short codes造句

• Application of pn short code in cdma systems
  网络规划中的应用研究
• These variables are addressed via % si register as it gives shorter code
  以下是为了缩短程序代码而设的子程序及变量
• Simpler and shorter code is easier to write, test, debug, maintain, and port
  简短的代码更易于编写、测试、调试、维护及通过端口传输。
• I also reviewed how to consume web services, the jax-rpc subset api, with a short code example included
  并用一个简短的代码实例回顾了如何消费web服务，即jax-rpc子集api。
• G . 729 not only has short code-decode delay but provides good synthesized speech at 8kb / s . moreover it can work reliably in many circumstances
  g.729不仅在8kbs的速率下提供了良好的合成音质，而且理论编解码延时较短，在多种场合均能有效工作。
• By comparing this algorithm with ( 3, 2 ) and ( 7, 6 ) parity check code, we find that the performance of short code is better than that of the longer one
  本文通过(3,2)码和(7,6)码的估计性能比较,发现利用短码的估计性能较好,而且随着码字个数统计的增加,估计性能会提高。
• Although long ldpc codes are superior to turbo codes, it is not the case for short ldpc codes . so the modification of decoding algorithm is essential to the performance improvements for ldpc short codes
  因此，ldpc的编译码方面还需要进一步研究，例如码的构造及线性编码问题，如何对和积算法进行改进以适应有环图上的译码从而在根本上提高ldpc码的性能。
• For overcoming this disadvantage and keeping its advantage of short coding time, we improve the algorithm on the two aspects of structure parallelism and codebook order structure, to gain a better coding algorithm, which meets the requirement of reconstructed image and vlsi implementation
  为了弥补这个缺陷，在保持该算法编码速度快这个优点的基础上，从结构并行性和码书排序结构两方面对其改进，得到一种既提高了恢复图像质量，又适合vlsi硬件实西安理工大学硕士学位论文现的编码算法。
• We analyze how bit error rate ( ber ), average delay, and throughput of the two structures vary with the maximal number of transmission attempts, and find that syndrome-ahead structure is suited for short codes with poor error-correction capacity, while syndrome-behind structure is suited for long codes with powerful error-correction capacity
  分析了该harq的可靠性、时延和流量与最大重传次数之间的关系，发现短码长、纠错能力低的码宜采用前向校正子结构，而长码长、纠错能力高的码宜采用后向校正子结构，二者具有互补性。