'Channel state' presentation slideshows

Wireless Link: Service Quality

Wireless Link: Service Quality. EE206A (Spring 2002): Lecture #6. This Lecture. Channel state dependence QoS and fairness in wireless. Reading. Mandatory

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TGn Sync Complete Proposal

TGn Sync Complete Proposal. Date: September 14 th , 2004 Aon Mujtaba, Agere Systems Inc., ( mujtaba@agere.com ) Adrian P Stephens, Intel Corporation, ( adrian.p.stephens@intel.com ) Alek Purkovic, Nortel Networks ( apurkovi@nortelnetworks.com ) Andrew Myles, Cisco Systems ( amyles@cisco.com )

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Super-Fast Delay Tradeoffs for Utility Optimal Scheduling in Wireless Networks

Super-Fast Delay Tradeoffs for Utility Optimal Scheduling in Wireless Networks. l. e. e. e. e. Michael J. Neely University of Southern California http://www-rcf.usc.edu/~mjneely/. *Sponsored by NSF OCE Grant 0520324. A multi-node network with N nodes and L links:. l. e. e. e.

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Theoretical Aspects

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Theoretical Aspects

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EE 6332, Spring, 2014 Wireless Communication

EE 6332, Spring, 2014 Wireless Communication. Zhu Han Department of Electrical and Computer Engineering Class 11 Feb. 19 th , 2014. Outline. Capacity in AWGN (Chapter 4.1) Entropy Source: independent Gaussian distribution Channel capacity: R<=C=Wlog(1+SNR)

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Courtesy Piggybacking: Supporting Differentiated Services in Multihop Mobile Ad Hoc Networks

Courtesy Piggybacking: Supporting Differentiated Services in Multihop Mobile Ad Hoc Networks. Wei Liu Xiang Chen Yuguang Fang WING Dept. of ECE University of Florida. Outline. Introduction and motivation of CP Design issues Packet-length-based channel model

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Scalable Failure Recovery for Tree-based Overlay Networks

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Caixi 2011-09-26 Key Lab of Information Coding & Transmission

On the Coded Complex Field Network Coding Scheme for Multiuser Cooperative Communications with Regenerative Relays. Caixi 2011-09-26 Key Lab of Information Coding & Transmission Southwest Jiaotong University Chengdu, Sichuan 610031, PR of China. Outline. Motivation

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TCP Performance Over Wireless Links

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Elements of a Protocol Implementation

Elements of a Protocol Implementation. Outline Service In 1 1 terface Process Model Common Subroutines Example Protocol. Socket API. Creating a socket int socket(int domain, int type, int protocol) domain = PF_INET, PF_UNIX type = SOCK_STREAM, SOCK_DGRAM, SOCK_RAW

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ECE 776 Information Theory

ECE 776 Information Theory. Capacity of Fading Channels with Channel Side Information Andrea J. Goldsmith and Pravin P. Varaiya, Professor Name: Dr. Osvaldo Simeone Student Name: Intehaa Aljarrah Date: May 1 2007. Capacity of Fading Channels with channel side information.

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IEEE 802.11 based Vehicular Communication Simulation Design for NS-2

IEEE 802.11 based Vehicular Communication Simulation Design for NS-2 . Qi Chen, Daniel Jiang, Vikas Taliwal, Luca Delgrossi DaimlerChrysler Research and Technology North America, Inc. Content. DSRC Overview and Motivation for IEEE 802.11 based VANET Simulations

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Exploiting MAC layer diversity in wireless networks

Exploiting MAC layer diversity in wireless networks. Vivek Raghunathan (joint work with Min Cao, P. R. Kumar) Coordinated Science Laboratory University of Illinois, Urbana-Champaign. Interference Management. MAC. Fading Mitigation. PHY. tx. rx. Motivation.

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Software-defined Radio using Xilinx (SoRaX)

Software-defined Radio using Xilinx (SoRaX). By: Anton Rodriguez & Mike Mensinger Advised by: Dr. In Soo Ahn & Dr. Yufeng Lu. Outline. Brief project overview/introduction Project Goals Prior work and supplements Background Dissection of Flowchart Requirements Equipment Schedule.

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Distributed MU-MIMO Architecture Design Considerations

January 2018. Distributed MU-MIMO Architecture Design Considerations. Date: 2018-12-21. Authors:. January 2018. Introduction.

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Analysis of CAP of IEEE 802.15.4 Superframe

Analysis of CAP of IEEE 802.15.4 Superframe. Iyappan Ramachandran University of Washington November 15, 2005. Model Assumptions. Beacon-enabled Star M nodes attached to a coordinator All nodes within the carrier sensing range of each other No inactive period in the superframe, i.e. BO=SO

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Comments on PHY Abstraction

Comments on PHY Abstraction. John S. Sadowsky ( john.sadowsky@intel.com ) Intel. References on PER Prediction. Sadowsky & Li, 11-03-0863, Packet Error Probability Prediction for 802.11 MAC Simulation Sadowsky, 11-04-0304, PER Prediction for 802.11n MAC Simulation

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The Finite-state channel was introduced as early as 1953 [McMillan'53].

Indecomposable Finite-State Channels with Feedback. Ron Dabora and Andrea Goldsmith. Summary. The Finite-State Channel Model. Definitions. Motivation. The Finite-state channel was introduced as early as 1953 [McMillan'53].

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