Intel Corporation

Peter Brink

Rita H Wouhaybi

Igor Tatourian

Peter Munguia

Shrikant M Shah

Paul S Levy

Brian J Skerry

John Katausky

Peter I Iskiyan

Richard G Boyd

Richard Boyd

Technologies for scene reconstruction include a compute system to determine a context of at least one image of a scene captured by a camera of the compute system and generate metadata for the at least one image based on the determined context such that the metadata identifies the determined context of the compute system. The compute system further anonymizes the metadata to generate anonymized data that maintains privacy of the compute system and transmits the anonymized data to a cloud server for multi-dimensional reconstruction of the scene.

Technologies for scene reconstruction

Various systems and methods for implementing dynamic sensor range in advanced driver assistance systems are described herein. A system for managing an autonomous vehicle comprises a vehicle control system in a vehicle to detect a speed of the vehicle and adjust a forward-facing camera array based on the speed of the vehicle.

Dynamic sensor range in advanced driver assistance systems

Methods and arrangements to extend message signal interrupt (MSI) transactions with additional data to reduce the latency associated with servicing interrupts included in the transactions are contemplated. Some embodiments may comprise a chipset that transmits the MSI to a processor to service the interrupt. The chipset may identify that a transaction is an extended MSI transaction by determining that the MSI has more than a four bytes. In several embodiments, the chipset may validate the MSI by determining that the MSI comprises at least six bytes and, in further embodiments, by determining that the extended MSI has a valid signature byte. Another embodiment comprises a processor to receive the extended MSI transaction and store the data to service the corresponding interrupt(s) in a low latency buffer. The processor may then service the interrupt(s) based upon the data when the processor becomes available.

Extended message signal interrupt

Methods and apparatus for performing Direct Memory Access (DMA) transfers of sets of data and results of performing logical operations on the sets of data are disclosed. In one aspect, a method may include receiving a data structure that specifies DMA transfers of sets of data and a DMA transfer of a logical operation, such as an exclusive OR, on the sets of data. In response to receiving the data structure, the DMA transfers of the sets of data, and the DMA transfer of the logical operation performed on the sets of data may be performed.

DMA transfers of sets of data and an exclusive or (XOR) of the sets of data

A write request is received from a host, to write data from memory to storage. The request indicates whether or not to compress the data. The data is either compressed or not compressed, as indicated by the request, prior to sending the data to the storage. Other embodiments are also disclosed and claimed.

Data storage using compression

A discussion of a local memory with at least a command block section and a cache section that facilitates an efficient interrupt processing. The command-block section is allocated on a per interrupt basis and contains pointers to cache-lines. When an interrupt is recognized an interrupt, the proposal uses the pointers in the command-block to prefetch the corresponding cache-lines from the cache section of the local memory, which it loads into its local cache buffer. Thus, when the CPU recognizes an interrupt, the information for the context-switch is already available in cache.

Method, apparatus, and a system for efficient context switch

A method includes providing a display device. The display device may include a plurality of picture elements and a plurality of pixel drivers each for driving a respective one of the picture elements. The method may further include receiving input image data to drive the picture elements to display an image in an image plane. The method may also include receiving user input to indicate a shift in position of the image in the image plane. The shift in position may be by less than the distance between adjacent picture elements. In response to the user input, the input image data may be processed to generate interpolated image data to implement the shift in position. The picture elements may be driven with the interpolated image data.

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Tempe, AZ, United States of America

Peter Brink