并行化

ABSTRACT The dissertation concentrates on the design and implementation of a high speed modular graphics system based on Transputer including research in parallel graphics processing algorithms.

论文的主要工作是设计和实现了基于Transputer的模块化的高速图形系统及其并行算法的研究。

Busparallel expansion and pipeline technique are adopted to improve the average inputand output speed of recorder based on FLASH memory. 2 A concept of 'cluster' isintroduced. The using state message of each cluster is loaded in the spare area,following the target datum, to keep the pipeline sequence of multiple clusters' loading, which guarantee the average input speed of system. 3 Based on the using statemessage of every cluster, the Cluster Allocation Table established in memory enablethe system to manage the recorder flexibly in high speed, similar to a file managementsystem. 4 PowerPC 8245 based embedded system, along with Vxworks real-timeoperating system is introduced to make the system more easier to be applied to theprojects in the future.

本文所述的关键技术特点主要包括：采用了并行扩展以及流水线操作技术以提高基于FLASH芯片的存储区平均输入输出能力；引入了&簇&的概念，为了保证连续写入过程中的流水线顺序，系统向存储区加载每一簇有效数据后，紧接着还将向相应簇的空余区中加载该簇的使用状态信息；根据所有簇的使用状态信息在系统内存中建立&簇分配表&，可以支持系统快速灵活地管理存储区，即，类文件化的数据管理；采用基于PowerPC8245的嵌入式计算机硬件系统及基于Vxworks的嵌入式实时操作系统，提高了系统的整体性能及系统研发的延续性。

Ocular crosssections were prepared for staining of HE and eyeball slicing parallel TUNEL staining. To observe the cell morphology of 4 groups RGCL.

眼球切片并行TUNEL染色和HE染色，观察4组RGCL的细胞形态，免疫组化染色观察诱生型一氧化氮合酶的表达。

Strengths, weaknesses and appropriate uses are explained, along with configuration for maximum benefit and relevant initialisation parameters.

并且讨论了并行执行的优势、弱点、如何适当的使用，同时也包括了最大发挥其功效的配置和相关的初始化值。

The first of these micro-parallel modules have been designed specifically for IBM and will first appear in the company\\\'s new generation POWER7 supercomputing systems.

这些微型化并行模块的第一个产品主要面向 IBM 公司设计，并将应用在该公司新一代 Power7 超级计算机系统中。

The reconfigurable system makes hardware look like software, which makes computing system flexible, upgradable, and having high performance and parallelism.

可重构计算技术将硬件软件化，使可重构计算系统既具有软件计算方式的灵活性和可升级性，又具有硬件计算系统的高性能和并行性。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。