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GBSBEM
- GBSBEM(几何单反射椭圆模型)可以用来仿真功率－延迟－角度（pda-图）、功率延迟图、时间－角度的联合统计、波达方向的边缘特征和窄带衰落包络。适用于低层系统，包括微小区和微微小区、杂波绕射基站天线、发射机到接收机之间以及发射机和接收机的周围充斥着散射体的情形。由于其适用范围广泛且具有解析性质，揭示了空间无线信道不同特征间的相互联系，是进行研究的理想模型。-GBSBEM (geometric GBSBEM) simulation can be used to power-delay-angle
GPS.rar
- 电力系统、工业自动化系统天文钟校时程序………………,Power systems, industrial automation system, school procedures astronomical clock ... ... ... ... ... ...
101规约电力系统调度和子站的通讯
- 电力101规约实现程序，用在电力系统，调度和子站的通讯。-Power 101 protocol implementation process, used in power systems, scheduling and communications sub-station.
CFR
- 峰值抵消算法的基本思想是：在OFDM信号上叠加一个由一系列加权参考函数组成的峰值抵消信号，通过抵消函数的选取以及权值计算，使得抵消信号尽可能消除超过门限的信号幅值。常见的参考函数分为脉冲函数和其他窗函数两类。- T. May, H. Rohling. Reducing the peak-to-average power ratio in OFDM radio transmission systems. IEEE Vehicular Technology Conference (VTC), Ma
mu-mimo-power-allocation
- 本代码给出了在多用户mimo系统中功率分配的策略，包括注水法和等功率分配法，并得到了响应的信道容量。-This code gives the power distribution in a multi-user mimo systems strategy, including water injection method and equal power allocation method and the response capacity of the channel.
911025634
- 极低功率UHF无线收发器 315/433/868和915MHz ISM/SRD波段系统 AMR-自动仪表读数 电子消费产品 RKE-两路远程无键登录-Very low power UHF wireless transceivers 315/433/868 and 915MHz ISM/SRD band systems AMR-automatic meter reading of consumer electronics products RKE-two-way remote keyles
mimo_sim
- MIMO 系统仿真，对时变信道的自适应调制-erq.m : function for ERQ algorithm in MIMO systems space_wf.m : function for spatial domain power waterfilling st_wf.m : function for spatial and temporal domain waterfilling MIMO_rate.m : Plot spectral efficiency vs SNR f
tanahashi_ICC2007
- a novel peak power reduction scheme based on trellis shaping is proposed for single-carrier pulse-shaped phase shift keying (PSK) systems.
NonLinearDetectionMulti-userOFDMMC-CDMA
- echniques for multi-user detection in OFDM / MC-CDMA can be classified as linear or non-linear techniques. A number of these techniques have evolved from previous research for CDMA–based systems. The overlaying of OFDM with CDMA permits grouping of t
swkim_dissertation_final
- Smart Antennas at Handsets for the 3G Wideband CDMA Systems and Adaptive Low-Power Rake Combining Schemes
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
FirstFollow
- Multiple input multiple output techniques combined with orthogonal frequency division multiplexing (MIMO-OFDM) provide a promising approach for wireless systems. However, a serious drawback of the OFDM system is the high peak-toaverage power
mimo-communication-technology
- 多输入多输出（MIMO）系统是在无线通信智能天线技术的基础上发展起来的，其主要特点就是在通信系统的收发两端采用多天线配置，以解决未来移动通信系统大容量、高速率传输和日益紧张的频谱资源间的矛盾。-Multiple-input-multiple-output (MIMO) is a communication technology that multiple antennas are set at transmitters and/or receivers. The system capacity
TCPnet_SIM900
- SIM900 - the new generation of low cost GSM / GPRS modules of SIMCOM. In developing the module deference to the wishes of consumers modules of previous generations, carefully crafted questions the reliability of embedded software, introduced new powe
Report_Vinella_Polignano
- New generation mobile communication systems like Long Term Evolution (LTE) aim to deploy to customers a new mobile experience providing higher data rates and lower latencies that can make wireless devices a great platform to run a new whole set
BatteryInfo
- 很全的Android耗电量统计源码，支持Android2.3.3系统，对于做电源管理的程序很有用-Android is the whole power consumption statistics source, support Android2.3.3 systems, power management procedures for doing useful
OFDM-system-
- OFDM系统，包括自适应功率和比特的分配，通过matlab实 现-OFDM systems, including adaptive power and bit allocation, by matlab
IDMA-PA
- this paper is about in Analysis and Design of IDMA Systems Based on SNR Evolution and Power Allocation
DistributedPowerControl
- Distributed Power control in CDMA systems
Massive MIMO Systems with Non-Ideal Hardware
- 本文考虑了一种新的系统模型，它结合了通用收发器硬件损伤在BSs（配备大型天线阵列）和单天线用户设备（UE）。与传统硬件的传统情况相反，我们表明硬件损伤在信道估计精度和每个UE的下行链路/上行链路容量上创建有限天花板。令人惊讶的是，容量主要受限于UE的硬件，而大规模阵列中的损伤的影响逐渐消失，并且用户间干扰（特别是导频污染）变得可以忽略不计。此外，我们证明了大量的MIMO所提供的巨大自由度可以用来减少发射功率和/或容忍较大的硬件损伤，这允许使用廉价和节能的天线元件。(This paper cons