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LTE-and-the-Evolution-to-4G-Wireless-Design-and-M
- The next generation of cellular technology is dramatically altering the communications landscape, changing the way people access information and interact with one another. At the forefront of the new technology is LTE, the long-term evolution of
mmwave-beamforming
- The ever growing traffic explosion in mobile communications has recently drawn increased attention to the large amount of underutilized spectrum in the millimeter-wave frequency bands as a potentially viable solution for achieving tens to h
Spatial-channel-model-for-MIMO-3GPP
- Repeater communication is one promising candidate solution in future cellular networks because of its ability to increase throughput, data rate and coverage. It is also considered as one candidate technology feature in 3GPP/LTE-A. Traditionally repea
BAYESIAN-NETWORK-BASED-MODELING-AND-RELIABILITY-A
- Baysian network of quantum cellular network for reliability analysis and probability based qca design.
ganeshqca
- Quantum cellular automata design of logic gates: Elemenatary gates like not or and nand are designed.
GANESH-QCANN
- Quantum cellular automata design of logic gates: Design of not nor and nand gates
IJEST10-02-07-153
- Quantum cellular automata design of logic gates: Quantum gates design and verification
ijnav2n1_3
- Quantum cellular automata design of logic gates: Quantum cellular design of basic gates and its study
LTE multi-cellular system in urban environment: inter-cell interference Impact on
- The fourth-generation networks based on OFDMA (3GPP LTE) (3rd Generation Partnership Project Long Term Evolution) offer high bit rate and takes into account in their mechanisms the simplicity and efficiency of the radio transmission.
Adaptive Soft Frequency Reuse
- This paper proposes a decentralized adaptive soft frequency reuse scheme for the uplink of 4G long-term evolution (LTE) systems. While universal frequency reuse (UFR) is being targeted for next generation multi-cellular wireless networks.
A-New-Tractable-Model
- 提出在异构网络中，宏基站和小基站服从泊松点过程分布，蜂窝边界是Voronoi边界-A New Tractable Model for Cellular Coverage
Cellular-IoT-White-Paper
- A Choice of Future m2m Access Technologies for Mobile Network Operators
PiroTVT2010
- 是针对意大利巴里理工大学开发的LTE系统及仿真平台说明书，可帮助你尽快的熟悉LTE-sim模拟器的数据流程- Simulating LTE Cellular Systems: an Open Source Framework
tryfinalLMS_Equalizer
- 4. 16QAM uses a mix of amplitudes and phases to achieve 4 bits/Hz. In this example, there are three amplitudes and 12 phase shifts. While QAM is enormously efficient of spectrum, it is more difficult to demodulate in the presence of noise, wh
hexago.m
- Hexagonal plot for homogeneous network model. A good start for any cellular network project.
OBJECT-RECOGNITION-USING-PARTICLE-SWARM-OPTIMIZAT
- A Packet Delay Analysis for Cellular Digital Packet Data
cell-sch
- 这是一篇关于手机原理解析的好文章，对于学习手机基带电路、射频等部分的朋友有较大帮助。-This is a good article on the principles of parsing the phone for learning cellular baseband circuits, RF and some other friends of great help.
Channel-Model-for-millimeter-Wave
- Channel modeling is an integral part in designing a cellular network. In this paper a channel model is developed based on geometry statistics. The designed channel model is applicable for high frequency band. The proposed channel model holds the char
cell-selection-in-4g
- In this paper, the number of cells required to provide coverage to each mobile station in a 4G cellular network is discussed.The cell selection is formulated as an optimization problem. For this two new algorithms are proposed and their performance i
MIMOOFDM
- MIMO-OFDM is a key technology for next-generation cellular communications (3GPP-LTE, Mobile WiMAX, IMT-Advanced) as well as wireless LAN (IEEE 802.11a, IEEE 802.11n), wireless PAN (MB-OFDM), and broadcasting (DAB, DVB, DMB). This book provides a