Abstract: An accelerator includes a memory, a compute zone to receive an encrypted workload downloaded from a tenant application running in a virtual machine on a host computing system attached to the accelerator, and a processor subsystem to execute a cryptographic key exchange protocol with the tenant application to derive a session key for the compute zone and to program the session key into the compute zone. The compute zone is to decrypt the encrypted workload using the session key, receive an encrypted data stream from the tenant application, decrypt the encrypted data stream using the session key, and process the decrypted data stream by executing the workload to produce metadata.

Abstract: An accelerator includes a memory, a compute zone to receive an encrypted workload downloaded from a tenant application running in a virtual machine on a host computing system attached to the accelerator, and a processor subsystem to execute a cryptographic key exchange protocol with the tenant application to derive a session key for the compute zone and to program the session key into the compute zone. The compute zone is to decrypt the encrypted workload using the session key, receive an encrypted data stream from the tenant application, decrypt the encrypted data stream using the session key, and process the decrypted data stream by executing the workload to produce metadata.

Abstract: A method determines a total velocity average cross-section parameter ?tot? in a relationship of the form ?loss(U)=nb?tot?·ƒ(U, Ud), where: ?loss(U) is a rate of exponential loss of sensor atoms from a cold atom sensor trap of trap depth potential energy U in a vacuum environment due to collisions with residual particles in the vacuum environment; nb is a number density of residual particles in the vacuum environment; Ud is a parameter given by U d = 2 ? k B ? T / m bg ? 4 ? ? ? ? ? 2 m t ? ? ? tot ? v ? which relates the masses of the sensor atoms mt and residual particles mbg to the total velocity average cross-section parameter ?tot?; and ƒ(U, Ud) is a function of the trap depth potential energy U and the parameter Ud which models a naturally occurring dependence of the loss rate ?loss(U) on the trap depth potential energy U and the parameter Ud, where ƒ(U=0, Ud) is unity for all Ud.

Abstract: The present invention discloses a secure ML pipeline to improve the robustness of ML models against poisoning attacks and utilizing data provenance as a tool. Two components are added to the ML pipeline, a data quality pre-processor, which filters out untrusted training data based on provenance derived features and an audit post-processor, which localizes the malicious source based on training dataset analysis using data provenance.

Abstract: A method determines a total velocity average cross-section parameter ?tot? in a relationship of the form ?loss(U)=nb?tot?·ƒ(U, Ud), where: ?loss(U) is a rate of exponential loss of sensor atoms from a cold atom sensor trap of trap depth potential energy U in a vacuum environment due to collisions with residual particles in the vacuum environment; nb is a number density of residual particles in the vacuum environment; Ud is a parameter given by U d = 2 ? k B ? T / m bg ? 4 ? ? ? ? ? 2 m t ? ? ? tot ? v ? which relates the masses of the sensor atoms mt and residual particles mbg to the total velocity average cross-section parameter ?tot?; and ƒ(U, Ud) is a function of the trap depth potential energy U and the parameter Ud which models a naturally occurring dependence of the loss rate ?loss(U) on the trap depth potential energy U and the parameter Ud, where ƒ(U=0, Ud) is unity for all Ud.

Abstract: An apparatus and method that can measure flux density in-situ under high vacuum conditions includes a means for confining a collection of identical, elemental sensor particles to a volume of space by initial cooling by laser or another method, then confinement in a sensor volume using externally applied magnetic and/or optical fields.

Abstract: A method for storing a first frame into a system, wherein the system includes i) a first chip, ii) a display controller, and iii) a copy device, and wherein the first chip includes a first memory. The method includes: reading, using the display controller, a first frame from a second memory, wherein the second memory is external to the first chip; and while the first frame is being read from the second memory by the display controller, using the copy device to copy the first frame from the second memory to the first memory. Subsequent to the copy device copying the first frame from the second memory to the first memory, the first frame is stored in both the first memory and the second memory.

Abstract: An apparatus and method that can measure flux density in-situ under high vacuum conditions includes a means for confining a collection of identical, elemental sensor particles to a volume of space by initial cooling by laser or another method, then confinement in a sensor volume using externally applied magnetic and/or optical fields.

Abstract: An image capture system comprises an image input and processing unit. The image input obtains image information which is then passed to the processing unit. The processing unit is coupled to the image input for determining image metrics on the image information. The processing unit initiates a capture sequence when the image metrics meet a predetermined condition. The capture sequence may store one or more images, or it may indicate that one or more images have been detected. In one embodiment, the image input is a CMOS or CCD sensor.

Abstract: Some embodiments of a method, display, graphics system and computer system are described for power efficient operation of displays. The graphics system includes a processing system, which has a video decoder to operate with a display controller. The video decoder and/or display controller may include logic for shutting down portions of the graphics system and for sending reduced video data to a display. In some embodiments, the graphics system sends signals to shut down portions of the display. In some embodiments, parts of the graphics system, computer system and display are able to shut down when there is not a difference in the video data to be sent to the display. In some embodiments, the amount of video data to be sent to the display is reduced during encoding and/or decoding by only sending the video data which is different. Other embodiments are described.

Abstract: Some embodiments of a method, processing system and computer system are described for sparse updating of displays. The graphics system includes a processing system, which has a video decoder to operate with a display controller. The video decoder and/or display controller may include logic for shutting down portions of the graphics system and for sending reduced video data to a display. In some embodiments, the graphics system sends signals to shut down portions of the display. In some embodiments, parts of the graphics system, computer system and display are able to shut down when there is not a difference in the video data to be sent to the display. In some embodiments, the amount of video data to be sent to the display is reduced during encoding and/or decoding by only sending the video data which is different. Other embodiments are described.

Abstract: A display system includes a controller capable of compressing pixel data, and a display module capable of decompressing pixel data.

Abstract: A method and apparatus for color calibrating an imager device is disclosed. The imager device is subjected to a plurality of light sources. Color channel responses are obtained from the imager device and the color calibrating coefficients are determined.

Abstract: In some embodiments, a device includes an electronic privacy filter. Other embodiments are disclosed and claimed.

Abstract: Methods and apparatus to scan an object with a color display are disclosed. In one aspect, an apparatus may include a driver to control sub-pixels of a color display, and logic of the driver to cause a first sub-pixel of the color display to emit light and a second sub-pixel of the color display to detect light.

Abstract: Briefly, in accordance with one embodiment of the invention, a processor has a loop buffer and a cache that provides requested information to a processor core.

Abstract: A graphics chip is described for performing operations required by a display device to generate display images. The graphics chip includes a display controller and an internal frame buffer coupled to the display controller, which is used to store display data. The graphics chip further includes a data copy logic to copy display data from an external frame buffer to the internal frame buffer as the display controller reads the display data from the external frame buffer.

Abstract: An accelerated dual display enabling a user to dynamically decide which graphics subsystem will run which display on a handheld device. The dual display system has an application processor and an external chip. A crossbar located in the external chip connects the application processor to the external chip. Displays are connected to the crossbar.

Abstract: An apparatus and a system, as well as a method and article, may operate to receive partial-display data, receive color resolution data, receive display resolution data, and update a display using at least one of the partial-display data, the color resolution data, and the display resolution data.