In view of resource particularity in wartime information systems of blood security organizations, binary system coding mode and coarse granularity parallel model were adopted.
考虑到血液保障组织系统系统中资源的特殊性，编码方式采用二进制编码，并行模型为粗粒度并行模型。
By using coding and decoding methods of "start point", subarray configuration is successfully converted into binary system codes.
利用“生长点”的编解码方法成功实现了由阵列结构到二进制编码的转换。
By using coding and decoding methods of "start point", subarray configuration is successfully converted into binary system codes.
利用“生长点”的编解码方法成功实现了由阵列结构到二进制编码的转换。
应用推荐