mhurhangee/ep-ind-claims huggingface dataset:
An information processing device comprising: a viewpoint information obtaining unit that obtains viewpoint information related to the viewpoint of a user; a position-related information obtaining unit that obtains position-related information related to the position of the user and the position of an object; a head rotation information obtaining unit (105, 551) that obtains head rotation information related to angular velocity accompanying rotation of the head region of the user and related to changes in the angular velocity; a determining unit (109, 555) that, based on a gazing score which is calculated for each object according to the position-related information and the head rotation information and which indicates an extent of gazing of the user with respect to the object, determines whether or not the user is gazing at the object; characterized in that the determining unit (109, 555) sets a determination threshold value (S1 th) with respect to an object related to user information, the user information representing information characterizing the individual user, to be lower as compared to objects not related to the user information, wherein, when the gazing score for the object is equal to or greater than the determination threshold value, the determining unit determines that gazing state is attained in which the user is gazing at the object. a viewpoint information obtaining unit that obtains viewpoint information related to the viewpoint of a user; a position-related information obtaining unit that obtains position-related information related to the position of the user and the position of an object; a head rotation information obtaining unit (105, 551) that obtains head rotation information related to angular velocity accompanying rotation of the head region of the user and related to changes in the angular velocity; a determining unit (109, 555) that, based on a gazing score which is calculated for each object according to the position-related information and the head rotation information and which indicates an extent of gazing of the user with respect to the object, determines whether or not the user is gazing at the object; characterized in that the determining unit (109, 555) sets a determination threshold value (S1 th) with respect to an object related to user information, the user information representing information characterizing the individual user, to be lower as compared to objects not related to the user information, wherein, when the gazing score for the object is equal to or greater than the determination threshold value, the determining unit determines that gazing state is attained in which the user is gazing at the object.
A method for wireless communications by a user equipment, UE, comprising: transmitting a random access channel, RACH, transmission on an uplink carrier selected from at least two available uplink carriers including a first uplink, UL, carrier and a supplementary uplink, SUL, carrier; determining, based on the uplink carrier on which the RACH transmission was transmitted, a search space to monitor for a random access channel response, RAR, transmitted on a downlink carrier, comprising: determining, based on the uplink carrier on which the RACH transmission was transmitted, a control resource set, coreset, that includes time and frequency resources configured for conveying control information; and selecting, based on the uplink carrier on which the RACH transmission was transmitted, the search space from multiple search spaces within the determined coreset, the selected search space being for the RAR transmission; determining a random access radio network temporary identifier, RA-RNTI, based on the uplink carrier on which the RACH transmission was transmitted; and monitoring for the RAR in the selected search space using the determined RA-RNTI. transmitting a random access channel, RACH, transmission on an uplink carrier selected from at least two available uplink carriers including a first uplink, UL, carrier and a supplementary uplink, SUL, carrier; determining, based on the uplink carrier on which the RACH transmission was transmitted, a search space to monitor for a random access channel response, RAR, transmitted on a downlink carrier, comprising: determining, based on the uplink carrier on which the RACH transmission was transmitted, a control resource set, coreset, that includes time and frequency resources configured for conveying control information; and selecting, based on the uplink carrier on which the RACH transmission was transmitted, the search space from multiple search spaces within the determined coreset, the selected search space being for the RAR transmission; determining, based on the uplink carrier on which the RACH transmission was transmitted, a control resource set, coreset, that includes time and frequency resources configured for conveying control information; and selecting, based on the uplink carrier on which the RACH transmission was transmitted, the search space from multiple search spaces within the determined coreset, the selected search space being for the RAR transmission; determining a random access radio network temporary identifier, RA-RNTI, based on the uplink carrier on which the RACH transmission was transmitted; and monitoring for the RAR in the selected search space using the determined RA-RNTI.
A user equipment comprising: a first receiving module, configured to receive first indication information from a first base station, wherein the first indication information comprises a time period for controlling initial access to a second base station; a processing module, configured to start a timer, wherein a timing length of the timer is the time period; a first sending module (no), configured to send random access scrambling code to the second base station to request to access a primary secondary cell, PSCell, of the second base station; and a first notification module, configured to: when the timer expires and user equipment fails to access the PSCell, notify the first base station of failure to access a cell group of the second base station; or when the user equipment access the PSCell before the timer expires, stop the timer. a first receiving module, configured to receive first indication information from a first base station, wherein the first indication information comprises a time period for controlling initial access to a second base station; a processing module, configured to start a timer, wherein a timing length of the timer is the time period; a first sending module (no), configured to send random access scrambling code to the second base station to request to access a primary secondary cell, PSCell, of the second base station; and a first notification module, configured to: when the timer expires and user equipment fails to access the PSCell, notify the first base station of failure to access a cell group of the second base station; or when the user equipment access the PSCell before the timer expires, stop the timer.
A computer implemented method of identifying a ransomware algorithm, the ransomware algorithm having associated a predetermined responsive action for mitigating the effect of the ransomware algorithm in use, the method comprising: exposing a target computer system to the ransomware algorithm, the target computer system containing a predetermined set of sample data stored therein that is encrypted by the ransomware algorithm using a searchable encryption algorithm; intercepting an index of the searchable encryption algorithm; training an autoencoder based on the index to provide a trained autoencoder adapted to identify the ransomware algorithm based on the index. exposing a target computer system to the ransomware algorithm, the target computer system containing a predetermined set of sample data stored therein that is encrypted by the ransomware algorithm using a searchable encryption algorithm; intercepting an index of the searchable encryption algorithm; training an autoencoder based on the index to provide a trained autoencoder adapted to identify the ransomware algorithm based on the index.
Component connection, having • a first component, wherein at least one first, male fixing element projects from the first component, • a second component which comprises at least one female fixing element into which the male fixing element is plugged, wherein • the male fixing element comprises a head-like element which is connected to a base element, wherein the head-like portion and the base element are composed of the same material, characterized in that • the first component is a body component of a vehicle body to be produced and is composed of a fibre-reinforced plastics material, • the base element is embedded, with its underside which faces the first component and with its entire peripheral edge, into the first component, • at least one elevation (4a, 4b) which functions as a spacer for the second component is provided on an upper side of the base element, and • the two components (1, 2) are adhesively bonded to one another. • a first component, wherein at least one first, male fixing element projects from the first component, • a second component which comprises at least one female fixing element into which the male fixing element is plugged, wherein • the male fixing element comprises a head-like element which is connected to a base element, wherein the head-like portion and the base element are composed of the same material, characterized in that • the first component is a body component of a vehicle body to be produced and is composed of a fibre-reinforced plastics material, • the base element is embedded, with its underside which faces the first component and with its entire peripheral edge, into the first component, • at least one elevation (4a, 4b) which functions as a spacer for the second component is provided on an upper side of the base element, and • the two components (1, 2) are adhesively bonded to one another.
A measuring tool (1, 2, 3) adapted for the measurement of a relative displacement between a stationary member (11, 21, 31, 51) and a moveable member (12, 22, 33, 61) comprising a component at least a part of which is formed by a synthetic resin containing a nanoscale compound, wherein the nanoscale compound is any one of carbon nanoscale compounds represented by carbon nanofiber or carbon nanotube.
A method for communicating between a network and a user equipment, UE, the method comprising, carried out by the user equipment: receiving a neighbour cell list that specifies cells or frequencies that a dual receiver UE is permitted to listen to, and at least an indicator on a first transmission frequency having no associated uplink service, wherein the availability of a service provided on at least one neighbouring transmission frequency is indicated by said indicator transmitted on the first frequency, wherein the indicator is received on a multi-cell multicast-broadcast single frequency network that has at least one single frequency network area having a set of cells that all transmit exactly the same frequency and the same content such that from the UE's perspective the set of cells appear to be a single cell, determining to regularly receive a first and a second neighboring transmission frequency in place of the first transmission frequency when the indicator indicates that the first and second neighboring transmission frequencies provide services that are not indicated on the first transmission frequency; and determining to receive the second neighboring transmission frequency when the indicator indicates that the second neighboring transmission frequency indicates all services available on the first transmission frequency and on the first neighboring transmission frequency and indicates that the first neighboring transmission frequency provides information on services provided on the first transmission frequency but no information on services provided on the second neighboring transmission frequency. receiving a neighbour cell list that specifies cells or frequencies that a dual receiver UE is permitted to listen to, and at least an indicator on a first transmission frequency having no associated uplink service, wherein the availability of a service provided on at least one neighbouring transmission frequency is indicated by said indicator transmitted on the first frequency, wherein the indicator is received on a multi-cell multicast-broadcast single frequency network that has at least one single frequency network area having a set of cells that all transmit exactly the same frequency and the same content such that from the UE's perspective the set of cells appear to be a single cell, determining to regularly receive a first and a second neighboring transmission frequency in place of the first transmission frequency when the indicator indicates that the first and second neighboring transmission frequencies provide services that are not indicated on the first transmission frequency; and determining to receive the second neighboring transmission frequency when the indicator indicates that the second neighboring transmission frequency indicates all services available on the first transmission frequency and on the first neighboring transmission frequency and indicates that the first neighboring transmission frequency provides information on services provided on the first transmission frequency but no information on services provided on the second neighboring transmission frequency.
A method for cleaning a plastic article in an automatic dishwashing machine, comprising: selecting an automatic dishwashing composition for cleaning plastic, wherein the automatic dishwashing composition, comprises: a builder, wherein the builder is selected to include a mixture of at least one carbonate and at least one citrate; a phosphonate; a nonionic surfactant; and a dispersant polymer consisting of: (a) 85 to 91 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 9 to 15 wt% of structural units of formula II wherein each R 2 is independently selected from an alkyl group with at least 4 carbon atoms and wherein each R 3 is independently selected from a hydrogen and a methyl group; providing a plastic article, wherein the plastic article includes a polystyrene tumbler; and applying the automatic dishwashing composition to the plastic article. selecting an automatic dishwashing composition for cleaning plastic, wherein the automatic dishwashing composition, comprises: a builder, wherein the builder is selected to include a mixture of at least one carbonate and at least one citrate; a phosphonate; a nonionic surfactant; and a dispersant polymer consisting of: (a) 85 to 91 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 9 to 15 wt% of structural units of formula II wherein each R 2 is independently selected from an alkyl group with at least 4 carbon atoms and wherein each R 3 is independently selected from a hydrogen and a methyl group; a builder, wherein the builder is selected to include a mixture of at least one carbonate and at least one citrate; a phosphonate; a nonionic surfactant; and a dispersant polymer consisting of: (a) 85 to 91 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 9 to 15 wt% of structural units of formula II wherein each R 2 is independently selected from an alkyl group with at least 4 carbon atoms and wherein each R 3 is independently selected from a hydrogen and a methyl group; (a) 85 to 91 wt% of structural units of formula I wherein each R 1 is independently selected from a hydrogen and a -CH 3 group; and (b) 9 to 15 wt% of structural units of formula II wherein each R 2 is independently selected from an alkyl group with at least 4 carbon atoms and wherein each R 3 is independently selected from a hydrogen and a methyl group; wherein each R 2 is independently selected from an alkyl group with at least 4 carbon atoms and wherein each R 3 is independently selected from a hydrogen and a methyl group; providing a plastic article, wherein the plastic article includes a polystyrene tumbler; and applying the automatic dishwashing composition to the plastic article.
A downlink control information, DCI, detection method, comprising: receiving a configuration parameter, wherein the configuration parameter is used to configure more than one groups of candidate resources, and each group of candidate resources carries only one piece of DCI; and when one piece of DCI is blindly detected from each group of candidate resources, stopping the blind detection on said each group of candidate resources, wherein the configuration parameter is used to set up more than one downlink control channel configurations; or the configuration parameter is used to release more than one downlink control channel configurations, wherein each downlink control channel configuration is used to configure one group of candidate resources, and different pieces of DCI correspond to different values of downlink control channel configure IDs or to different downlink control channel configure ID indexes. receiving a configuration parameter, wherein the configuration parameter is used to configure more than one groups of candidate resources, and each group of candidate resources carries only one piece of DCI; and when one piece of DCI is blindly detected from each group of candidate resources, stopping the blind detection on said each group of candidate resources, wherein the configuration parameter is used to set up more than one downlink control channel configurations; or the configuration parameter is used to release more than one downlink control channel configurations, wherein each downlink control channel configuration is used to configure one group of candidate resources, and different pieces of DCI correspond to different values of downlink control channel configure IDs or to different downlink control channel configure ID indexes.
A device for a wireless communication terminal comprising: an acquisition unit configured to acquire identification information that identifies a direct connection between two wireless communication terminals (200A, 200B) and is issued by a management device that is different from the two wireless communication terminals (200A, 200B); and a control unit configured to perform control for the direct connection using the identification information, wherein the device is one wireless communication terminal or a module thereof of the two wireless communication terminals (200A, 200B), characterized in that each of the two wireless communication terminals (200A, 200B) is configured to receive the identification information from the management device, and the control includes authentication of the other wireless communication terminal trying a direct connection with the one wireless communication terminal, wherein the authentication includes verifying whether information provided by the other wireless communication terminal is information corresponding to the identification information, and wherein, when the authentication fails, the control unit rejects the direct connection by the other wireless communication terminal. an acquisition unit configured to acquire identification information that identifies a direct connection between two wireless communication terminals (200A, 200B) and is issued by a management device that is different from the two wireless communication terminals (200A, 200B); and a control unit configured to perform control for the direct connection using the identification information, wherein the device is one wireless communication terminal or a module thereof of the two wireless communication terminals (200A, 200B), characterized in that each of the two wireless communication terminals (200A, 200B) is configured to receive the identification information from the management device, and the control includes authentication of the other wireless communication terminal trying a direct connection with the one wireless communication terminal, wherein the authentication includes verifying whether information provided by the other wireless communication terminal is information corresponding to the identification information, and wherein, when the authentication fails, the control unit rejects the direct connection by the other wireless communication terminal.
Method for detecting barcode symbols from a sequence of bright and dark bar elements, the sequence of bright and dark bar elements being optically acquired by forming a greyscale image, the greyscale image being divided into image elements, the image elements of the greyscale image being converted into a digital signal to which the barcode symbol is allocated, the greyscale image being compared for matching with a number of masks M k respectively designating different barcode symbols, and the barcode symbol being determined from the mask M k which has the highest degree of matching with the greyscale image, characterized in that weighting factors A k are assigned to each mask M k, in that an initial image element (4.1) of the greyscale image is determined, and there are then formed for the initial image element and for the respectively following image elements (4.i) of the greyscale image greyscale values gi of the image elements (4.i) which are respectively multiplied by the weighting factors A k of the masks M k to give weighting values, and in that the greyscale image is assigned the barcode symbol of that mask M k in the case of which the largest weighting sum E Akmax is yielded from the calculated weighting values.
A method for initiating an application ending function on a computing device, comprising: displaying an image of a present application to be ended; detecting a user input on a touch surface which traces a path during a single continuous touch event on a touch sensitive input device; determining whether the detected user inputtraces the path in a single continuous touch event that approximately closes on itself; characterized by: determining a degree to which the path is complete when the detected user input traces the path in a single continuous touch event that approximately closes on itself; and initiating an operation in response to the single continuous touch event that approximately closes on itself when the degree to which the path is complete exceeds a first threshold value; displaying a contorted form of the image as part the initiated operation; and completing the operation when the degree to which the path is complete exceeds a second threshold value; wherein completing the operation comprises terminating the present application and returning to a home display. displaying an image of a present application to be ended; detecting a user input on a touch surface which traces a path during a single continuous touch event on a touch sensitive input device; determining whether the detected user inputtraces the path in a single continuous touch event that approximately closes on itself; characterized by: determining a degree to which the path is complete when the detected user input traces the path in a single continuous touch event that approximately closes on itself; and initiating an operation in response to the single continuous touch event that approximately closes on itself when the degree to which the path is complete exceeds a first threshold value; displaying a contorted form of the image as part the initiated operation; and completing the operation when the degree to which the path is complete exceeds a second threshold value; determining a degree to which the path is complete when the detected user input traces the path in a single continuous touch event that approximately closes on itself; and initiating an operation in response to the single continuous touch event that approximately closes on itself when the degree to which the path is complete exceeds a first threshold value; displaying a contorted form of the image as part the initiated operation; and completing the operation when the degree to which the path is complete exceeds a second threshold value;