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BASEDQoSMIMO_OFDMZIYAUANFENPEI
- 国内著名无线ＯＦＤＭ的资源分配，涉及功率及子载波
wfill
- 可以用来算系统功率和子载波分配的注水算法经典算法.-System can be used to balance power and subcarrier allocation algorithm of the water, the classic algorithm.
z.shen.wang
- "A Low Complexity Algorithm for Proportional Resource Allocation in OFDMA Systems"关于子载波和功率分配的代码，对应这篇文章，大家共同学习。希望大家提供的源码带上原文，以便研究。-" A Low Complexity Algorithm for Proportional Resource Allocation in OFDMA Systems" With regard to the allocati
xianx
- 内容丰富的OFDMA比特、功率、子载波分配算法。-OFDMA bit rich, power, subcarrier allocation algorithm.
An_improved_algorithm_to_achieve_optimal_water_sub
- 一种改进型注水算法来实现最优的子载波功率分配.-An improved algorithm to achieve optimal water sub-carrier power allocation.
GreedyAlgOfdm
- 利用贪婪算法对ofdm系统进行子载波和功率分配，在误码率一定的情况下，是发射端的功率最低-Greedy algorithm using ofdm system subcarrier and power allocation, bit error rate in certain circumstances, is the minimum transmitter power
31500385OSTBC_OFDM
- 在空时分组码的MIMO-OFDM系统条件下，对信道，子载波，比特和功率进行分配，仿真结果表明，系统有良好的吞吐量性能-Space-time block codes in MIMO-OFDM system under the conditions of the channel, subcarrier, bit, and power allocation, simulation results show that the throughput of the system has good perfo
ofdm
- MIMO．OFDM系统的子载波、功率和比特分配 MIMO技术能不增加系统带宽却提高系统容量和频谱利用率-The MIMO.OFDM system subcarrier, bit and power allocation MIMO technology can not increase the bandwidth of the system can improve the system capacity and spectrum efficiency
ofdma-pdf
- 提出了一种在多用户OFDM系统中总发射功率和误码率限定的条件下，系统总数据容量最大化的子载波分配算法-Subcarrier allocation algorithm for multiuser OFDM system with proportional fairness
Resources-Allocation
- 在传统的子载波分配过程中，具有优先权的用户将优先选择最好的载波，这将导致载波利用效率下降。 许多改进算法通过牺牲一定的公平性来提升容量并降低复杂度，但是这可能会使用户间无法达到所要求的公平 性。针对这些问题，提出了一种基于公平度门限的载波和功率自适应分配算法。在载波分配过程中，通过公平度 门限来决定载波分配优先级，从而实现容量和公平度的粗略折中。载波分配后利用粒子群（PSO）算法进行功率分配来达到所要求的公平度门限。实验结果表明，该算法在满足所要求公平度门限的同时提升了系统容量。 -
SIPS04Matlab
- 该程序用matlab仿真了OFDM下行链路的资源分配，包括功率和比特分配、子载波分配-The program matlab simulation the OFDM downside link distribution of resources, including power and bit allocation, the subcarrier allocation
ofdma-resource-allocation
- 一种OFDMA系统中的资源分配算法。先采用贪婪算法分配子载波并且保证分配到各用户子载波的比值接近一个固定值，然后结合这个比值再进行线性功率分配，并简化算法。-A Low Complexity Algorithm for Proportional Resource Allocation in OFDMA Systems
123456
- 根据注水算法，用matlab仿真ofdm不同子载波功率分配，很具有实用性-power allocation for ofdm transmit
ofdm_platform
- OFDM系统,包括子载波分配，功率分配，场景设计等-OPDM system simulation
matlab
- 一种低复杂度的OFDM资源分配算法，包括功率分配 子载波分配-A low-complexity OFDM resource allocation algorithm subcarrier allocation, including power distribution
resource-allocation
- 子载波功率资源分配，OFDM技术将信道分成许多正交子信道，在每个子信道上使用一个子载波进行调制，并且各个子载波并行传输-Power resource allocation of the sub-carriers, OFDM technology will channel into a number of orthogonal subchannels, in each subchannel to use a sub-carrier modulation, and the respective su
SIPS04Matlab-v2
- 子载波 功率分配的问题，用matlab仿真用的，可以直接用matlab打开 -Subcarrier power allocation problem matlab simulation matlab open
adaptive
- mimo-ofdm 自适应的比特:分配按照信道响应降序排列,子载波间争夺比特和功率步长为2-mimo-ofdm adaptive bit: assigned in descending order according to the channel response, the rivalry between subcarriers bit and power step 2
ofdmcp
- 系统子载波数为64，调制方式为16-QAM，前缀长度为16，多径信道时延分别为0、8和20个采样点，各径功率相等。仿真比较OFDM系统空白前缀只考虑前2径信道和3径信道下的性能 -System subcarrier number is 64, modulation mode of 16 QAM, prefix length is 16, multipath channel delay is 0, 8 and 20 respectively sampling points, the diame
OFDM_Capacity
- 介绍了OFDM的资源分配，分为两步：第一步是子载波分配，第二步是功率分配(The resource allocation of OFDM is divided into two steps: the first step is the subcarrier allocation, and the second step is the power allocation.)