanism available on board. There several attacks reported through in year 2016 and 2018 base on Mirai dubbed botnet and VPNFilter malware respectively to get access of smart home data. This paper proposed a secure smart home architecture with cloud, secure fog with firewall, security analysis engine. The firewall system is in between of internet and fog layer to protect the unauthorized data access and internet threats. The security analysis engine monitor the device communication and transmission of data and keeping log the same and also generate alerts for any kind of misuse or suspected communication between nodes. This security system will enhance the consumer trust to implement smart homes technology.

title: SMART SENSING SCHEME FOR ENERGY MONITORING IN HOME AREA NETWORK
abstract: Sensors with IoT assistance boost the communication, monitoring, and security in Gridconnected home network unit. Segmenting of different operational units, testing and validating of grid operations in real time is difficult and requires specific network design and power monitoring framework is essential. Need for connection establishment, power loss mitigation and secure data transfer give the path for developing this framework. Internet of Things helps in making a home network to perform smarter by accessing, controlling and monitoring every electronic device operations from remote places. The primary objective of this proposed research work is to develop cost effective adaptive IoT HAN connected with grid and establishing energy aware routing and power management scheme. The developed design possesses state of art network design where all the home appliances are connected to central control gateway and users are authorized using a three way security check for power data access. This design scheme helps to place network nodes, sensors, and control gateway in a predefined boundary which consumes less energy for data transfer and data processing. This proposed framework is tested in both simulation and real time and it is compared with the existing home network systems. The test results are detailed in this paper which proves the proposed system gives very less error% in data delivery and packet loss is also very much reduced. A hardware prototype is also developed to test the developed system and it also provided better results and improved performances.