Java capacity of hybrid wireless mesh networks with random a ps
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The document discusses the capacity of a hybrid wireless mesh network architecture that utilizes connections to randomly placed access points (APs) of wireless local area networks (WLANs). It presents that theoretical analysis shows the asymptotic capacity of such a three-tier hybrid network is affected by the number of mesh router cells connected to APs, the ratio of access link bandwidth to backbone link bandwidth, and traffic balance among mesh routers with AP access. The network architecture and results suggest hybrid wireless mesh networks can significantly improve capacity by taking advantage of widely deployed WLANs.
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Nexgen Technology
No :66,4th cross,Venkata nagar,
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M.Phil Computer Science Networking Projects
List of Networking IEEE 2006 Projects. It Contains the IEEE Projects in the Domain Networking for M.Phil Computer Science students.
M phil-computer-science-networking-projects
List of Networking IEEE 2006 Projects. It Contains the IEEE Projects in the Domain Networking for M.Phil Computer Science students.
JOINT-DESIGN OF LINK-ADAPTIVE MODULATION AND CODING WITH ADAPTIVE ARQ FOR COO...
This paper analyzes the efficiency of a joint-design of an adaptive modulation and coding (AMC) at the
physical (PHY) layer with an adaptive Rmax-truncated selective-repeat automatic repeat request (ARQ)
protocol at the medium access control (MAC) layer to maximize the throughput of cooperative nonregenerative
relay networks under prescribed delay and/or error performance constraints. Particularly, we
generalize the existing design model/results for cross-layer combining of AMC along with truncated ARQ
in non-cooperative diversity networks in three-folds: (i) extension of the cross-layer PHY/MAC design or
optimization to cooperative diversity systems; (ii) generalization/unification of analytical expressions for
various network performance metrics to generalized block fading channels with independent but nonidentically
distributed (i.n.d) fading statistics among the spatially distributed nodes; (iii) analysis of the
effectiveness of joint-adaptation of the maximum retransmission limit Rmax of ARQ protocol and
cooperative diversity order N for delay-insensitive applications. Our insightful numerical results reveal
that the average throughput can be increased significantly by judiciously combining two additional degrees
of freedom (N and Rmax) that are available in cooperative amplify-and-forward (CAF) relay networks
besides employing AMC at the PHY layer, especially in the most challenging low signal-to-noise ratio
(SNR) regime.
C046022025
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
論文-A Novel Cross-layer Mesh Router Placement Scheme for Wireless Mesh Networks
This document presents a novel Cross-layer Mesh Router Placement (CMRP) scheme for wireless mesh networks. CMRP aims to minimize network deployment cost while meeting user demands. It considers various factors such as antenna types, wireless link characteristics, MAC scheduling, routing, and equipment costs. CMRP encapsulates these cross-layer factors into three attributes - Local Coverage, Backbone Residual Capacity, and Deployment Cost. It uses these attributes to select mesh router locations that maximize coverage and backbone capacity while minimizing costs. Simulations show CMRP outperforms existing schemes in cost performance ratio and feasibility for planning wireless mesh networks.
Improvement at Network Planning using Heuristic Algorithm to Minimize Cost of...
Wireless Mesh Networks (WMN) consists of wireless stations that are connected with each other in a semi-static configuration. Depending on the configuration of a WMN, different paths between nodes offer different levels of efficiency. One areas of research with regard to WMN is cost minimization. A Modified Binary Particle Swarm Optimization (MBPSO) approach was used to optimize cost. However, minimized cost does not
guarantee network performance. This paper thus, modified the minimization function to take into consideration the distance between the different nodes so as to enable better performance while maintaining cost balance. The results were positive with the PDR showing an approximate increase of 17.83% whereas the E2E delay saw an approximate decrease of 8.33%.
Improvement at Network Planning using Heuristic Algorithm to Minimize Cost of...
Wireless Mesh Networks (WMN) consists of wireless stations that are connected with each other in a semi-static configuration. Depending on the configuration of a WMN, different paths between nodes offer different levels of efficiency. One areas of research with regard to WMN is cost minimization. A Modified Binary Particle Swarm Optimization (MBPSO) approach was used to optimize cost. However, minimized cost does not guarantee network performance. This paper thus, modified the minimization function to take into consideration the distance between the different nodes so as to enable better performance while maintaining cost balance. The results were positive with the PDR showing an approximate increase of 17.83% whereas the E2E delay saw an approximate decrease of 8.33%.
IEEE Wireless communication 2016 Title and Abstract
For Details, Contact TSYS Academic Projects.
Ph: 9841103123, 044-42607879
Website: http://www.tsys.co.in/
Mail Id: tsysglobalsolutions2014@gmail.com.
PERFORMANCE IMPROVEMENT OF NONREGENERATIVE COOPERATIVE RELAY NETWORKS WITH OP...
This paper analyzes the performance of cooperative amplify-and-forward (CAF) relay networks that employ both optimal power allocation among nodes based on relay position and adaptive M-QAM/M-PSK modulation in generalized fading environments. The paper develops a unified analytical framework using marginal moment generating functions to derive expressions for average bit error rate, mean achievable spectral efficiency, and outage probability over a range of fading distributions. It applies this framework to analyze CAF relay networks with adaptive modulation over Rice fading channels. The paper also employs an approximate moment generating function to further simplify computation complexity. Finally, it applies the framework to analyze the impact of optimal power allocation based on relay position.
PERFORMANCE IMPROVEMENT OF NONREGENERATIVE COOPERATIVE RELAY NETWORKS WITH OP...
This paper analyzes the performance of Channel Side Information (CSI)-assisted cooperative amplify-andforward (CAF) relay networks that employ both the node placement (i.e., relay position) based optimal
power allocation policy among collaborating nodes and adaptive M-ary quadrature amplitude modulation
(M-QAM)/ M-ary phase shift keying (M-PSK) techniques in generalized wireless fading environments. In
particular, we advocate a simple yet unified numerical approach based on the marginal moment generating
function (MGF) of the total received Signal to Noise Ratio (SNR) to derive analytical expressions for the
average bit error rate (ABER), mean achievable spectral efficiency, and outage probability performance
metrics. The proposed analytical framework is sufficiently general and flexible to characterize the
performance of adaptive-link CAF relay networks over a wide range of fading distributions (i.e., not
restricted to Rayleigh fading or independent identically distributed (i.i.d) Nakagami-m fading ) with
independent but non-identically distributed (i.n.d) fading statistics across the spatially distributed diversity
paths. Additionally, we further simplify the computational complexity, by employing the use of an
“approximate MGF expression” to compute the system performance metrics over the generalized fading
channel. Employing the above novel approach based on “approximate MGF” in conjunction derived
analytical frameworks allows us to simplify the computation complexity of achievable spectral efficiency as
well as ABER of CAF relay system in the generalized fading environments by simply replacing appropriate
single channel MGF which is readily available.
Optimal resource allocation in networked control systems using viterbi algorithm
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MSc Thesis in University of Tehran
This thesis analyzes the capacity of hybrid wireless networks with dedicated relays. Two hybrid network models are introduced for load balancing and interference reduction, where dedicated relays positioned at cell borders wirelessly connect to base stations. Analytical approaches are used to obtain the probability of blocking and outage for the models, demonstrating the effectiveness of the hybrid solutions. A signal to interference ratio call admission control scheme is also analyzed for a hybrid CDMA network. Numerical results verify the extensive gain obtained from ad hoc relaying over conventional CDMA networks with this control scheme. Simulation results accurately validate the analytic approaches presented in the thesis.
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Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
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Dotnet capacity of hybrid wireless mesh networks with random a ps
Dotnet capacity of hybrid wireless mesh networks with random a ps
Dotnet capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
Capacity of hybrid wireless mesh networks with random a ps
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Improvement at Network Planning using Heuristic Algorithm to Minimize Cost of...
Improvement at Network Planning using Heuristic Algorithm to Minimize Cost of...
Improvement at Network Planning using Heuristic Algorithm to Minimize Cost of...
IEEE Wireless communication 2016 Title and Abstract
IEEE Wireless communication 2016 Title and Abstract
PERFORMANCE IMPROVEMENT OF NONREGENERATIVE COOPERATIVE RELAY NETWORKS WITH OP...
PERFORMANCE IMPROVEMENT OF NONREGENERATIVE COOPERATIVE RELAY NETWORKS WITH OP...
PERFORMANCE IMPROVEMENT OF NONREGENERATIVE COOPERATIVE RELAY NETWORKS WITH OP...
PERFORMANCE IMPROVEMENT OF NONREGENERATIVE COOPERATIVE RELAY NETWORKS WITH OP...
Optimal resource allocation in networked control systems using viterbi algorithm
Optimal resource allocation in networked control systems using viterbi algorithm
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