对网络用户的认证，校验的执行流程步骤。
Implement processes and procedures to authenticate, or verify, the users of the network.
校验文本值和管理网络会话的操作。
Actions to validate text values and manage network sessions.
因为单一的校验和技术比较容易被攻击代码屏蔽，所以有人提出更安全的方案：互联校验和网络，只有令整个网络失效，才能对付这种抗篡改技术。
Since a single checksum is relatively easy for an attacker to disable, stronger proposals rely on a network of inter-connected checksums, all of which must be disabled to defeat tamper resistance.
当网络接口层从它的上一层收到一个数据包时，它就加上一个前同步信号以及循环冗余校验（CRC）。
When the network interface receives a packet from the layer above, it adds a preamble and CRC.
系统采用半双工式RS- 485总线型通信网络和累加和校验通信算法进行数据传输。
System adopts RS-485 bus communication network which way of communication is half duplexing and accumulate and check-up communication algorithm, which are carried on data transmission.
在计算机网络通信中，为了降低数据通信线路传输的误码率，可以采用一种差错检测控制———循环冗余码校验(CRC)。
In this paper, it studies one of the error-check controls of the communications of computers network-Cyclic Redundancy check (CRC).
本文提出一种利用奇偶校验电路诊断该类网络中多重故障的算法。
Despite different types of switching networks implemented switching systems, the basic technique to increase the reliability is to use parity checkers in the switching network.
主要讨论在网络差错控制中，异步总线的延迟不敏感编码的基于比较的实现问题，即校验码的位数≥数据的位数；另外编码还必须满足初始化条件。
The article introduces the implementation issues of asynchronous logic underlying comparison-based error control for systematic delay-insensitive codes in the networks.
系统可同时连接于两个不同的CAN网络，为提高通信可靠性，软件中采用CRC冗余校验。
The system can be joined in two different can at the same time. In order to improve communication dependability, the system adopts the redundancy check of CRC in systematic communication.
校验码算法，采取矩阵移位算法，网络通讯中经常使用。
CRC Check Code algorithm, take the matrix transposition algorithm, frequently used in network communications.
该方法在中继节点通过校验码等方式判别来自两个终端的数据包是否正确解码后，自适应地进行网络编码、中继转发处理。
Traditional network coding has a limited application for assuming the input packets from two destination nodes can be simultaneously decoded correctly at the relay node.
符合BellcoreGR- 253SONET网络标准定义了一个特定的奇偶校验错误计算的字节。
The Bellcore GR-253 standard for SONET networks defines the bytes over which a particular parity error is calculated.
不利因素也随之产生，由于直通模式不做CRC校验，网络上的畸形和错误帧将增加。
The disadvantage is that the cut-through operation does not check for CRC errors, which increases the amount of runt and error frames on the network.
不利因素也随之产生，由于直通模式不做CRC校验，网络上的畸形和错误帧将增加。
The disadvantage is that the cut-through operation does not check for CRC errors, which increases the amount of runt and error frames on the network.
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