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  • Faster computing from reconfigurable processors
    , special tasks at speeds that are higher than those available from general-purpose processors. So far, SGI is aiming the technology at calculationintensiveengineering tasks sometimes called high-performance computing or HPC. A typical application will be at oil and gas companies that have developed
  • The Role of Packet Processors (.pdf)
    Packet processors are a distinct class of purpose-built processors that have evolved in response to increased utilization and dependence on the Internet and networks in general. Most intelligent devices, including mobile phones, set top boxes, game stations, entertainment centers and PCs
  • Medical Device Link . DSPs: A Growing Option for Medical Applications
    and a general-purpose processor, such as a Pentium? "I could take all week to answer that one," quips Ed Young, business development manager for Loughborough Sound Images, Ltd. (LSI; Loughborough, UK, and Lexington, MA). For one thing, he says, DSPs are optimized for real-time applications, capturing
  • [Chapter 8] 8.5 An Acronym Processor<
    in parentheses afterwards. (This is probably not a useful program in and of itself, but the techniques used in the program are general and have many such uses.) We can design this program for use as a that prints all lines, regardless of whether a change has been made. We'll call it Let's first see
  • Intelligent I/O processing for DSP+ARM (R) SoCs
    This white paper discusses results of input/. output (I/O) processing on the general-purpose. processor (GPP) for a DSP-centric programming. model using a system-on-chip (SoC) containing. both digital signal processor (DSP) and. ARM (R) cores.
  • Session Border Controller Selection
    Today, SBCs typically use a general-purpose processor to implement control, signaling and management function. Specialized hardware in the form of DSPs is added for efficient transcoding, tone processing, facsimile and any other signal-processing operations that require more intense processing
  • Hear me, see me, filter me
    Modern digital signal processors not only make short work of complex signal-processing jobs, they also are adept at handling general-purpose control. PDAs and MP3 players are just some of the applications for DSPs. A flow path outlines the basics of DSP design. Sophisticated software tools help
  • Medical Device Link .
    General-Purpose CPUs for Medical Image Processing CPU flexibility, along with increasing performance and functional capability, makes general-purpose processors more than competitive with DSPs and ASICs for medical applications. Image reconstruction and processing is a fundamental function

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  • Handbook of Signal Processing Systems
    The simplest possibility in terms of architectural design is the use of an embedded general purpose processor such as those from ARM.
  • Handbook of Signal Processing Systems
    … these demands result in a heterogeneous system which may include one or more of the following: software programmable DSP cores for data processing, hardware based accelerator engines for data pro- cessing, and in some instances general purpose processors or micro-controller type …
  • Processor Design
    Balancing the scale between the need for short time-to-market and the requirement for cost-efficient development cycles of new products is a demanding goal that has traditionally been approached by using general purpose processors (GPPs).
    As in the MIMD pattern, a host thread runs on the general purpose processor and manages the data-parallel accelerator.
  • Field-Programmable Logic and Applications: Reconfigurable Computing Is Going Mainstream
    In normal GGPs ( General Purpose Processors ) the data transport is a result of an operation.
  • Encyclopedia of Parallel Computing
    The most common approach of providing DLP in general purpose processors is the Sin- gle Instruction Multiple Data (SIMD) technique.
  • Reconfigurable Computing
    The MORPHEUS project had the objective to develop a heterogeneous chip featuring an ARM9 General Purpose Processor which manages three types of FPGA technology with different granularity.
  • Languages and Compilers for Parallel Computing
    This paper also evaluates processing performance and the power reduction by the proposed framework on a newly developed 15 core heterogeneous multicore chip named RP-X integrating 8 gen- eral purpose processor cores and 3 types of accelerator cores which was developed …