前趋的英文

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"前趋"怎么读用"前趋"造句

英文翻译手机版

precursor; predecessor

"前"英文翻译 front
"趋"英文翻译 hasten; hurry along
"前趋表" 英文翻译 : predecessor list
"前趋波" 英文翻译 : precursor
"逻辑前趋" 英文翻译 : logical predecessor
"目前趋势" 英文翻译 : current trend
"前趋函数" 英文翻译 : predecessor function
"前趋集数" 英文翻译 : predecessor
"前趋矩阵" 英文翻译 : predecessor matrix
"前趋图法" 英文翻译 : precedence diagramming method
"区域前趋块" 英文翻译 : region predecessor block
"容许前趋符" 英文翻译 : allowed predecessor
"直接前趋" 英文翻译 : immediate predecessor
"前球蛋白" 英文翻译 : preglobulin
"前丘脑下部" 英文翻译 : anterior hypothalamus
"前丘灰质层" 英文翻译 : superficial gray layer
"前丘，上丘（四叠体）" 英文翻译 : anterior colliculus
"前丘" 英文翻译 : anterior colliculi; colliculus rostralis; paracone

例句与用法

Every gui object has four pointers which point siblings , parent and child . finally , i present the deltagui applications in network telephone , pda and gps graphical terminal
Deltagui为每个gui对象定义了四个分别指向其前趋、后继、双亲和孩子的指针，从而构成一棵以桌面为根节点的倒状树结构。
After analyzing the characteristic of the parallel processing system , some problems about design missile - carrying processing system are pointed out ; network in the parallel processing system has become bottleneck and affect the performance of system , so the processing efficiency is analyzed in a multiprocessor system based on cluster - bus and some rules in designing the network in the multiprocessor system are brought out ; genetic algorithm is used for scheduling in the multiprocessor system , and a scheduling algorithm is described to suit arbitrary number of tasks , unequal task processing time , arbitrary precedence relation among tasks and arbitrary number of parallel processor , so that the schedule length will be minimized ; finally , an atr algorithm is mapped to a ring multiprocessor system , and a block diagram using dsp device is constructed . in chapter 4 , the study is performed on real - time system hardware realization of atr . tms320c80 is selected as the kernel processor in multiprocessor system
为此，对一种由常用的dsp芯片组成的多处理器系统的处理器利用率进行了分析，提出了多处理器系统互连网络设计的基本原则；本章使用遗传算法作为实现多处理器调度的工具，提出了一种新的任务调度算法，该算法主要是为了解决在任务数任意、任务计算时间不相等、任务前趋关系任意、以及任务间存在通信和考虑任务存贮器要求的情况下，如何优化任务在各个处理器上的分配和执行顺序，使得多处理器系统总的执行时间最小；最后对一个目标识别算法进行了硬件实现优化分析，根据分析结果，将算法映射到由dsp芯片组成的环形网络连接的处理器拓扑结构上，得到了多处理器系统的原理框图。