1. Coprocessors synonyms, Coprocessors pronunciation, Coprocessors translation, English dictionary definition of Coprocessors

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3. Math Coprocessors (Floating-Point Units) This section covers the floating-point unit (FPU) contained in the processor, which was formerly a separate external math coprocessor in the 386 and older chips

4. Such Coprocessors are also known as function offload Coprocessors (FOCPs in short)

5. HBase Coprocessors are inspired by BigTable Coprocessors but are divergent in implementation detail

6. Coprocessor devices simulating memory interfaces

7. The NXP ® C29x crypto coprocessor family consists of three high performance crypto Coprocessors – the C291, C292 and C293 – which are optimized for public key operations targeting network infrastructure across the enterprise and the data center.

8. Home Product Types Coprocessors

9. The Requirements and Troubleshooting of/on Intel® Xeon Phi™ Coprocessors document helps deal with any coprocessor-related scenario.Whether the scenario is a presales question or integration-wise inquiry, it's a very useful guide to get things started

10. The client reports Coprocessors in scheduler requests; the scheduler tries to send jobs that use available Coprocessors.

11. Why Intel® Xeon Phi™ Coprocessors are needed

12. Method and apparatus for interfacing a processor and coprocessor

13. Home » Archives for HPC Hardware » Coprocessors

14. Math Coprocessors are also called numeric and floating-point

15. QuickSpecs Intel® Xeon Phi™ Coprocessors

16. Risc processor with context switch register sets accessible by external coprocessor

17. Most computers come with a floating-point Coprocessors built in

18. Methods and apparatus for interfacing between a host processor and a coprocessor

19. Real address accessing in a coprocessor executing on behalf of an unprivileged process

20. It detects NVIDIA, AMD, and Intel GPUs, as well as OpenCL Coprocessors

21. The BOINC client maintains a list of the Coprocessors on the host

22. d. Graphics accelerators and graphics coprocessors exceeding a "three dimensional Vector Rate" of 200,000,000;

23. In 2010s, some mobile computation devices had implemented the sensor hub as a coprocessor.

24. Coprocessors are not designed to be used by the end users but by developers

25. Graphics accelerators and graphics coprocessors exceeding a “three dimensional Vector Rate” of

26. Note: 3A001.a.3. includes digital signal processors, digital array processors and digital coprocessors.

27. Coprocessors and hardware accelerators can be implemented in a number of different ways

28. Graphics accelerators and graphics coprocessors exceeding a "three dimensional Vector Rate" of 200,000,000;

29. 3A001.a.3. includes digital signal processors, digital array processors and digital coprocessors.

30. It is important to allow efficient communication and interfacing between the processor (12) and the coprocessor (14).

31. A data compressor and a data expander may be implemented in a direct memory access controller accessible to multiple coprocessors, or the compressor and the expander may be implemented within the coprocessors.

32. In one aspect, an interface adapted to transfer data between a host processor and an external coprocessor is provided.

33. The sequencer includes an Nx32 bit instruction RAM which is booted from external memory through the coprocessor interface.

34. A.1.a.3. includes digital signal processors, digital array processors and digital coprocessors.

35. d. Graphics accelerators and graphics coprocessors exceeding a "three dimensional Vector Rate" of 200000000;

36. A RISC processor includes a sequencer (12), a register ALU (RALU) (14), data RAM (16), and a coprocessor interface (18).

37. Tools and downloads for the Intel® Xeon Phi™ Coprocessors are hosted on the Intel® Developer Zone

38. •Coprocessors are necessary —Phoenix —HBase security •User Coprocessors are dangerous —Write defensive code —Be careful with deployment •Make use of HBASE-16700 •Cleanup can be messy —HBASE-14190 –Assign system tables ahead of user region assignment

39. In 1992, their following product line, the Mach32, integrated the VGA wonder core and coprocessor into a single IC.

40. Using HBase Coprocessors, custom features such as secondary indexing, complex filtering and access control features can be developed

41. Coprocessors unlike accelerator spy on the stream of instructions read from memory into the main processor

42. By offloading the graphical interface to a dedicated coprocessor, the embedded systems designer can focus on real-world interface issues.

43. IP addresses for accessing Intel Xeon Phi Coprocessors are preset to a default value in the private network range

44. AlphaICs is designing an agent-based coprocessor called Real AI Processor (RAP) to enable perception and decision making in a chip.

45. 24 The reason for this is that the coprocessor is optimised at both hardware and micro code level to perform mathematics.

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47. These Coprocessors can use heartbeat sensors, cameras, and lasers to help gauge the physical attributes of individuals using biometrics systems.

48. It also served as the basis for the 387SX and later revisions of the 80287, the 287XL and 287XLT Coprocessors

49. Miniature, implantable brain Coprocessors might be able to support new kinds of personalized medicine, for example continuously adapting a …

50. Coprocessors are executed directly on region server; therefore a faulty/malicious code can bring your region server down

51. Coprocessors are usually special-purpose processing units, such as floating point, array, DSP, or graphics data processors) found : FOLDOC, Aug

52. Device controllers are enhanced with application processors or coprocessors and additional input/output interfaces are added to the device.

53. The primary difference between the M8 and the original M7 coprocessor is that the M8 also includes a barometer to measure altitude changes.

54. Coprocessors can optionally implement a 'MapReduce' interface which clients will be able to invoke concurrently on all regions of the table

55. For applications that are well-suited for Intel Xeon Phi Coprocessors, there are many 3 rd party providers that are working to certify their products

56. The NI 1764 Smart Camera, powered by a 533 MHz PowerPC processor and a 720 MHz Texas Instruments DSP coprocessor, is a real-time target for machine vision.

57. 30 A high-speed optical correlator being developed by the Naval Research Laboratory (NRL) will act as a coprocessor to an Intel Paragon XP/S-25 computer.

58. Intel Xeon Phi Coprocessors are already featured in 7 systems including the most power-efficient supercomputer on the list –”Beacon” delivering 2.44 GFlops/Watt.

59. A combination of standardized hardware interfaces, design automation tools to assemble a system, and a standardized software API forms the concept of FPGA Coprocessors.

60. The NI 1762 Smart Camera, powered by a 533 MHz PowerPC processor and a 720 MHz Texas Instruments DSP coprocessor, is a real-time target for machine vision.

61. FPGA Coprocessors are blocks of hardware IP that can easily be integrated into a processor-based system in order to offload some of the most computationally intensive tasks

62. Efficiently exploiting SIMD vector units is one of the most important aspects in achieving high performance of the application code running on Intel Xeon Phi Coprocessors

63. Function offload Coprocessors can be used to overcome CPU scaling challenges by offloading embedded accelerating compute, storage and networking, and management functions from the operating system

64. Actin UR is a powerful software development platform and preconfigured, plug-and-play coprocessor built to enable the full potential of Universal Robots cobot arms in industrial, commercial, and manufacturing applications.

65. A scalable solution with three devices, the C291, C292 and C293 Coprocessors offer between 8 and 32k 2048-bit RSA transactions per second with power consumption from four to 10 watts

66. The Cryptographic Coprocessors (or CryptoSoc Accelerators) are built upon a hardware IP core platform that accelerates cryptographic operations in System-on-Chip (SoC) environment on FPGA and ASIC.

67. STMicroelectronics BlueNRG-2N BLUETOOTH ® Low Energy Wireless Network Coprocessors integrate an Arm® Cortex® M0 core, power management, clocks, Bluetooth low energy radio, random number generator (RNG), external microcontroller interface (SPI/UART), and public-key cryptography (PKA)

68. Intel Xeon Phi Coprocessors are designed to extend the reach of applications that have demonstrated the ability to fully utilize the scaling capabilities of Intel Xeon processor-based systems and fully exploit available processor vector capabilities or