给出了一种计算同步变长码码距分布的迭代算法。
An iterated algorithm to count the code distance distribution is derived.
分析发现同步变长码的抗误码扩散概率与其码距分布有关。
It is found that the error resiliency of SVLC is related with its code distance distribution.
给出了一种基于离散无记忆信源模型的分析变长码抗误码扩散能力。
The analysis of error resiliency of variable length codes (VLC) by Discrete Memoryless Source model is proposed.
利用在理想条件下的概率分布，计算了同步变长码的抗误码扩散概率。
By using the probability distribution in perfect condition, the error resiliency of synchronized variable length codes (SVLC) is counted.
为了进一步提高可逆变长码的效率，提出了一种新的可逆变长码的构造算法。
The RVLC coding efficiency can be further improved through a novel construction algorithm for asynchronous RVLC.
数值计算结果显示同步变长码的抗误码扩散概率随其移位对称数的增加而减少。
The numerical calculation results demonstrate that the error resiliency of SVLC decreases with increasing shift symmetry.
因此，该算法为解决变长码误码扩散问题提供了全新的思路，具有重要的理论意义。
Therefore, this algorithm provides a novel approach to solve the error propagation of VLC, which has theoretical significance.
文章提出了一种混合定变长码的测试数据压缩方案，该方案可以有效压缩芯片测试数据量。
A test data compression scheme based on fixed and variable length coding (FAVLC) is presented, by using which the test data can be compressed efficiently.
新算法具有一个可变长度密钥，输出2 5 6位的报文鉴别码（MAC）。
The new algorithm can use a variable length key, and its output is 256-bit message authentication code(MAC).
新算法具有一个可变长度密钥，输出2 5 6位的报文鉴别码（MAC）。
The new algorithm can use a variable length key, and its output is 256-bit message authentication code(MAC).
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