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waterfill-algorithm
- mimo中的功率控制算法--注水算法与原程序（全）-mimo algorithm waterfill
MIMO
- 空间信道基于奇异值分解后利用注水定理分析多输入多输出系统的容量的仿真-Spatial channel simulation based on the use of water injection in the singular value decomposition theorem analysis of multi-input multi-output system capacity
MIMO-space-time-channel-modeling-
- mimo功率优化MIMO系统的功率优化问题，通过SVD分解和注水算法-mimo power optimization the MIMO system power optimization problem, SVD decomposition and water-filling algorithm
mimo-channel-capacity
- 本代码主要是进行MIMO信道容量的仿真，通过注水算法来实现容量。-This code is primarily for MIMO channel capacity simulation, through the water-filling algorithm to achieve capacity.
waterfill
- 通信中，非常经典的注水算法的代码，其应用与OFDM系统中,比较常用且经典-Communication, very classic water-filling algorithm code, the application of OFDM system, the more common and classic
waterfilling
- 通信系统中注水算法，对学习通信的人有帮助-Communication system water-filling algorithm , to learn to help people communicate
zsjk
- 可以根据不同的注水要求，灵活预置不同的注水时间，实时监控和动态直观显示当前的注水时间信息，当注水完成时，提供远程报警功能。-According to different water requirements, flexibility preset different injection time, real-time monitoring and dynamic visual display of the current injection time information, when the
MIMO--capacity
- 比较了不同收发天线下MIMO系统容量并且利用注水算法将MIMO信道容量达到最大-Comparison of different transmit and receive antennas for MIMO system capacity and the use of water-filling algorithm will reach the maximum capacity of the MIMO channel
RA_waterfill
- RA Waterfilling Algorithm，RA注水算法的实现，大牛编写的，很强大-RA Waterfilling Algorithm, RA filling algorithm, a large cattle written, very strong
DMTra
- Discrete Multitone (DMT) RA 注水算法，算法稳定，高材生编写-Discrete Multitone (DMT) RA Watefilling Algorithm
mimo_capacity_vs_snr_waterfiling
- 多天线环境下 使用注水法则 显示ergodic容量vs_snr-capacity_vs_snr_ by using waterfiling algorithm and in te multiple antenna condition
water_filling_algorithm
- 关于注水算法的简单演示。在总功率受限的情况下通过功率分配逼近香农信道容量-performs the water filling algorithm with the given total power constrain to approach Shannon capacity of the channel.
important
- mimo系统容量的描述，注水算法，用于下一代移动通信领域-Descr iption mimo system capacity, water algorithm for next-generation mobile communications
waterfilling
- 在OFDM系统中，自适应资源分配是很重要的，注水算法是资源分配的经典算法，本程序对注水算法进行了仿真-In OFDM systems, adaptive resource allocation is very important, water resource allocation algorithm is a classic algorithm, the procedure for filling algorithm for the simulation
CH2
- 基于瑞利信道的注水算法的信道容量仿真，包括图线绘制-Channel capacity water algorithm simulation
yizhi1
- 注水算法是根据某种准则，并根据信道状况对发送功率进行自适应分配，通常是信道状况好的时刻，多分配功率，信道差的时候，少分配功率，从而最大化传输速率。实现功率的“注水”分配，发送端必须知道CSI。-A water-filling algorithm is based on the criteria according to channel conditions and the transmission power allocation for adaptive usually good channe
powerallocation
- MIMO系统中发射天线功率分配算法，包括注水功率分配算法-power allocation algorithm for mimo system including water-filling algorithm
waterfill
- 注水功率分配算法函数，信道矩阵考虑为对角矩阵，利用奇异值分解。-water-filling power allocate algorithm function
power-optimize
- 利用注水算法进行功率分配，给出不同发射天线的功率分配并计算各天线的频谱效率。-water-fill power allocation algorithm and frequency spectrum calculation.
Downlink_precoding_simulation
- MIMO下行链路收发端联合预编码的容量仿真，发射端采用新生成的功率注水法，并与传统的注水法对比-Capacity simulation MIMO downlink transceiver combined pre coding, power infusion method used in the transmitter of new generation, and compared with the traditional water injection