1) Isomerous Muti-Core SoC
异构多核SoC
2) MPSOC
多核SOC
1.
The programming and compiling method based on MPSOC simulator are introduced in this paper.
本文介绍了基于多核SOC模拟器的程序设计及编译方法,并利用多核SOC系统做了一些典型运算的测试,从算法和硬件层面提出并分析了影响该多核系统性能的关键因素。
2.
The complexity of these SoCs calls for review and revision of on-chip communication techniques, the traditional on-chip bus is not suitable for the Multi-Processer SoC (MPSoC), the new on-chip communication technology should be considered.
由于这些SoC的复杂性,我们需要重新考虑片上通信技术,以往的总线技术已经不再适应多核SoC的设计工作。
3) heterogeneous multi-core
异构多核
1.
This paper is to propose a design solution for heterogeneous multi-core architecture according to a kind of high-performance computing.
本文提出了一种针对高性能运算的异构多核结构设计方案。
2.
Many-core processor Characterized by heterogeneous multi-core architecture has become the mainstream of the development of processor technology direction,and how to implement a high efficient and available MPI on the many-core processor also will gradually become a research hotspot.
以异构多核为特征的众核处理器已成为处理器技术的主流发展方向,如何在众核上实现高效、可用的MPI将逐渐成为一个研究热点。
3.
Through the relationships among processor cores, instruction sets (ISA) and threads, this model is able to dynamically assign a thread to a configurable processor core with partially instruction extension in heterogeneous multi-core architecture, which can speed up the performance with less area increasing than full instruction extension SMP architecture, and simplify the programming model.
本文针对基于可配置处理器的异构多核结构,提出一种新的线程级动态调度模型。
4) Heterogeneous Multi-Core
多核异构
5) MP-SOC debug
多核SOC调试
6) DSP dual core SoC
DSP双核结构SoC
补充资料：磷酸核酮3-差向异构酶
分子式：
CAS号：
性质：又称磷酸核酮3-差向异构酶，核酮-5-磷酸-3-差向酶。它广泛分布在生物体内，属于异构酶类(isomerases)中的差向异构酶(epimerases)之一。EC5.1.3.1.。它所催化的反应如下：为此它的系统命名是：D-核酮糖-5-磷酸3-差向异构酶。在异构体转化过程中存在有烯醇式中间物。该酶在磷酸戊糖途径(又称磷酸己糖支路)中对核糖的生物合成，戊糖间相互转化，和使磷酸戊糖途径与糖酵解过程有机衔接上具有重要生物化学意义。
CAS号：
性质：又称磷酸核酮3-差向异构酶，核酮-5-磷酸-3-差向酶。它广泛分布在生物体内，属于异构酶类(isomerases)中的差向异构酶(epimerases)之一。EC5.1.3.1.。它所催化的反应如下：为此它的系统命名是：D-核酮糖-5-磷酸3-差向异构酶。在异构体转化过程中存在有烯醇式中间物。该酶在磷酸戊糖途径(又称磷酸己糖支路)中对核糖的生物合成，戊糖间相互转化，和使磷酸戊糖途径与糖酵解过程有机衔接上具有重要生物化学意义。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条