| 1. | On - screen menu icons to help guide operation using high cpu , full - functions chinese english language control
采用发烧级双光束智能数码机芯，全防尘设计，纠错能力至强 |
| 2. | The necessary analyze is presented also . and i will come up with my one - chip solution of ethernet over sdh
经过hdlc / laps封装以后的数据包具有一定的网络管理功能和一定的纠错能力。 |
| 3. | For the error - correcting capability of rs - complex rotary codes can be adjusted , it can be applied conveniently in the adaptive control system
由于rs -复转码具有纠错能力可调的特点，所以尤其适用于自适应差错控制系统。 |
| 4. | Simulation result shows that four errors can be corrected at most . this algorithm can improve error - correction ability and coding gain
最好的情况可以纠四个错误，将原有纠错能力提高了一倍，编码增益也获得相应的增加。 |
| 5. | 22 lo j c , daly j c , nicolaidis m . a strongly code disjoint built - in current sensor for strongly fault secure static cmos realizations
一个理想的容错vlsi电路应该具有低的空间和时间开销低延迟，但具有高的检错和纠错能力。 |
| 6. | Just like the theoretical analyses , results demonstrate that the two codes can correct nine errors and eighteen errors respectively . the bit error rates have been improved correspondingly
结果表明纠错能力符合理论要求，分别可以达到纠9个和18个错误，并且误码率也得到改善。 |
| 7. | It have many advantages such as multimaster , high transmission speed , long distance , automatic solving bus competition , automatic retransmission , strong correcting ability and so on
Can总线具有多主工作方式、传输速度快、距离远、自动解决总线竞争、自动重发功能、纠错能力强等特点。 |
| 8. | But for the same reason , it have n ' t the same diversity feature as space - time block code , as well as it have n ' t the same error correction capability as convolutional code or trellis code modulation
由于空时格码兼顾了分集和信道编码，导致其分集特性不如空时分组码，纠错能力不如卷积码和格形编码调制。 |
| 9. | Among the linear block codes , rs code is an important one widely used in modern digital communications , which can correct both random and bursty errors with the most powerful error - correcting capability
Rs码是一种典型的纠错码，在线性分组码中，它具有最强的纠错能力，既能纠正随机错误，也能纠正突发错误。 |
| 10. | Recently , much interest of the coding community has focused around a new family of error - correcting codes , called turbo codes , whose perfor - mances in terms of bit error rate ( ber ) are close to the shannon limit
Turbo码作为一种新型的纠错编码类型备受通信界的注目，它的纠错能力能够接近shannon极限。 turbo码自1993年由c |
