1·System performance is evaluated by bit error rate (BER).
系统的性能由比特错误率(BER)来衡量。
2·The scheme can decrease the bit error rate of the system effectively.
该方案可有效降低系统的误码率。
3·Quantum bit error rate is an important operating parameter in quantum key distribution.
量子误码率是量子密钥分配系统的重要参数之一。
4·Power spectrum of GMSK and transmit eye patterns and bit error rate performance is given.
给出了GMSK信号的功率谱曲线，传输眼图与误比特率性能。
5·It shows this method can improve robust of steganography for high bit error rate channel.
表明该方法能提高信息隐藏在高误比特率信道的鲁棒性。
6·In this paper, the bit error rate of linear multiuser detectors are analyzed and compared.
本文分析并比较了几种线性检测器的误码率情况。
7·JTIDS has a good performance on bit error rate, it can tolerate a quite high information lose rate.
联合战术信息分布系统（JTIDS）具有良好的系统性能，能容忍比较高的信息丢失率。
8·In a wired network, random bit error rate may be neglected and the congestion result from packets loss.
在有线网络中随机比特差错率可以忽略，拥塞主要由包丢失造成。
9·Through the computer model curve, we may clearly obtain the corresponding signal to noise ratio the bit error rate value.
通过计算机的模拟曲线，可以清楚得出对应信噪比的比特误码率值。
10·Power allocation is adopted in the scheme to achieve better bit error rate (BER) performance and higher power efficiency.
最后引入功率配置来进一步改善系统误码率性能和提高功率效率。
1·In a system of space optical communication, it will influence to bit error rate of the communication system when the optical transmitter wiggles as vibration of the satellite's platform.
在空间光通信系统中，由于卫星平台的振动，使得光发射机发生摆动，从而对通信系统的误码率产生影响。
2·In wireless link, Packet loss may caused by the high channel bit error rate and nodes mobile, and multi-path routing and node switching will lead to reorder.
对于无线网络，信道的高误码率和节点移动等会导致丢包，多路径路由和节点移动切换等会导致乱序。
3·In this paper, the bit error rate of linear multiuser detectors are analyzed and compared.
本文分析并比较了几种线性检测器的误码率情况。
4·It has been proved in reality that a PLCC based on spreading spectrum modulation and demodulation can achieve a higher communicating rate and a lower bit error rate.
实践证明，以扩频调制、解调为基础的电力线载波通信方案可获得较高的通信速率和较低的误码率。
5·The results indicate that the atmospheric scintillation is an important factor for the bit error rate of two dimensional wireless optical CDMA systems.
结果表明，大气闪烁是影响二维无线光CDMA系统误码率性能的一个重要因素；