| 1. | Study and realization of complex adaptive equalizer
复自适应均衡器的研究及实现 |
| 2. | Nonlinear adaptive equalizer based on wavelet packet transform
基于小波包变换的非线性自适应均衡器算法 |
| 3. | A new kind of adaptive equalizer used in vsb tech is brought out
在此基础上，设计出了新一代用于vsb系统的自适应均衡器。 |
| 4. | The primary task of this dissertation is to design a hardware system of adaptive equalizer in the digital microwave communication system
本文的主要任务是设计适合数字微波通信的自适应均衡器的硬件系统。 |
| 5. | Methods of measurement for equipment used in digital microwave radio transmission systems - measurements on terrestrial radio - relay systems - adaptive equalizer
数字微波无线电传输系统使用设备的测量方法.地面无线电中继系统的测量.自适应均衡器 |
| 6. | Finally , lms linear equalizer is designed based on fpga because of its good performance , simple structure and low calculating complexity
由于nlms线性均衡器的性能较好,且结构简单,计算复杂度低,因此本文选用nlms算法实现自适应均衡器的硬件系统。 |
| 7. | In ofdm tech , multicarrier transmission with fft is used to combat with channel fading . in vsb tech , an adaptive equalizer is used to combat with channel fading
在ofdm技术中，以多载波传输结合fft技术来对付信道衰落，在vsb技术中以自适应均衡器来对抗信道衰落。 |
| 8. | Adaptive equalizer is a key device in modern data communication systems . it is capable of increase data transmission rates in modern digital radio communications systems
自适应均衡器是现代数据通信系统中的一个关键设备，它可以最大限度地提高通信系统的数据传输速率。 |
| 9. | 3 . comparing several adaptive equalizers and using the combined dfe / mlse equalizer based on predicted signal to compensate the rss channel . simulation results suggest that the dfe / mlse is greater than dfe and le in performance and is simpler than mlse - va in complexity
3 .比较了几种自适应均衡器的优缺点,提出采用基于预测信号的自适应组合判决反馈均衡器/最大似然序列估计器( dfe / mlse )来补偿再入遥测信道。 |
| 10. | First of all , the characteristics of different adaptive algorithms and equalizers are theoretically researched . then digital microwave communication system model is build by simulink . based on this model , the convergent behavior and bit error rate performance of three equalizers ( nlms , kalman and rls ) are compared in multi - path fading channel
为了达到这个目的,首先需要从理论上对各种自适应均衡算法以及自适应均衡器的特性进行深入研究;然后利用simulink建立接近实际环境的数字微波通信系统,在多径衰减信道环境下比较了三种基带均衡器( nlms , kalman和rls )的收敛特性以及系统误码特性,并比较了nlms基带均衡器和通带均衡器的性能。 |
