2) optimization of scalar instruction
标量指令优化
3) Superscalar Pipelining
超标量指令流水
1.
In order to solve these problems, a mathematical programming model was designed making use of principles of Superscalar Pipelining.
本文以解决这些问题为背景,利用超标量指令流水原理设计了一个数学规划模型。
4) WaveScalar
波标量指令集
1.
The authors expanded the transactional memory system of WaveCache by adding extra hardware components,such as Thread Synchronization Unit(TSU),Thread Context Table(TCT) and Thread Memory History(TMH),to improve the performance of SpMT WaveCache which is built on WaveScalar instruction set architecture(ISA).
通过增加额外的硬件单元,比如线程同步单元(Thread Synchronization Unit,TSU)、线程上下文表(Thread Context Table,TCT)和线程内存历史表(Thread Memory History,TMH),扩展了事务性内存系统,提高了基于波标量指令集系统结构(WaveScalar ISA)实现的WaveCache模拟器的性能。
5) pointer,instruction
指令指标
6) object instruction
目标指令
补充资料：标量场
标量场
scalar field
标最场「，习肠r五e”;c~p“oe no‘」 某空间中一个区域上点的标量值函数，例如一个物体内的温度场或密度场.【补注】标量场是张量场代数中的标量.见标t(sca-1ar).王斯雷译
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