mhurhangee/ep-ind-claims huggingface dataset:
Method for predictive technology incident reduction, comprising: using an information processing apparatus comprising at least one computer processor: receiving a change record for a proposed change to a computer application or a computer network infrastructure; analyzing the potential change for an adverse potential cross impact with another computer application or a computer system; predicting a probability of failure and an impact of the proposed change using a model, wherein the model is selected by a learning engine based on a prior implemented change and a failure and an impact of the prior implemented change, or by providing test data to a plurality of models, and selecting the model based on the results of the test data; in response to a low predicted probability of failure, or a high predicted probability of failure with a low predicted impact: approving the proposed change; and implementing the proposed change; and in response to a high predicted probability of failure and a high predicted impact: rejecting the proposed change; monitoring an actual failure and an actual impact of the implemented proposed change; scoring the model based on the actual failure and the actual impact; and selecting a new model in response to the score being below a predetermined threshold. using an information processing apparatus comprising at least one computer processor: receiving a change record for a proposed change to a computer application or a computer network infrastructure; analyzing the potential change for an adverse potential cross impact with another computer application or a computer system; predicting a probability of failure and an impact of the proposed change using a model, wherein the model is selected by a learning engine based on a prior implemented change and a failure and an impact of the prior implemented change, or by providing test data to a plurality of models, and selecting the model based on the results of the test data; receiving a change record for a proposed change to a computer application or a computer network infrastructure; analyzing the potential change for an adverse potential cross impact with another computer application or a computer system; predicting a probability of failure and an impact of the proposed change using a model, wherein the model is selected by a learning engine based on a prior implemented change and a failure and an impact of the prior implemented change, or by providing test data to a plurality of models, and selecting the model based on the results of the test data; in response to a low predicted probability of failure, or a high predicted probability of failure with a low predicted impact: approving the proposed change; and implementing the proposed change; and approving the proposed change; and implementing the proposed change; and in response to a high predicted probability of failure and a high predicted impact: rejecting the proposed change; monitoring an actual failure and an actual impact of the implemented proposed change; scoring the model based on the actual failure and the actual impact; and selecting a new model in response to the score being below a predetermined threshold.
A method for equipment control, applied to control equipment, the method characterized by comprising: receiving a page access request from visitor equipment, the page access request being used for requesting to access a verification page; and generating and sending a predetermined page used for reorientation to the visitor equipment, the predetermined page comprising a second ID of the control equipment and a starting link and the starting link being used to start a client; receiving a first Identifier, ID, of the visitor equipment, a visitor account and the second ID of the control equipment from the client, the client being installed in the visitor equipment; acquiring a manager account associated with the second ID; and when it is determined that a predetermined relationship is satisfied between the visitor account and the manager account, determining that the visitor equipment has a predetermined using permission according to the first ID. receiving a page access request from visitor equipment, the page access request being used for requesting to access a verification page; and generating and sending a predetermined page used for reorientation to the visitor equipment, the predetermined page comprising a second ID of the control equipment and a starting link and the starting link being used to start a client; receiving a first Identifier, ID, of the visitor equipment, a visitor account and the second ID of the control equipment from the client, the client being installed in the visitor equipment; acquiring a manager account associated with the second ID; and when it is determined that a predetermined relationship is satisfied between the visitor account and the manager account, determining that the visitor equipment has a predetermined using permission according to the first ID.
A fundus observation apparatus comprising: an optical system that splits light from a broadband light source into signal light and reference light, generates interference light by superposing said signal light that has passed through the fundus of an eye and reference light that has passed through a reference optical path, and detects the generated interference light; a scanning part (43, 44, 70) that sequentially irradiates said signal light to a plurality of scanning points by scanning said fundus with said signal light and; an image forming part (220, 230) that forms 1-dimensional images extending depthwise of said fundus at each of said plurality of scanning points based on the detection results of said interference light by said optical system; a detection part (10, 30, 261) that detects the position of said fundus at a prescribed time interval when scanning with said signal light; and a calculation part that calculates the positional misalignment amount of said plurality of 1-dimensional images in the fundus surface direction, based on temporal changes of said detected position of said fundus, characterized in that said calculation part includes a first correction part that corrects the position of said plurality of 1-dimensional images in the fundus surface direction, based on said calculated positional misalignment amount. an optical system that splits light from a broadband light source into signal light and reference light, generates interference light by superposing said signal light that has passed through the fundus of an eye and reference light that has passed through a reference optical path, and detects the generated interference light; a scanning part (43, 44, 70) that sequentially irradiates said signal light to a plurality of scanning points by scanning said fundus with said signal light and; an image forming part (220, 230) that forms 1-dimensional images extending depthwise of said fundus at each of said plurality of scanning points based on the detection results of said interference light by said optical system; a detection part (10, 30, 261) that detects the position of said fundus at a prescribed time interval when scanning with said signal light; and a calculation part that calculates the positional misalignment amount of said plurality of 1-dimensional images in the fundus surface direction, based on temporal changes of said detected position of said fundus, characterized in that said calculation part includes a first correction part that corrects the position of said plurality of 1-dimensional images in the fundus surface direction, based on said calculated positional misalignment amount.
A method of palette coding, the method comprising: receiving input data associated with a current coding block; and determining a current palette size for the current coding block; characterized by: if the current palette size is smaller than or equal to the value of a palette update size parameter, skipping an update of the palette predictor associated with the current coding block; and if the current palette size is greater than the value of the palette update size parameter, updating the palette predictor associated with the current coding block. receiving input data associated with a current coding block; and determining a current palette size for the current coding block; characterized by: if the current palette size is smaller than or equal to the value of a palette update size parameter, skipping an update of the palette predictor associated with the current coding block; and if the current palette size is greater than the value of the palette update size parameter, updating the palette predictor associated with the current coding block. if the current palette size is smaller than or equal to the value of a palette update size parameter, skipping an update of the palette predictor associated with the current coding block; and if the current palette size is greater than the value of the palette update size parameter, updating the palette predictor associated with the current coding block.
A method for allocating resources in a mesh communications network for setting up a data stream transmission from a talker device to a listener device via at least one node device (111, 113, 114), data paths being defined throughout the mesh communications network following a link-state routing protocol, wherein each node device (111, 113, 114) performs: - receiving a stream reservation request for said data stream transmission; - obtaining, from said stream reservation request, a path identifier identifying a data path via which said data stream transmission has to be set up, and an identifier of said listener device; - determining via which output port of said node device the data path identified in the stream reservation request continues toward the listener device; - checking whether there are enough resources, associated with the determined output port, to fulfil resources requirements of the received stream reservation request; and when there are enough said resources: - temporarily reserving resources for said data stream transmission; and - propagating the stream reservation request toward the listener device; and when receiving for said data stream transmission a stream reservation response representative of a positive acknowledgement to said stream reservation request: - effectively allocating at least part of the reserved resources; and - propagating the stream reservation response toward the talker device; characterized in that, when there is not enough said resources, said node device performs: - modifying the stream reservation request by indicating a resource reservation problem; and - propagating the modified stream reservation request. - receiving a stream reservation request for said data stream transmission; - obtaining, from said stream reservation request, a path identifier identifying a data path via which said data stream transmission has to be set up, and an identifier of said listener device; - determining via which output port of said node device the data path identified in the stream reservation request continues toward the listener device; - checking whether there are enough resources, associated with the determined output port, to fulfil resources requirements of the received stream reservation request; - temporarily reserving resources for said data stream transmission; and - propagating the stream reservation request toward the listener device; - effectively allocating at least part of the reserved resources; and - propagating the stream reservation response toward the talker device; characterized in that, when there is not enough said resources, said node device performs: - modifying the stream reservation request by indicating a resource reservation problem; and - propagating the modified stream reservation request.
Marine fender for impact protection comprising a core of closed cell foam, wherein said core comprises at least one chamber substantially entirely surrounded by said closed cell foam and enclosing an elastically deformable closed object, wherein the core comprises at least two blocks (3a, 3b) of closed cell foam, characterized in that said at least one chamber extends into two adjacent blocks of closed cell foam, wherein a first chamber part of the at least one chamber is provided in a first block and a second chamber part of said at least one chamber is provided in a second block, wherein the first block and the second block are adjacent each other such that the first chamber part and the second chamber part form the chamber enclosing the elastically deformable closed object such that the object is entirely surrounded by the closed cell foam of the blocks (3a, 3b).
A control system comprising: a controller configured to control communication between or among plural vehicle devices (124, 128, 130, 132, 134, 140) that control operation of at least one vehicle (102, 104), characterized in that: the controller is configured to control the communication via a time sensitive network, TSN, that communicatively couples the plural vehicle devices (124, 128, 130, 132, 134, 140), the controller configured to control the communication using an object management group middleware communication standard of a data distribution service, DDS, operating in the TSN, the controller configured to control the communication for the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate as publishers and subscribers in the DDS, the TSN configured to communicate different types of information between or among the plural vehicle devices (124, 128, 130, 132, 134, 140) based on whether the communication of the different types of information need to be completed within designated periods of time for safe operation of the at least one vehicle (102, 104), and the controller configured to direct one or more of an engine control unit or a traction motor controller of the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate using time sensitive communications, the controller configured to direct at least one of: (a) a different, second vehicle device of the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate using best effort communications, or (b) a different, third vehicle device of the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate using rate constrained communications. the controller is configured to control the communication via a time sensitive network, TSN, that communicatively couples the plural vehicle devices (124, 128, 130, 132, 134, 140), the controller configured to control the communication using an object management group middleware communication standard of a data distribution service, DDS, operating in the TSN, the controller configured to control the communication for the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate as publishers and subscribers in the DDS, the TSN configured to communicate different types of information between or among the plural vehicle devices (124, 128, 130, 132, 134, 140) based on whether the communication of the different types of information need to be completed within designated periods of time for safe operation of the at least one vehicle (102, 104), and the controller configured to direct one or more of an engine control unit or a traction motor controller of the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate using time sensitive communications, the controller configured to direct at least one of: (a) a different, second vehicle device of the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate using best effort communications, or (b) a different, third vehicle device of the plural vehicle devices (124, 128, 130, 132, 134, 140) to communicate using rate constrained communications.
An elongate flexible aspiration catheter for removing emboli or other particles from a blood vessel, the catheter comprising: an aspiration tube having only one lumen, the lumen defined by a tube wall and fluidly connecting a first fluid port disposed at a tube proximal end with a second fluid port disposed at a tube distal end, a reinforcement layer encapsulated within the tube wall, and a deformed portion of the aspiration tube having an oval transverse cross-section defining major and minor axes and that portion of the catheter that includes the deformed portion being non-circular in external cross-section; a guidewire tube extending externally of and alongside only the deformed portion of the aspiration tube and being secured thereto such that the minor axis extends transversely through the guidewire tube, the guidewire tube having a round lumen extending longitudinally therethrough and being open at proximal and distal ends thereof for slidably receiving a medical guidewire; wherein a dual lumen section of the catheter comprising the deformed portion of the aspiration tube has a first outside dimension measured along the major axis of the cross section of the lumen of the aspiration tube and a second outside dimension measured along the minor axis of the cross section of the lumen of the aspiration tube, wherein the first outside dimension is less than the second outside dimension; and a fitting mounted at the aspiration tube proximal end in fluid communication with the first fluid port. an aspiration tube having only one lumen, the lumen defined by a tube wall and fluidly connecting a first fluid port disposed at a tube proximal end with a second fluid port disposed at a tube distal end, a reinforcement layer encapsulated within the tube wall, and a deformed portion of the aspiration tube having an oval transverse cross-section defining major and minor axes and that portion of the catheter that includes the deformed portion being non-circular in external cross-section; a guidewire tube extending externally of and alongside only the deformed portion of the aspiration tube and being secured thereto such that the minor axis extends transversely through the guidewire tube, the guidewire tube having a round lumen extending longitudinally therethrough and being open at proximal and distal ends thereof for slidably receiving a medical guidewire; wherein a dual lumen section of the catheter comprising the deformed portion of the aspiration tube has a first outside dimension measured along the major axis of the cross section of the lumen of the aspiration tube and a second outside dimension measured along the minor axis of the cross section of the lumen of the aspiration tube, wherein the first outside dimension is less than the second outside dimension; and a fitting mounted at the aspiration tube proximal end in fluid communication with the first fluid port.
A method for wirelessly charging a plurality of rechargeable hearing aids (211, 212, 213) via a charger device, said method including: - appointing a master device among the plurality of rechargeable hearing aids, - for each of the remaining rechargeable hearing aids, transmitting information regarding a current battery status to the master device, - determining a charging profile of one or more rechargeable hearing aids based on the plurality of information regarding current battery status, - charging, using the charger device, the one or more rechargeable hearing aids based on the charging profile. - appointing a master device among the plurality of rechargeable hearing aids, - for each of the remaining rechargeable hearing aids, transmitting information regarding a current battery status to the master device, - determining a charging profile of one or more rechargeable hearing aids based on the plurality of information regarding current battery status, - charging, using the charger device, the one or more rechargeable hearing aids based on the charging profile.
A lens assembly applied for a mobile phone, comprising a lens barrel and a lens, wherein the lens barrel is hollow and comprises an interior surface, the lens is disposed inside the lens barrel, and the lens comprises a side surface in interference fit with the interior surface, wherein the interior surface has a hollow area, the side surface comprises a micro-convex structure, and the hollow area fits the micro-convex structure, wherein a fit quantity between the micro-convex structure and the hollow area is changed through relative rotation of the lens and the lens barrel, to adjust assembly interference between the lens barrel and the lens.
A modulation equipment for integrated transmission of two types of service data, comprising: a symbol integration means, configured to combine a first bit stream with a second bit stream to form a symbol stream to be modulated, wherein the first bit stream carries data for a first type of service and the second bit stream carries data for a second type of service; a symbol mapping means, configured to map each symbol in the symbol stream to a quadrature amplitude modulation, QAM, modulation symbol according to a set of predetermined mapping rules; wherein, in the set of predetermined mapping rules, constellations corresponding to the first bit stream are located in at least two quadrants in a constellation map, and constellations corresponding to the second bit stream are located in at least two quadrants in the constellation map. a symbol integration means, configured to combine a first bit stream with a second bit stream to form a symbol stream to be modulated, wherein the first bit stream carries data for a first type of service and the second bit stream carries data for a second type of service; a symbol mapping means, configured to map each symbol in the symbol stream to a quadrature amplitude modulation, QAM, modulation symbol according to a set of predetermined mapping rules; wherein, in the set of predetermined mapping rules, constellations corresponding to the first bit stream are located in at least two quadrants in a constellation map, and constellations corresponding to the second bit stream are located in at least two quadrants in the constellation map.