| 1. | Logic simulation is a necessary step in design of asic 逻辑模拟是asic设计中必不可少的一个环节。 |
| 2. | Logic simulation is an important component of design automatic of digital circuits 逻辑模拟是数字电路自动设计的重要组成部分。 |
| 3. | The paper introduces the idea of l80c196kb ' s simulation , discusses the method to logic simulation 摘要本文叙述了l80c196kb的仿真设计思想,给出了逻辑功能仿真中的一些常用方法。 |
| 4. | To reduce the simulation time of large circuits , parallel logic simulation has attracted considerable interest in recent years 为减少大规模电路的模拟时间,近年来大家的兴趣转向了并行模拟。 |
| 5. | Then , a linear - time partitioning algorithm based on a linear ordering of nodes in a circuit for parallel logic simulation is presented 然后,提出一种在对电路中节点进行线性排序的基础上的线性时间划分算法。 |
| 6. | So , it is very important meanings to offer a kind of fast and high - efficient logic simulation system for designing and making the digital system . 因此,提供一种快速高效的逻辑模拟系统对设计和制造数字系统具有十分重要的意义。 |
| 7. | Programs with verilog language , which describe all modules of the hardware construction , have been given and succeed in the logic simulation and synthesis 根据该算法的硬件结构,编写了结构中所有的veriloghdl模型,并成功进行了仿真和逻辑综合。 |
| 8. | With enlarging of circuits scale and speeding of clock frequency constantly , logic simulation is improving requirement constantly in tine consuming and accuracy 随着电路规模的不断扩大和时钟频率的不断加快,逻辑模拟对耗时和准确性的要求也不断提高。 |
| 9. | At last , the paper involves the flow and related data of logic simulation , logic synthesis and test vector in the risc cpu 论文最后给出了64位vegacpu的asic逻辑仿真文件和仿真波形,逻辑综合策略、综合脚本和综合结果,以及vegacpu基于atpg的测试向量设计流程和相关数据。 |
| 10. | Based on the requirement of the data storage of aerospace craft , the purpose of this dissertation is to study the high speed solid - state storage technique interface logic with compactflash card array . the design scheme of a suit of high speed solid - state storage system used with ti " tms320vc5402 , lattice " isplsi 3448 and sandisk compacflash card are expatiated . in addition , the paper also gives the material realization scheme of the experiment circuit and interface logic simulation analyzing 本论文以高速cf卡阵列固态存储技术的接口设计为主要内容,阐述了利用ti公司的tms320vc5402 、 lattice公司的isplsi3448 、 sandisk公司的compactflashcard等组成的高速cf卡阵列固态存储系统的设计方案,并给出了实验电路实现方案和接口逻辑的仿真分析。 |