功能验证

  • 网络Functional verification;function verification
功能验证功能验证
  1. 基于E语言的外部存储器接口的功能验证

    The Functional Verification of External Memory Interface Based on E Language

  2. 基于E语言和C参考模型的IP功能验证方案

    A Scheme of IP Functional Verification Based on E Language and C Reference Model

  3. 目前,她在进行WebSphereCastIron产品的功能验证测试。

    She currently does Functional Verification Testing for the WebSphere Cast Iron product .

  4. 基于systemverilog的SoC功能验证方法研究

    Research of SoC Functional Verification Based on System Verilog

  5. 为了在功能验证时达到更快的验证速度,引入了FPGA原型验证。

    For purpose of the faster verification rate , we import FPGA prototype verification .

  6. 一种嵌入式CPU功能验证平台的设计

    Design of Functional Verification Platform for an Embedded CPU

  7. 基于PC与数据采集系统的DSP&CPU芯片功能验证方案

    A Functional Verification Scheme for a DSP & CPU Chip Based on PC and Data Acquisition System

  8. 功能验证和MCU软核测试技术的研究

    Research on Functional Verification and MCU Soft IP Simulation Techniques

  9. 因此,硬件仿真在VLSI(VeryLargeScaleIntegration)设计的功能验证中起着至关重要的作用。

    As a consequence , hardware emulation plays an important role in modern VLSI ( Very Large Scale Integration ) verification process .

  10. SoC功能验证的特点和方法

    The Feature and Methodology of SoC Functional Verification

  11. 应用于SoC功能验证的快速处理器仿真模型

    Fast processor simulation model for SoC function verification

  12. X微处理器是一款采用全定制设计方法设计的微处理器,处理器中包含动态分支预测和超标量等微体系结构技术,内部结构复杂,设计规模很大,对其进行功能验证有很大难度。

    X processor uses full-custom design method , includes dynamic branch prediction and super scalar technology , and its scale is very large .

  13. IP复用技术在加快SoC开发进程的同时,也给SoC/IP的功能验证提出了更大的挑战。

    IP reused technology speeds up SoC development progress and brings greater challenge to functional verification of SoC / IP .

  14. 验证如此复杂的嵌入式SoC是非常困难的,系统设计需要新的验证技术更快更好地完成系统功能验证任务。

    The verification of SoC is so difficult that system design need new solution for fuction verification .

  15. 利用微处理器实现ASIC芯片设计的功能验证

    Realizing Function Verification of ASIC Chip Design with Microprocessor

  16. 全文主要从详细设计、功能验证和性能评估几个方面详细阐述了Cache的前端设计过程。

    The design flow of front in Cache is described from its design in detail , functional verification and performance evaluation .

  17. 文中以LCD(液晶显示器)控制器为例,利用随机矢量生成技术和断言技术,实现了该控制器的功能验证。

    By using these methods the LCD ( Liquid Crystal Display ) controller in an embedded SoC is verified .

  18. MAGE-1与IL-18共表达DNA疫苗的构建及体内外功能验证

    Construction and Verification on Function of a DNA Vaccine Co-expressing Both MAGE-1 and Interleukin-18

  19. 基于仿真的32位RISC微处理器的功能验证方法

    Simulation-based Functional Verification Methodology of a 32-bit RISC Microprocessor

  20. 最后建立了FPGA验证平台,将设计放在整个内接收机的环境中完成了功能验证。

    At last , FPGA platform is established , on which the function verification of this design is completed in the whole inner receiver environment .

  21. 功能验证是保证VLSI设计功能正确的重要手段。

    Functional verification is one of the most important techniques used to assure the correctness of VLSI design .

  22. 基于断言的SRAM控制器功能验证

    Assertion Based on Functional Verification of SRAM Controller

  23. 在SoC设计中,传统功能验证方法已显示出其缺点,主要问题有:复杂验证场景难以构建;

    In SoC design , traditional functional verification method is confronted with some challenges : hard to make complex verification scenarios ;

  24. 利用UML-RT序列图支持基于事务的SoC系统级功能验证

    Using the UML-RT Sequence Diagrams for Transaction-Based System-on-Chip System-Level Verification

  25. 高级验证语言的应用,大大提高了功能验证的效率,e语言作为一种高级验证语言,使验证工程师可以高效地搭建验证平台。

    The application of e language as a kind of HVLs ( High-level Verification Languages ) makes the functional verification more efficiency , especially in building a verification platform .

  26. 采用基于断言的验证技术,设计并实现了对所设计的以太网MAC协议处理器的动态功能验证平台。

    Using assertion-based verification technology , how to design the dynamic functional verification platform of the Ethernet MAC layer protocol processor will be research .

  27. 随着ASIC设计规模的增长,功能验证已成为整个开发周期的瓶颈。

    As the ASIC design size growing larger everyday , ASIC verification is today 's most challenging issue for ASIC designers .

  28. 该方法应用于IP的功能验证阶段,融合了随机测试,功能覆盖率收集,断言验证等验证手段来保证该阶段验证的全面性、正确性。

    This method is used for IP functional verification , and includes random test , function coverage and assertion verification , in order to ensure that this phase of verification is full-scale and accurate .

  29. 适用于VLIW数字信号处理器的功能验证策略

    Verification Strategy for DSP in VLIW Architecture

  30. 在此基础上论述了ECC功能验证的方法,给出了指令操作功能仿真的结果。

    The method of ECC functional verification is described on this basis , the results of operating instructions functional simulation are given .