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- The simulation result of three level coded ultra wideband systems show that the bit error performance has been improved prominently compared with uncoded situation. 三层编码的超宽带系统的误码性能仿真表明:比较未编码系统,误码性能得到明显的改善;
- The simulation results show that the bit error performance of this iterative multiuser receiver approaches that of the iterative multiuser receiver based on optimal SISO multiuser detector. 仿真结果表明,这种迭代多用户接收器的性能接近基于最优多用户检测的迭代多用户接收器。
- Bit Error Performance Analysis of Asynchronous OCDMA Systems with Double Optical Hard-limiter 双硬限幅器异步光码分多址系统误码性能分析
- Bit Error Performance of Two-Dimensional Spread Spectrum System for AWGN Channels AWGN信道中二维扩展频谱系统的误码率分析
- bit error performance 误码特性
- We then simulate the BER(bit error rate) performance of WLAN by baseband model. 在蓝牙干扰存在的情况下,用物理层基带模型对WLAN的误码率性能进行了仿真;
- At ISR = 10dB and BER (Bit Error Rate) = 10? 当干信比为10dB、误码率为10?
- The effect of full bit error on the baud rate is also analysed. 分析了整位误差对波特率误差的影响。
- Thirdly, as the main performance of transmitter, the maximum data rate and Bit Error Rate (BER) have been analyzed. 接下来是对于系统主要性能的评估,对于数据发送器最主要的性能是极限数据率与误码率,这两个性能主要是由片上信号带宽以及信号完整性决定的。
- Bit Error Rate (BER) performance is investigated over Nakagami(m) multi?path fading channel. 本文给出了IS-95前向信道的调制和解调过程的数学模型,分析了IS-95前向信道在Nakagami(m)衰落信道下的误码率。
- BERT, which is short for bit error rate tester, is an important apparatus for the performance test of digital communication system. 误码仪(biterrorratetester,BERT)是数字通信系统性能测试的重要仪器。
- The influence of power line channel noises on the bit error ratio (BER) performance of the OFDM system is analyzed by simulation. 通过仿真,分析了低压电力线信道上各种噪声对OFDM系统误码率(BER)性能的影响。
- Only 56% of the normal subjects had errorless performance. 只有65%25的正常组得到满分。
- Compared with initial Degree Distribution Based HARQ (DDB-HARQ) scheme, this scheme improves system performance such as bit error rate and throughput. 与原始的基于度分布的HARQ方案相比,该方案使系统的误比特率和吞吐量指标得到了明显改善。
- A new evaluating parameter named bit error rate is proposed to analyze the performance of least mean square (LMS) algorithm for digital signal. 摘要为全面分析用于数字信号的最小均方(LMS)算法性能,提出了一种新的性能评估参数-误码率。
- A simulation platform according to IEEE802.15.3a proposal is constructed in matlab environment and bit error rate performance under different quantization is presented. 基于IEEE 802.;15
- Simulation results show that the new scheme with optimal common CFO correction can achieve the minimum mean square error performance. 在我们的方法中,发现在交错分配正交分频多重存取系统中可以完全移除特定使用者子载波间的干扰。
- Simulation shows that the algorithm can effectively improve the bit error rate (BER) performance of the OFDM-DTTB receiver in presence of PAL co-channel interference. 仿真结果表明,该算法能有效降低存在模拟PAL同频干扰时,OFDM地面数字电视广播(DTTB)系统的误比特率(BER)。
- Simulation results reveal that TALS-G method has the better bit error rate performance in the larger spread.This algorithm works well under array error condition. 仿真结果说明:TALS-G算法具有较好误码率性能,且该方法在阵列扰动情况下仍有较好的性能。
- We use iterative decoding, super trellis decoding and interleaving to improve the error performance for different number of resolvable paths and delay spreads. 对于不同的多路径衰退通道与不同的信号延迟扩散,我们可以使用重复性解码、超篱栅解码演算法与交错器改善错误性能。