向量处理器

向量处理器系统的性能很高，在20世纪80年代到90年代早期一度在HPC体系架构中占有统治地位，但是最近几年以来，集群变得更加流行了。

Vector processor systems deliver high performance and were the dominant HPC architecture in the1980s and early1990s , but clusters have become far more popular in recent years .

但是，SPU的主要用处并不是进行128位值的操作，它是一个向量处理器。

However , the point of the SPU is not to do operations on128-bit values . Instead , the processor is a vector processor .

顾名思义，在向量处理器中，CPU被优化以便很好地处理向量数组的运算。

In vector processors , the CPU is optimized to perform well with arrays or vectors ; hence the name .

32位图像向量处理器关键技术研究与设计

Research and Design of the Key Technologies of a 32-bit Image Vector Processor

集群都是使用常见的硬件进行构建的，其成本只是向量处理器的很小一部分。

Clusters are built using commodity hardware and cost a fraction of the vector processors .

在向量处理器上，寄存器可以作为一个单元进行处理，也可以作为多个单元进行处理。

On vector processors a register is treated both as a single unit and as multiple units .

本文建议的并行算法可以分别用向量处理器和专用硬件来实现；

The proposed parallel algorithm can be efficiently implemented by using pipelined vector processors or special-purpose hardware .

在基于集群的计算技术出现之前，典型的超级计算机都是向量处理器，由于它们全部采用专用的硬件和软件，因此成本通常会超过一百万美元。

Before cluster-based computing , the typical supercomputer was a vector processor that could typically cost over a million dollars due to the specialized hardware and software .

对角线信号处理法是本文所述方法的一个重要的特例，故对对角线采样数据的频谱进行了研究。本文建议的并行算法可以分别用向量处理器和专用硬件来实现；

The method of diagonal processing is an important special case of the proposed method and the properties of the frequency spectrum of diagonal-sampled data are examined .

相对于当前超标量和超长指令字处理器的局限性而言，向量处理器从开发数据级并行方面提供更高的性能。

The super-scalar processor and the VLIW processor have some performance limitation , while compared with them vector processor can exploit data-level parallelism in application and develop higher performance .

SPE是一个只有向量的处理器。

The SPE is a vector-only processor .

在以上关键技术研究的基础上，本文还研究了VIM体系结构下向量协处理器的实现技术，包括标量指令集的扩展方式，多端口寄存器文件的实现，向量执行单元的流水线设计等。

This thesis also focused on implementation technology of vector microprocessor based on VIM architecture , including KD-VIM-1 ISA defination , multiported register file and vector execution pipeline etc.

在对已提出的顺序、分离及乱序执行等体系分析比较的基础上，提出了VIM向量协处理器的体系结构并实现了基于VIM体系结构的向量微处理器KD-VIM-1。

Based on our study of traditional in-order , decoupled and out-of-order architectures , we proposed the VIM vector processor architecture , which adopts an improved decoupled architecture and distributed register file .

使用向量信号处理器完成卡尔曼滤波算法的微机距离保护

Implementation of Kalman filtering algorithms for micro-computer distance protection on a vector signal processor

通用并行向量密码处理器研究

The Research of General Parallel Vector Crypto Coprocessor

应用标量处理器设计中成功使用的算法来管理向量协处理器的运行；

Use the algorithm which is successfully applied in the design of scalar processor to manage the running of the vector co-processor ;

向量浮点协处理器VFP-A的设计和验证

Design and Verification of Vector Floating Point Coprocessor VFP-A

课题在研究PIM技术与向量处理技术的基础上，对VIM体系结构进行了研究，验证实现了存储器内置向量处理器&KD-VIM-1。

Based on the study of PIM and vector processing technology , we have studied the VIM architecture and implemented vector processor in memory , KD-VIM-1 . This thesis focus on the key technologies of embedded memory system of VIM architecture .