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Compiler generation techniques for embedded processors and their application to hw/sw codesign

机译:嵌入式处理器的编译器生成技术及其在硬件/软件代号中的应用

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Due to the advancing semiconductor technology it is becoming possible within ten years to fabricate a highly complex and high performance VLSI that includes more than hundred million transistors on a single silicon chip [1]. Using such a technology, socalled systems-on-a-chip, that includes CPU cores, DSPs, memory blocks (RAM and ROM), application specific hardware modules, FPGA blocks, as well as analog and radio frequency blocks, as shown Figure 1. Systems-on-a-chip will be suitable for embedded applications, such as consumer electronics products that perform sophisticated data and information processing, telecommunication equipment that perform movie picture and audio transmission, control systems for industrial manufacturing, automobile, and avionics.
机译:由于半导体技术的进步,在十年之内有可能制造出高度复杂且高性能的VLSI,该VLSI在单个硅芯片上包含超过一亿个晶体管[1]。使用这种技术,即所谓的片上系统,包括CPU内核,DSP,存储模块(RAM和ROM),专用硬件模块,FPGA模块以及模拟和射频模块,如图1所示。片上系统将适用于嵌入式应用,例如执行复杂数据和信息处理的消费类电子产品,执行电影图像和音频传输的电信设备,工业制造,汽车和航空电子设备的控制系统。

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