Abstract: A method for depth mapping includes providing a depth mapping device comprising a projector, which is configured to project a pattern of optical radiation onto a target area over a first field of view about a projection axis, and a camera, which is configured to capture images of the target area within a second field of view, narrower than the first field of view, about a camera axis, which is offset transversely relative to the projection axis. The projector projects the pattern onto first and second planes at first and second distances from the camera, and the camera captures first and second reference images containing first and second parts of the pattern on the first and second planes, respectively. The first and second reference images are combined to produce an extended reference image including both the first and second parts of the pattern.

Abstract: A system is provided to predict requested playbacks of media files by users from a media storage system. The system includes a processor and a computer readable medium operably coupled thereto, to perform predictive playback operations which include accessing an AI model and a media file comprising metadata associated with generating the media file, generating a predictive score for a playback of the media file based on the AI model and the metadata, comparing the predictive score to a threshold required to transcode the media file into a playback format prior to the playback, predicting the playback based on the comparing, determining a predicted playback time of the media file based on the metadata for the media file, and transcoding the media file into the playback format prior to the predicted playback time.

Abstract: A system is provided to predict requested playbacks of media files by users from a media storage system. The system includes a processor and a computer readable medium operably coupled thereto, to perform predictive playback operations which include accessing an AI model and a media file comprising metadata associated with generating the media file, generating a predictive score for a playback of the media file based on the AI model and the metadata, comparing the predictive score to a threshold required to transcode the media file into a playback format prior to the playback, predicting the playback based on the comparing, determining a predicted playback time of the media file based on the metadata for the media file, and transcoding the media file into the playback format prior to the predicted playback time.

Abstract: In an embodiment, a processor for demotion includes a plurality of cores to execute instructions and a demotion control circuit. The demotion control circuit is to: for each core of the plurality of cores, determine an average count of power state break events in the core; determine a sum of the average counts of the plurality of cores; determine whether the average count of a first core exceeds a first demotion threshold; determine whether the sum of the average counts of the plurality of cores exceeds a second demotion threshold; and in response to a determination that the average count of the first core exceeds the first demotion threshold and the sum of the average counts exceeds the second demotion threshold, perform a power state demotion of the first core. Other embodiments are described and claimed.

Abstract: In an embodiment, a processor for demotion includes a plurality of cores to execute instructions and a demotion control circuit. The demotion control circuit is to: for each core of the plurality of cores, determine an average count of power state break events in the core; determine a sum of the average counts of the plurality of cores; determine whether the average count of a first core exceeds a first demotion threshold; determine whether the sum of the average counts of the plurality of cores exceeds a second demotion threshold; and in response to a determination that the average count of the first core exceeds the first demotion threshold and the sum of the average counts exceeds the second demotion threshold, perform a power state demotion of the first core. Other embodiments are described and claimed.

Abstract: In one embodiment, a processor comprises: a plurality of processing engines including a first processing engine and a second processing engine to independently execute instructions; and a power controller including a performance state control logic to control a performance state of at least one of the processing engines, and a first logic to determine an average number of active processing engines over a first window, an estimated activity level of the processor for the first window, and adjust at least one of a window length at which the performance state control logic is to perform a performance state determination and at least one activity level threshold, based at least in part on a comparison of the estimated activity level and the average number of active processing engines. Other embodiments are described and claimed.

Abstract: In one embodiment, a processor comprises: a plurality of processing engines including a first processing engine and a second processing engine to independently execute instructions; and a power controller including a performance state control logic to control a performance state of at least one of the processing engines, and a first logic to determine an average number of active processing engines over a first window, an estimated activity level of the processor for the first window, and adjust at least one of a window length at which the performance state control logic is to perform a performance state determination and at least one activity level threshold, based at least in part on a comparison of the estimated activity level and the average number of active processing engines. Other embodiments are described and claimed.

Abstract: In one embodiment, a processor comprises: a plurality of processing engines including a first processing engine and a second processing engine to independently execute instructions; and a power controller including a performance state control logic to control a performance state of at least one of the processing engines, and a first logic to determine an average number of active processing engines over a first window, an estimated activity level of the processor for the first window, and adjust at least one of a window length at which the performance state control logic is to perform a performance state determination and at least one activity level threshold, based at least in part on a comparison of the estimated activity level and the average number of active processing engines. Other embodiments are described and claimed.

Abstract: In one embodiment, a processor comprises: a plurality of processing engines including a first processing engine and a second processing engine to independently execute instructions; and a power controller including a performance state control logic to control a performance state of at least one of the processing engines, and a first logic to determine an average number of active processing engines over a first window, an estimated activity level of the processor for the first window, and adjust at least one of a window length at which the performance state control logic is to perform a performance state determination and at least one activity level threshold, based at least in part on a comparison of the estimated activity level and the average number of active processing engines. Other embodiments are described and claimed.

Abstract: A method for responding to calls in an Interactive Voice Response system (IVR) of an organization, the method comprising receiving in an IVR a call from a customer of the organization, activating a response in the IVR based at least on former interactions with the organization, and wherein the IVR is a computerized system comprising at least one processor, and an apparatus for performing the same.

Abstract: A method comprising that in response to a beginning of a telephonic interaction in a local telephony system concurrently activating recordations of the telephonic interaction in a plurality of recorders operative parallelly and independently to obtain a plurality of recordings of the interaction corresponding to the plurality of recorders, and further in response to an ending of the telephonic interaction in the local telephony system concurrently terminating the recordations of the telephonic interaction in the plurality of the recorders, thereby providing the plurality of recordings of the interaction corresponding to the plurality of recorders, and subsequently selecting at least one recording among the plurality of the recordings of the interaction based on acquired data related to the quality of recordings associated the recordations, and an apparatus for performing the same.

Abstract: A method for fault-tolerant recording of calls of a PBX, comprising concurrently receiving metadata of calls of a PBX by a plurality of computerized apparatuses, generating unique identifiers for each of the calls such the unique identifiers that are common between the plurality of the computerized apparatuses, activating a first computerized apparatus to control recordings of contents of the calls and assigning the recording with the unique identifiers respective to the calls, operating the computerized apparatuses to receive feedbacks of activities of the recordings, where the feedbacks comprise the assigned unique identifiers and in case of a failure of the first computerized apparatus, activating a second computerized apparatus to maintain the recordings that were controlled by the first computerized apparatus.

Abstract: A method for responding to calls in an Interactive Voice Response system (IVR) of an organization, the method comprising receiving in an IVR a call from a customer of the organization, activating a response in the IVR based at least on former interactions with the organization, and wherein the IVR is a computerized system comprising at least one processor, and an apparatus for performing the same.

Abstract: A method for fault-tolerant recording of calls of a PBX, comprising concurrently receiving metadata of calls of a PBX by a plurality of computerized apparatuses, generating unique identifiers for each of the calls such the unique identifiers that are common between the plurality of the computerized apparatuses, activating a first computerized apparatus to control recordings of contents of the calls and assigning the recording with the unique identifiers respective to the calls, operating the computerized apparatuses to receive feedbacks of activities of the recordings, where the feedbacks comprise the assigned unique identifiers and in case of a failure of the first computerized apparatus, activating a second computerized apparatus to maintain the recordings that were controlled by the first computerized apparatus.

Abstract: A system and method of tracking animal livestock using electronic frequency signal transmitters and receivers is herein presented. The system involves electronic tags attached to the bodies of livestock. The tags transmit a signal which conveys the location or other pertinent information regarding the status of the animal. The signals are picked up by a receiver attached to a stationary platform, or located in a vehicle, or in a portable hand held receiver device. The information transmitted can be used to locate a specific animal or can be used to monitor the status and condition of the animal. The device contains several modes which minimize power consumption and maximize power supply lifetime.

Abstract: A method of providing robust call center operation for an organization, based on a first data center with computerized components that provide service to the call center, including, receiving at a failover manager having a processor and memory, notification from a user to shut down components of the first data center providing service to the call center, shutting down or verifying non-functionality of the components of the first data center providing service to the call center, activating similar components from a second data center to replace functionality of the first data center, wherein the components of the first data center and the second data center are connected over a network, and updating references of the call center to access the components from the second data center instead of the components from the first data center.