基本释义:

循环校验字节

网络释义

1)cyclic check byte,循环校验字节

2)CRCC(cyclic redundancy check ),[电信]循环冗余校验字符

3)cyclic redundancy check character,循环冗余校验字符

4)cyclic redundancy checks,循环码校验

5)bytecode verification,字节码校验

6)Cyclic redundancy check code,循环冗余校验码

用法和例句

However, due to the restricted memory and low-speed MCU of smart cards,conventional bytecode verification algorithms are not feasible on it.

Java智能卡上的字节码校验是保障Java卡安全的重要手段。

However,the traditional Java card bytecode verification is unable to be embedded on card due to the resource limited.

Java卡字节码校验是构成Java卡安全体系结构的重要组成部分。

Research and Implementation of Bytecode Verification Algorithm on the Java Card

Java智能卡字节码校验算法的研究与实现

A Hybrid Bytecode Verification Algorithm on Java Card

一种混合模式的Java卡内字节码校验算法

Check node degree-based modified min-sum decoding algorithm with classification for LDPC codes

基于LDPC码校验节点度的分类修正最小和算法

"GB 1. (Guo-Biao, Guojia Biaozhun)"

国标码,国家标准码 2. (gigaByte) 千兆字节,[台]亿字节

The password cannot have double-byte characters. Retype the password using single-byte characters.

密码不能包含双字节字符。请使用单字节字符重新键入密码。

Implementation of CRC Calculation Based on Bytes Using FPGA

基于字节的循环冗余校验算法及FPGA实现

experimental digital television encoder

实验数字电视编码器

In phototypesetting systems, a byte often contains a single character or code.

在照相排字方面，一字节包含一字符或一代码。

It can check every bite in the TXD(RXD) interface.

CRC算法能在通信接口上很好地校验传输的每一个字节

ERPIB (Error Recovery Program Interface Byte)

错误校正程序接口字节

Studies on Decoding and Application of Low-Density Parity-Check Codes;

低密度奇偶校验码译码研究及其应用

FPGA Decoder Implementation for Quasi-Cyclic Low-Density Parity-Check Codes;

准循环低密度校验码译码器的FPGA实现

On Coding and Decoding of Low-Density Parity-Check Codes: Theory and Implementation;

低密度奇偶校验码编译码原理及实现

Low-density Parity-check Codes and Its Decoding Algorithm;

低密度奇偶校验码及其译码算法实现

encoding: The byte (or sequence of bytes) representing each character in an HTML or plain text file.

编码：表示 HTML 或纯文本文件中每个字符的字节（或字节序列）。

encoding information while reducing the bandwidth or bits required.

减少带宽或者字节数的信息编码活动。

Unicode (UCS) Transformation Format, using 8-bit multibyte encoding scheme.

转换格式，使用8位多字节编码形式。

The Research of Anti-Trojan Technology Based JAVA Bytecode

基于JAVA字节码的反木马技术的研究