| 1. | Design and realization of programming bit error rate tester
可编程误码仪的设计与实现 |
| 2. | 2 relatively high bit error rate . 3 single interface
2在干扰极强的场合下，误码率较高。 |
| 3. | An adaptive beamformer based on minimum bit error rate method for ofdm systems
准则的自适应波束形成器 |
| 4. | Computer simulation of the influence of satellite vibration on the bit error rate of optical communication
卫星振动对光通信误码率影响的计算机仿真 |
| 5. | In the practical channel , the methods of interlace and concatenation are often used to reduce the bit error rate
在实际信道中，常常利用交错和级联的方法降低误码率。 |
| 6. | As an example using sine wave , the effect of vibration amplitude and frequency and time on bit error rate is researched
以振动谱中典型的正弦谐波为例,推导了振幅、频率和时间对误码率的影响。 |
| 7. | In the channel decoding part , viterbi algorithm and de - interleaving are realized to decrease bit error rate and increase transmission efficiency
这些都在一定程度上降低了信道的误码率，提高了的信道的传输效率。 |
| 8. | Analysis performance expressions of the bit error rates are derived , and logsitic map with zero mean is used for chaos generation in simulation
推导该方案的理论误码性能,以零均值logistic混沌映射为例进行仿真实验。 |
| 9. | Firstly , how to choose spreading factor of non - coherent dcsk system that minimizes the bit error rate for a given eb / n 0 is discussed in this paper
文中首先讨论了非相干dcsk系统在给定eb / n0下,如何选择扩频系数使其误码率最低问题。 |
| 10. | When transmitting signal is below 500 kbps , increasing the system power can reduce the bit error rate ( ber ) for the signal suffering only flat fading
当码速率较低时( 500kbps以下) ,信号受到平坦衰落,增大系统功率可以降低系统误码率。 |
