Abstract: A test monitor extracts waveforms from a differential transmission line of an automobile network without disrupting the differential transmission line, and stores the data decoded from the extracted waveforms. The test monitor includes a first input configured to receive a voltage waveform from a voltage probe electrically coupled to the differential transmission line that electrically connects a first ECU device and a second device, a second input configured to receive a current waveform from a current probe electrically coupled to the differential transmission line, and one or more processors configured to receive the voltage waveform and the current waveform and determine a voltage of the first ECU device and a voltage of the second device based on the voltage waveform and the current waveform. The test monitor may be embodied in an FPGA. The test monitor enables monitoring of message transfers across a network in a non-intrusive and non-invasive manner, without the necessity of using a repeater or switch.

Abstract: A semiconductor package apparatus may include technology to provide an image to a low power shallow hash network, generate a hash code from the low power shallow hash network, and identify one or more similar images based on the hash code. Other embodiments are disclosed and claimed.

Abstract: A semiconductor package apparatus may include technology to provide an image to a low power shallow hash network, generate a hash code from the low power shallow hash network, and identify one or more similar images based on the hash code. Other embodiments are disclosed and claimed.

Abstract: A system and method may provide standardized application programming interfaces that enable global entity-to-entity communications, such as to enable a process associated with one entity to access multiple systems at another entity. Some benefits of a global, standardized API-based entity-to-entity data exchange and integration platform include reduced cycle times by accelerating service delivery through automated and streamed data collection processes and an improved overall interface experience by embedding data collection processes into existing tools and improving accuracy by reducing manual data entry errors. For example, the standardized APIs may be used to generate a service request sent from a first service provider to a second service provider to ask the second service provider to provision a service to a customer of the first service provider.

Abstract: A medical image quality reporting and monitoring system for use in a medical imaging system comprises a medical image computer including, a display processor, a display and a report generator. The display processor generates data representing an image for display including a user selectable image element enabling a user to identify at least one medical image as having an image quality deficiency. The display presents the image. The report generator, in response to detection of selection of the image element, identifying at least one medical reduced quality image as having an image quality deficiency, automatically generates a report. The report comprises, data representing an anonymized reduced quality image having the image quality deficiency, a time of acquisition of the reduced quality image and imaging system acquisition settings used in acquiring the reduced quality image.

Abstract: A system and method may provide standardized application programming interfaces that enable global entity-to-entity communications, such as to enable a process associated with one entity to access multiple systems at another entity. Some benefits of a global, standardized API-based entity-to-entity data exchange and integration platform include reduced cycle times by accelerating service delivery through automated and streamed data collection processes and an improved overall interface experience by embedding data collection processes into existing tools and improving accuracy by reducing manual data entry errors. For example, the standardized APIs may be used to generate a service request sent from a first service provider to a second service provider to ask the second service provider to provision a service to a customer of the first service provider.

Abstract: An error detection system is used by an image processing subsystem for detecting error in processing medical image data by multiple sequential subsystems using an image data processor. The image data processor in the image processing subsystem analyzes data representing a medical image to identify a sequence identifier associated with a subsystem preceding the image processing subsystem of the multiple sequential subsystems and identifies a position of the image relative to other images in an image sequence comprising multiple consecutive images. The image data processor uses the identified sequence identifier to detect an error in response to identifying at least one of, an unreadable sequence identifier and a missing sequence identifier. The image data processor incorporates a sequence identifier, in image data representing an area of the image associated with the image processing subsystem and initiates generation of an alert message in response to a detected error.

Abstract: A medical image quality reporting and monitoring system for use in a medical imaging system comprises a medical image computer including, a display processor, a display and a report generator. The display processor generates data representing an image for display including a user selectable image element enabling a user to identify at least one medical image as having an image quality deficiency. The display presents the image. The report generator, in response to detection of selection of the image element, identifying at least one medical reduced quality image as having an image quality deficiency, automatically generates a report. The report comprises, data representing an anonymized reduced quality image having the image quality deficiency, a time of acquisition of the reduced quality image and imaging system acquisition settings used in acquiring the reduced quality image.

Abstract: An error detection system is used by an image processing subsystem for detecting error in processing medical image data by multiple sequential subsystems using an image data processor. The image data processor in the image processing subsystem analyzes data representing a medical image to identify a sequence identifier associated with a subsystem preceding the image processing subsystem of the multiple sequential subsystems and identifies a position of the image relative to other images in an image sequence comprising multiple consecutive images. The image data processor uses the identified sequence identifier to detect an error in response to identifying at least one of, an unreadable sequence identifier and a missing sequence identifier. The image data processor incorporates a sequence identifier, in image data representing an area of the image associated with the image processing subsystem and initiates generation of an alert message in response to a detected error.

Abstract: An approach is provided for network resource growth management. Utilization of a network resource that is hierarchically associated with one or more other network resources is determined. If the utilization exceeds a first predetermined threshold, a growth notification is triggered. The growth notification specifies additional network resources required to modify the utilization of the network resource according to a second predetermined threshold.