检错

jiǎn cuò
  • error detection
检错检错
检错[jiǎn cuò]
  1. CRC检错码的软件实现及其在通信中的应用

    CRC Error Detection Coding by Software and Its Application to Communication

  2. 给出了用软件实现CRC检错码的方法。

    The method of CRC error detection coding by software is also presented .

  3. NC代码翻译器检错模块的设计

    The design of check error module of NC code translator

  4. q元非线性2-重量码(n,2,ω1,ω2)的检错性能

    Q-ary 2-weights ( n , 2 ,ω _1 ,ω _2 ) Codes for Error Detection

  5. 数控加工过程仿真中NC程序的检错与翻译技术

    Technology of Error Check and Translation of NC Program in NC Machining Process Simulation

  6. 最佳(n,2,w)二进制等重检错码的研究

    A Study on the Optimum ( n , 2 , w ) Binary Constant Weight Error-detecting Codes

  7. 基于USB接口的电路板检错笔系统固件程序开发

    The firmware developing of checking pen of a circuit board based on USB SYSTEM

  8. 计算机RAM检错纠错电路的设计与实现

    Design and Realization of Error Detection and Correction Circuit for Computer RAM

  9. 数控车床碰撞检测系统中NC程序检错与纠错模块的开发

    Development of Error Checking and Correction Module of NC Program in Collision Detection System of Numerical Control Lathe

  10. 本文研究了最佳(n,2,w)二进制等重检错码的存在性问题。

    The paper discusses the existance of optimum ( n , 2 , w ) binary constant weight error-detecting codes .

  11. 按字节操作的DVD检错码解码器的实现

    Implementation of DVD EDC Decoder Operation Based on Bite

  12. CRC检错码校验方法的快速实现

    The Improvement on Speed of Checkout Method for CRC Error Detection Coding

  13. 本文给出一种CRC的奇校验巧妙结合的检错纠错编码算法。

    A HEC algorithm and its program Combining CRC with Odd-parity is given .

  14. 辛空间上可检错Pooling设计的讨论

    Discussion of Pooling Designs with Error-Detecting in Symplectic Spaces

  15. 奇特征正交空间上可检错Pooling设计的构作

    Constructions of Pooling Designs with Error-detecting in the Finite Orthogonal Space of Odd Characteristic

  16. 适合射频IC卡微处理器软件实现的4位CRC校验与奇校验结合检错及纠1位错算法。

    Thirdly , the method of 4 bit CRC and odd check is used in the system .

  17. 在阅读器IP软件设计中采用CRC校验码检错、出错重发相结合的方法来确保应答器与阅读器的通信可靠;

    In reader software IP design , the method of CRC was used to ensure the communication reliability between the reader and responder .

  18. 循环冗余码(CRC)是目前应用最广的检错纠错编码方法之一。

    At present , CRC is one of the most often used method to test and correct mistakes .

  19. 具有SDRAM容错和检错功能的PowerPC高性能处理单元设计

    A PowerPC High Performance Processing Unit Design with Fault-tolerant and Error-detectable SDRAM

  20. 在基于OCR技术的大规模文档录入系统中,自动检错可以大大降低人工校对成本。

    Automatic error-detecting module can largely reduce manpower cost in OCR-based mass data entry systems .

  21. (2m,2,m)非线性等重码不是最佳检错码

    ( 2m , 2 , m ) Nonlinear Constant Weight Codes are not the Optimum Error-Detecting Codes

  22. PVM环境下实时检错机制的研究与实现

    Implementation of Real-time Fault-detection Mechanism in PVM

  23. 结合差错控制原理,利用一致校验矩阵和错误伴随式,对Petri网库所状态进行检错,纠错。

    Combining with the error-correcting theory and using the parity check matrix and error syndrome , the status of places in Petri net is verified and corrected .

  24. 系统为学生提供的面向对象学习环境、编译检错功能、逻辑检错功能,为Java语言初学者学习Java提供了理想的网络学习支撑平台。

    The system provide students with the object-oriented learning environment , compiler error-check function , logic error-check functions , and build a ideal e-learning platfrom for the beginners who study the Java language .

  25. 某些非线性码的检错性能与VG限之关系

    On the Relationship Between Error Detection Performance of Some Nonlinear Block Codes and VG Bound

  26. 一种基于ALU单元的时间冗余模型检错技术

    An Error Detection Method Based on the Module of Time Redundancy Using in ALU

  27. 说明了在异步通信方式下,可采用CRC检错码提高通信系统的差错控制能力。

    It is explained that using CRC error detection code in asynchronous mode can enhance the error control ability of communication system .

  28. 多主PPI协议的应用报文格式选用西门子公司200系列PLC内部封装的PPI协议规定的格式,奇偶校验检错。

    The format of the code is binary message of the PLC encapsulating inside and odd-even check is used for picking up faults .

  29. 为改善该框架检错性能和成本,本文提出了基于权重的改进GUI测试框架这一方法。

    In order to improve the performance and cost on error detection , an improved framework for GUI testing based on weights is introduced in this paper .

  30. CRC校验即循环冗余码校验是一种广泛应用于同步通信中的检错编码算法。

    The CRC ( Cyclic Redundancy Code ) is an error-examine encode algorithm , and it is widely used in the communication field .