搜索资源列表
123
- 为了提高MIMO-OFDM系统的数据传输率和频谱利用率,提出一种新的自适应算法。该算法在保证信道质量所需误码率和总发射功率的前提下,按照各个子载波衰落程度动态地分配比特和功率,使系统的总数据传输速率最大。理论分析得出,该算法降低了系统运算复杂度,能很大地改善系统的整体性能。-In order to improve data transmission rates and spectrum efficiency of MIMO-OFDM systems,this paper proposes a n
wm
- 中继位置不同 分配功率相同 的放大协同通信 基于蒙特卡洛仿真-Relay different positions assigned the same zoom power cooperative communication based on Monte Carlo simulation
Channel-Power-game
- 基于认知无线电的研究，同时对信道分配与功率控制进行研究。并详细描述了博弈论的相关实现方法。-channel assignment and power control with game theory.
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
pd
- 使用IBM公司的优化软件CPLEX中的OPL建模，解决在电力系统有功功率最优分配问题。该算法快速便捷-Using IBM s optimization software CPLEX, OPL modeling, to solve the problem of optimal allocation of active power in the electricity system. The algorithm is fast and convenient
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
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
Subcarrier-allocation-algorithm
- 多用户多速率OFDM中的子载波分配和功率控制参考文献-Subcarrier allocation and power control in multi-user multi-rate OFDM
Desktop
- MIMO_indB,CSI未知情况下平均分配功率--LTE_link_levek simulation
d4ef13.ZIP
- 适应低信干噪比的认知无线电双向中继方案及其最优功率和时隙分配Adaptation to low SINR of cognitive radio relay scheme and its optimal power and time slot allocation-Adaptation to low SINR of cognitive radio relay scheme and its optimal power and time slot allocation
WaterFilling_alg
- 通过注水算法，进行功率的分配，达到最佳分配效果-The distribution of power through the water-filling algorithm
droop_control
- 微电网逆变器下垂控制，实现有功功率和无功功率的精确分配，并且满足系统的稳定性要求。-The control of micro-grid inverters,for the acurate sharing of active power and reactive power.And it can satisfy the stability of the system.
GA2
- OFDM自适应资源分配问题（载波、功率等），是一个既含有离散决策变量，又含有连续决策变量的非线性优化模型，且含有较为复杂的非线性约束，因此适合采用智能优化算法进行求解。本源码由GreenSim团队原创，转载请注明，有意购买源码或代写相关程序，请与GreenSim团队联系 -OFDM adaptive resource allocation problem (carrier power), is a both a discrete decision variables, but also co
paper1
- 一种协作网络编码方案的功率优化分配方法论文-Optimal Power Allocation for a Cooperative Network Coding Scheme
Ochow_algoF
- OFDM系统的自适应功率和比特分配配算法，实现系统资源的自适应分配（1) -OFDM systems, adaptive power and bit allocation with the algorithm, the adaptive allocation of system resources (1)
Am4k20powwerd
- ofdm系统中功率自适应分配算法研究的matlabb源代码（k＝20） ， -ofdm systems, adaptive power allocation algorithm research matlabb source (k = 20),
obassedchannef
- ofdm系统中一种基于信道容量功率自自适应分配算法研究的matlab源代码 -ofdm system based on channel capacity power self-adaptive allocation algorithm matlab source code
oberrfigurref
- ofdm系统中功率自适应分配算法研研究的matlab源代码（k＝20） -the ofdm system power adaptive allocation algorithm research studies matlab source code (k = 20)
123456
- OFDM自适应调制技术根据各子载波在频率选择性衰落信道中不同的瞬时增益，动态地分配数据比特和 发射功率，可以优化系统性能，提高频谱效率。该文主要研究OFDM系统发射功率和传输比特数不变时误码率最 小化的自适应(MA1算法。提出一种以注水门限为迭代参数的MA算法，并引入有记忆步长迭代法，提高算法的稳 定性。仿真结果表明，与过去的算法相比，该算法能以较低的复杂度获得更好的性能。 -OFDM watterfilling
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