Description: 可以实现MIMO系统在锐利满衰落和高四百噪声信道下的几种天线结构的容量。-MIMO system can be achieved over a sharp decline and high noise channel 400 under the capacity of several antenna structure. Platform: |
Size: 4096 |
Author:苏丹 |
Hits:
Description: MIMO系统容量仿真 包括两个部分
（1）仿真代码
（2）仿真word文档的说明
-MIMO system capacity simulation consists of two parts (1) simulation code (2) Simulation word description of the document Platform: |
Size: 118784 |
Author:liuhui |
Hits:
Description: MIMO+OFDM系统级仿真关系的一个经典程序，对初学者很有帮助-MIMO+ OFDM system-level simulation of the relationship between a classic procedure, very helpful for beginners Platform: |
Size: 31744 |
Author:陶华 |
Hits:
Description: 本代码给出基于MIMO系统下的系统容量分析，其中得出了SISO,SIMO,MISO,MIMO详细的仿真代码和仿真结果分析。对于研究不同环境下的系统容量很有帮助。-The code given system based on MIMO system capacity analysis, which come to SISO, SIMO, MISO, MIMO simulation code and a detailed analysis of simulation results. Platform: |
Size: 94208 |
Author:赵琪 |
Hits:
Description: This paper deals with the capacity behavior of wireless Orthogonal Frequency Division Multiplexing
(OFDM)-based spatial multiplexing system when considering realistic channel delay profiles.
In both the SISO and the MIMO contexts, we compare the deterministic, ergodic and outage
capacities for the channel with realistic profile to the one with simplified profile Platform: |
Size: 153600 |
Author:Safa |
Hits:
Description: 对传统的多小区系统中的干扰控制技术进行了简单的回顾,对多用户和多用户MIMO系统中的干扰抑制技术进行分析，这些是后续对多小区MIMO研究的基础。重点对多小区MIMO系统展开深入研究，揭示了系统干扰受限的原因，将单用户和多用户的千扰抑制技术扩展到多小区系统，分别给出了基于接收端和发送端的多种抑制干扰的系统结构和算法，推导了其容量并进行了性能分析。同时也结合实际系统的设计对各种干扰抑制技术进行比较和评价，得到了许多对于系统设计具有参考价值的结论。-he traditional system of multi-cell interference control technology a simple review of multi-user and multi-user MIMO system analysis of the interference suppression techniques, which are the follow-up of multi-cell MIMO research. Emphasis on the multi-cell MIMO system launched an in-depth study revealed the system interference limited reasons, single-user and multi-user interference suppression techniques extended to multi-cell systems, respectively, gives the receiver and sender based on a variety of interference suppression The system architecture and algorithms derived its capacity and conducted performance analysis. But also with the actual system design on a variety of interference suppression techniques to compare and evaluate system design by many for a reference value is reached. Platform: |
Size: 4056064 |
Author:方周 |
Hits:
Description: 一个基于模拟退火的多主体模型及其应用推导了MIMO系统信道容量的表达-This paper educes the expression of the MIMO channel capacity, and analysis how MIMO system improves the channel capacity Platform: |
Size: 384000 |
Author:wangbo |
Hits:
Description: MIMO系统容量仿真程序分为两个。其中
文件夹1为：发射天线数为4，接收天线数逐渐增大时MIMO系统容量的仿真程序。
文件夹2为：接收天线数为4，发射天线数逐渐增大时MIMO系统容量的仿真程序。-MIMO system capacity simulation program is divided into two. One folder 1 as follows: the number of transmitting antennas is 4, gradually increasing the number of receive antenna MIMO system capacity when the simulation program. Folder 2 as follows: the number of receiving antennas 4, gradually increasing the number of transmission antennas, MIMO system capacity when the simulation program. Platform: |
Size: 3072 |
Author:aa |
Hits:
Description: MATLAB软件对不同发射天线、不同接收天线、不同信噪比下的MIMO系统容量进行仿真，得出在不增加带宽和天线发送功率的情况下利用MIMO信道成倍地提高无线信道容量-MATLAB software for different antennas, different antenna, different SNR of the MIMO system capacity for simulation, obtained without increasing the bandwidth and the antenna transmit power where the use of MIMO channels to improve wireless channel capacity multiplied Platform: |
Size: 1024 |
Author:刘月 |
Hits:
Description: MIMO系统的容量和基与QR分解的THP预编码的MIMO系统容量的仿真程序-MIMO system capacity and the base and the QR decomposition of THP precoding MIMO system capacity of the simulation program Platform: |
Size: 1024 |
Author:gl |
Hits:
Description: MIMO系统 容量和天线数目关系 通过仿真可以看出 容量随着天线数目的变化-Antenna MIMO system capacity and the number of relations can be seen through the simulation volume with changes in the number of antennas Platform: |
Size: 15360 |
Author:hx |
Hits:
Search - MIMO System capacity