搜索资源列表
Channel-Estimation-Based-on-Comb-Pilot
- OFDM比特加载、功率分配与信道估计算法仿真与建模-OFDM bit-loading, power allocation and channel estimation algorithm for simulation and modeling
MIMOCapacity
- 此函数计算了遍历性和中断的MIMO瑞利信道，考虑到没有CSIT（平均功率分配）和完善CSIT（注水功率分配）信道容量。在这两种情况下假设是理想的。该频道跟据克罗内克模型假设空间相关，但在时间上不相关。 -This function calculates the ergodic and outage capacity of a MIMO Rayleigh channel considering no CSIT (equal power allocation) and perfect CS
ofdm
- 实现OFDM的基本调制，信道估计，峰均比，比特分配等功能-To achieve the basic OFDM modulation, channel estimation
A
- OFDMA系统中低复杂度比例公平资源分配算法（原文+代码）-Adaptive Resource Allocation in Multiuser OFDM Systems With Proportional Rate Constraints
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
ofdmcrzyfp
- 基于OFDM的认知无线电资源分配方法，供大家参考，-OFDM-based cognitive radio resource allocation method, for your reference,
Chow
- MIMO-OFDM系统中的自适应算法中的一种。Chow算法是根据各个子信道的信道容量来分配比特的。与Hughes-Hartogs算法相比，没有了大量的搜素和排序，简化了算法复杂度。-MIMO- OFDM systems in one of the adaptive algorithm. Chow algorithm is based on the channel capacity of each channel to allocate bits. Compared with Hughes- Ha
_chow_adaptive_OFDM_a
- OFDM资源分配中经典的Chow算法，包含完整的仿真代码和仿真图形。-OFDM resource allocation in the classic Chow algorithm, including the complete simulation code and simulation graphics.
98768chow_adaptive_OFDM_1
- OFDM资源分配中经典的Chow算法，包含完整的仿真代码和仿真图形。-OFDM resource allocation in the classic Chow algorithm, including the complete simulation code and simulation graphics.
mrdi33
- 无线局域网情况下OFDM的信道分配仿真代码 很好的源码 不错的(Wireless local area network (LAN) case OFDM channel allocation simulation code is a good source of good)
OFDMA资源分配
- 此方法是结合OFDM的资源分配，对OFDM的资源分配问题进行了详细的仿真，仿真结果可以得知(OFDM resource allocation)
23825772Fischer_algo
- ofdm自适应资源分配，非常强大，适合做毕设的同学参考或使用(OFDM adaptive resource allocation is very powerful. It is suitable for students who have completed the project.)