mhurhangee/ep-ind-claims huggingface dataset:
A method for carrying InfiniBand packets over a long distance connection that can be carried over a WAN, wide area network, connection, the method comprising: encapsulating InfiniBand packets within a payload structure of packets of another protocol for transmission over the WAN; providing WAN credit packet data wherein the credit data is encoded in the payload structure of the encapsulation; transmitting the encapsulated packets over the long distance connection; de-encapsulating the InfiniBand packets by removing the encapsulation and recovering the InfiniBand packets; wherein transmitting encapsulated InfiniBand packets further comprises extending an InfiniBand link distance over the WAN to distances greater than about 100 km; by increasing the InfiniBand credit advertised on the link beyond about 12KiB, kibibytes, per VL, virtual lane, wherein increasing the available credit comprises increasing the number of bytes per advertised credit block and/or comprises increasing the number of credit blocks per advertisement; maintaining an InfiniBand physical link state machine over the WAN, by exchanging non-InfiniBand packets across the WAN to establish that an end-to-end path exists in the WAN; and maintaining an InfiniBand style flow control over the WAN, by buffering packets received on a WAN port in a buffer memory that exceeds 128KiB. encapsulating InfiniBand packets within a payload structure of packets of another protocol for transmission over the WAN; providing WAN credit packet data wherein the credit data is encoded in the payload structure of the encapsulation; transmitting the encapsulated packets over the long distance connection; de-encapsulating the InfiniBand packets by removing the encapsulation and recovering the InfiniBand packets; wherein transmitting encapsulated InfiniBand packets further comprises extending an InfiniBand link distance over the WAN to distances greater than about 100 km; by increasing the InfiniBand credit advertised on the link beyond about 12KiB, kibibytes, per VL, virtual lane, wherein increasing the available credit comprises increasing the number of bytes per advertised credit block and/or comprises increasing the number of credit blocks per advertisement; maintaining an InfiniBand physical link state machine over the WAN, by exchanging non-InfiniBand packets across the WAN to establish that an end-to-end path exists in the WAN; and maintaining an InfiniBand style flow control over the WAN, by buffering packets received on a WAN port in a buffer memory that exceeds 128KiB.
An agricultural system comprising: an agricultural baler comprising: a bale-forming chamber; a plunger movable in a reciprocating manner within the bale-forming chamber for compressing plant matter in the bale-forming chamber; and a driveline for moving the plunger within the bale-forming chamber, wherein the driveline comprises at least one bearing (47, 53) the agricultural baler further comprising a sensor arrangement for generating load-data indicative of a load acting on the plunger during operation of the baler, the sensor arrangement comprising at least one load sensor configured to determine values of the load-data during operation of the baler; and a control unit configured to: receive the load-data indicative of a load acting on the plunger during operation of the baler; and determine a bearing-status-signal indicative of wear status of the bearing, on the basis of the load-data. an agricultural baler comprising: a bale-forming chamber; a plunger movable in a reciprocating manner within the bale-forming chamber for compressing plant matter in the bale-forming chamber; and a driveline for moving the plunger within the bale-forming chamber, wherein the driveline comprises at least one bearing (47, 53) the agricultural baler further comprising a sensor arrangement for generating load-data indicative of a load acting on the plunger during operation of the baler, the sensor arrangement comprising at least one load sensor configured to determine values of the load-data during operation of the baler; and a bale-forming chamber; a plunger movable in a reciprocating manner within the bale-forming chamber for compressing plant matter in the bale-forming chamber; and a driveline for moving the plunger within the bale-forming chamber, wherein the driveline comprises at least one bearing (47, 53) the agricultural baler further comprising a sensor arrangement for generating load-data indicative of a load acting on the plunger during operation of the baler, the sensor arrangement comprising at least one load sensor configured to determine values of the load-data during operation of the baler; and a control unit configured to: receive the load-data indicative of a load acting on the plunger during operation of the baler; and determine a bearing-status-signal indicative of wear status of the bearing, on the receive the load-data indicative of a load acting on the plunger during operation of the baler; and determine a bearing-status-signal indicative of wear status of the bearing, on the basis of the load-data.
A method of forming a solid coating on microprojections in a microprojection array, comprising the steps of: (a) applying a liquid composition comprising one or more beneficial agents, a biocompatible carrier and a volatile liquid to the microprojections; (b) drying said liquid composition on said microprojections; (c) optionally, repeating steps (a) and (b) one or more times, to form said solid coating on said microprojections in the microprojection array, wherein the solid coating is adapted to allow release of the one or more beneficial agents from the coating upon hydration of the coating, and wherein said liquid composition has a beneficial agent concentration of from 1% to 30% by weight, and wherein the weight ratio of all biocompatible carriers to all beneficial agents ranges from 0.2:1 to 5:1. (a) applying a liquid composition comprising one or more beneficial agents, a biocompatible carrier and a volatile liquid to the microprojections; (b) drying said liquid composition on said microprojections; (c) optionally, repeating steps (a) and (b) one or more times, to form said solid coating on said microprojections in the microprojection array, wherein the solid coating is adapted to allow release of the one or more beneficial agents from the coating upon hydration of the coating,
A method implemented in a honeypot system for triggering malicious activities by applications, comprising: determining, via a processor of a computing device, whether an application currently executing on the computing device is potentially malicious; designating the application as the target application in response to determining that the application is potentially malicious; predicting, via the processor, a triggering condition of the target application in response to determining that the target application is potentially malicious, wherein the triggering condition will cause the target application to exhibit malicious activities; provisioning, via the processor, one or more resources based, at least in part, on the predicted triggering condition; monitoring, via the processor, activities of the target application corresponding to the provisioned one or more resources; and determining, via the processor, whether or not the target application is a malicious application based, at least in part, on the monitored activities. determining, via a processor of a computing device, whether an application currently executing on the computing device is potentially malicious; designating the application as the target application in response to determining that the application is potentially malicious; predicting, via the processor, a triggering condition of the target application in response to determining that the target application is potentially malicious, wherein the triggering condition will cause the target application to exhibit malicious activities; provisioning, via the processor, one or more resources based, at least in part, on the predicted triggering condition; monitoring, via the processor, activities of the target application corresponding to the provisioned one or more resources; and determining, via the processor, whether or not the target application is a malicious application based, at least in part, on the monitored activities.
Bezel for motor vehicle glazing systems, comprising a base layer based on a thermoplastic, with a front side and a reverse side, and also sides connecting the front side and the reverse side, wherein the bezel has a coating on the front side and in the rounded edge region of the front side, characterized in that the edges between the sides connecting the front side and the reverse side of the base layer and the front side of the base layer have been rounded, wherein the rounding has a radius that is variable across the rounding.
A braking force distribution control device for a vehicle having a braking apparatus capable of individually controlling braking forces of wheels, wherein, with front or rear wheels (12FL, 12FR, 12RL, 12RR) having higher braking force sharing rate being referred to control reference wheels and the front or rear wheels having lower braking force sharing rate being referred to control object wheels, a braking force distribution control is executed on said control object wheels so that the magnitude relationship in braking slip index values of the left and right wheels of said control object wheels is converse to that of the left and right wheels of said control reference wheels, characterized in that with a difference value between braking slip index values of the left and right wheels of said control reference wheels being referred to as a reference difference value (ΔVf), a target difference value (ΔVrt) between braking slip index values of the left and right wheels of said control object wheels is calculated on the basis of said reference difference value (ΔVf), and the braking force distribution control is executed on said control object wheels so that a difference value between braking slip index values of the left and right wheels of said control object wheels is made closer to said target difference value; and when a change rate (Vf*d) in the wheel braking slip index of at least one of said control reference wheels exceeds in magnitude a change rate reference value (Vfds), braking force distribution control amounts of said control object wheels are reduced in magnitude.
An ultrasound system comprising a processor arrangement (16, 50) and a display device under control of the processor arrangement, wherein the processor arrangement is adapted to: receive a sequence of 2-D ultrasound image frames of a prenatal entity from an ultrasound probe, said sequence defining a sliding window of 2-D ultrasound image frames along a translation direction across said prenatal entity, and, for each image frame in said sequence: control the display device to display the received image frame; attempt to segment the image frame for recognition of an anatomical feature of interest of said prenatal entity in said image frame; and accept the image frame for further processing upon recognition of said feature, said further processing comprising: determine a geometric property of the recognized anatomical feature of interest for each accepted image frame; and control the display device to display the determined geometric properties of the accepted image frames in said sequence with each displayed image frame, wherein determination of the geometric property comprises determination of a dimension of the recognized anatomical feature. control the display device to display the received image frame; attempt to segment the image frame for recognition of an anatomical feature of interest of said prenatal entity in said image frame; and accept the image frame for further processing upon recognition of said feature, said further processing comprising: determine a geometric property of the recognized anatomical feature of interest for each accepted image frame; and control the display device to display the determined geometric properties of the accepted image frames in said sequence with each displayed image frame, wherein determination of the geometric property comprises determination of a dimension of the recognized anatomical feature. determine a geometric property of the recognized anatomical feature of interest for each accepted image frame; and control the display device to display the determined geometric properties of the accepted image frames in said sequence with each displayed image frame, wherein determination of the geometric property comprises determination of a dimension of the recognized anatomical feature.
A computer implemented method, comprising: calculating for each spatial position in volumetric image data a local weighted histogram that represents weighted image information in a surrounding of the spatial position, obtaining a non-scaled irregularity map the value of each voxel of which is generated based on the local weighted histogram of a voxel distribution around said voxel of interest from the volumetric image data of a subject or object, wherein the local weighted histograms include a plurality of bins having a predetermined bin width, and wherein the local weights are determined based on a predetermined histogram clustering length; and assigning an irregularity characteristic based on the local weighted histogram to the voxel of interest of the non-scaled irregularity map; scaling the values of the non-scaled irregularity map, generating a scaled irregularity map, wherein the non-scaled irregularity map is scaled by correcting the non-scaled irregularity map as a function of the logarithm of the histogram bin width; calculating a mean irregularity map value and a corresponding standard deviation within a region or volume of interest. calculating for each spatial position in volumetric image data a local weighted histogram that represents weighted image information in a surrounding of the spatial position, obtaining a non-scaled irregularity map the value of each voxel of which is generated based on the local weighted histogram of a voxel distribution around said voxel of interest from the volumetric image data of a subject or object, wherein the local weighted histograms include a plurality of bins having a predetermined bin width, and wherein the local weights are determined based on a predetermined histogram clustering length; and assigning an irregularity characteristic based on the local weighted histogram to the voxel of interest of the non-scaled irregularity map; scaling the values of the non-scaled irregularity map, generating a scaled irregularity map, wherein the non-scaled irregularity map is scaled by correcting the non-scaled irregularity map as a function of the logarithm of the histogram bin width; calculating a mean irregularity map value and a corresponding standard deviation within a region or volume of interest.
A digital signal processing unit adapted to process a composite time domain signal having a plurality of parallel and independent signals (410, 420) that are arranged to collectively form a parallel communication, the composite time domain signal comprising at least a first time domain signal and a second time domain signal, the first time domain signal being an Orthogonal Frequency Division Multiplex, OFDM, signal formed by at least a first OFDM symbol and a second OFDM symbol which are contiguous to each other at a first transition time boundary, the composite time domain signal corresponding to a time domain representation of a composite frequency domain signal extending over a given frequency band (B F-OFDM) configured to be associated with the parallel communication and which is arranged into at least a first frequency sub-band (B 1, B 2, B 3) and a second frequency sub-band (B 1, B 2, B 3) which are adjacent to each other and which are respectively associated with the first time domain signal and the second time domain signal, the digital signal processing unit comprising: a first extracting unit arranged to extract a first predetermined plurality of time domain samples of the first time domain signal which are located on either side of the first transition time boundary, a first filtering unit operably coupled to the first extracting unit and arranged to filter the first extracted time domain samples, thereby creating first filtered time domain samples, a first replacing unit operably coupled to the first filtering unit and arranged to replace, in the first time domain signal, the first extracted time domain samples with the first filtered time domain samples, a window shaping unit arranged to window shape with a smooth tapered window function, in the time domain, the filtered time domain samples, thereby creating first tapered time domain samples, the window shaping unit being further arranged to window shape with an inverse function of the smooth tapered window function, in the time domain, the extracted time domain samples, thereby creating second tapered time domain samples, an adding unit operably coupled to the window shaping unit and arranged to add in a weighted manner, in the time domain, the first tapered time domain samples with the second tapered time domain samples, thereby creating combined tapered time domain samples, the first replacing unit operably coupled to the adding unit and further arranged to replace, respectively, in the first time domain signal, the extracted time domain samples or the filtered time domain samples with the combined tapered time domain samples.
An on-board toilet cubicle, in particular an aircraft on-board toilet cubicle, comprising: a front long side and a rear long side, a front short side and a rear short side, which are each connected at one end to the front long side and at the other end to the rear long side, the long sides (2, 3) and the short sides (4, 5) enclosing an interior of the on-board toilet cubicle and the front and the rear long side (2, 3) each being wider than the front and the rear short side (4, 5), a toilet unit having a toilet opening, and an L-shaped door for accessing the on-board toilet cubicle, the L-shaped door having a door leg in the front long side and a door leg in the front short side, characterised in that the toilet unit is arranged adjacent to the rear long side and in that the door leg in the front long side is wider than the door leg in the front short side. a front long side and a rear long side, a front short side and a rear short side, which are each connected at one end to the front long side and at the other end to the rear long side, the long sides (2, 3) and the short sides (4, 5) enclosing an interior of the on-board toilet cubicle and the front and the rear long side (2, 3) each being wider than the front and the rear short side (4, 5), a toilet unit having a toilet opening, and an L-shaped door for accessing the on-board toilet cubicle, the L-shaped door having a door leg in the front long side and a door leg in the front short side, characterised in that the toilet unit is arranged adjacent to the rear long side and in that the door leg in the front long side is wider than the door leg in the front short side.
A process for determining the viability of a biological indicator, the process comprising: exposing the biological indicator to a viability detection medium comprising hydrogen peroxide, the biological indicator comprising test microorganisms on a carrier, the exposing the biological indicator to the viability detection medium comprising hydrogen peroxide producing a gaseous reaction product comprising oxygen when one or more of the test microorganisms are viable; and detecting with a sensing device the presence or absence of the gaseous reaction product produced by the biological indicator combined with the viability detection medium, the sensing device comprising a resistive sensor, wherein the presence of the gaseous reaction product indicates the presence of viable test microorganisms and the absence of the gaseous reaction product indicates the absence of viable test microorganisms. exposing the biological indicator to a viability detection medium comprising hydrogen peroxide, the biological indicator comprising test microorganisms on a carrier, the exposing the biological indicator to the viability detection medium comprising hydrogen peroxide producing a gaseous reaction product comprising oxygen when one or more of the test microorganisms are viable; and detecting with a sensing device the presence or absence of the gaseous reaction product produced by the biological indicator combined with the viability detection medium, the sensing device comprising a resistive sensor, wherein the presence of the gaseous reaction product indicates the presence of viable test microorganisms and the absence of the gaseous reaction product indicates the absence of viable test microorganisms.
An injection device comprising: a corkscrew injection needle including a proximal end and a distal end and a needle bore formed through the proximal and distal ends, the corkscrew needle including a linear proximal portion and a spiral distal portion, the corkscrew needle terminating with a sharpened tip at the distal end for penetrating and advancing through patient tissue; and an adapter coupled to the corkscrew needle, the adapter including a proximal end and a distal end and an adapter bore formed through the proximal and distal ends, the distal end of the adapter coupled to the proximal end of the corkscrew needle; characterized by: a syringe connectable to the corkscrew needle via the adapter, the syringe including a barrel and a chamber formed therein for containing an injectable substance and a plunger slidably disposed within the barrel, the barrel having a proximal end, a distal end, and an outlet at the distal end in fluid communication with the chamber, the distal end of the syringe connectable to the proximal end of the adapter, the adapter bore providing fluid communication between the syringe chamber and the needle bore, the adapter allowing rotation of the corkscrew needle without rotating the syringe. a corkscrew injection needle including a proximal end and a distal end and a needle bore formed through the proximal and distal ends, the corkscrew needle including a linear proximal portion and a spiral distal portion, the corkscrew needle terminating with a sharpened tip at the distal end for penetrating and advancing through patient tissue; and an adapter coupled to the corkscrew needle, the adapter including a proximal end and a distal end and an adapter bore formed through the proximal and distal ends, the distal end of the adapter coupled to the proximal end of the corkscrew needle; characterized by: a syringe connectable to the corkscrew needle via the adapter, the syringe including a barrel and a chamber formed therein for containing an injectable substance and a plunger slidably disposed within the barrel, the barrel having a proximal end, a distal end, and an outlet at the distal end in fluid communication with the chamber, the distal end of the syringe connectable to the proximal end of the adapter, the adapter bore providing fluid communication between the syringe chamber and the needle bore, the adapter allowing rotation of the corkscrew needle without rotating the syringe. a syringe connectable to the corkscrew needle via the adapter, the syringe including a barrel and a chamber formed therein for containing an injectable substance and a plunger slidably disposed within the barrel, the barrel having a proximal end, a distal end, and an outlet at the distal end in fluid communication with the chamber, the distal end of the syringe connectable to the proximal end of the adapter, the adapter bore providing fluid communication between the syringe chamber and the needle bore, the adapter allowing rotation of the corkscrew needle without rotating the syringe.