'Rate allocation' presentation slideshows

Chapter 4 System Level Aspects for Single Cell Scenarios

Chapter 4 System Level Aspects for Single Cell Scenarios. School of Info. Sci. & Eng. Shandong Univ. CONTENT. 4.1 Efficient Analysis of OFDM Channels 4.2 Generic Description of a MIMO- OFDM-Radio-Transmission-Link 4.3 Resource Allocation Using Broadcast Techniques

702 views • 56 slides

Stochastic Control of Heterogeneous Networks

Stochastic Control of Heterogeneous Networks. Eytan Modiano Massachusetts Institute of Technology. http://web.mit.edu/modiano/www. Outline. Introduction Optimal power and rate allocation Joint routing and power allocation Joint flow control, routing and power allocation

605 views • 49 slides

Joint Optimization of Scheduling and Congestion Control in Communication Networks

Joint Optimization of Scheduling and Congestion Control in Communication Networks. Matthew Andrews Bell Labs. Congestion control and scheduling. Inj rate x2. S2. Scheduling: Decide which data should be served at each internal queue Congestion control

575 views • 48 slides

Joint Optimization of Scheduling and Congestion Control in Communication Networks

Joint Optimization of Scheduling and Congestion Control in Communication Networks. Matthew Andrews Bell Labs. Congestion control and scheduling. Inj rate x2. S2. Scheduling: Decide which data should be served at each internal queue Congestion control

536 views • 48 slides

A Comparison of Layering and Stream Replication Video Multicast Schemes

A Comparison of Layering and Stream Replication Video Multicast Schemes. Taehyun Kim and Mostafa H. Ammar Networking and Telecommunications Group Georgia Institute of Technology Atlanta, Georgia. Research Goal.

607 views • 46 slides

Compiled from work by: Lachlan Andrew (2), Steven Low (1),

Comparison of MaxNet and XCP: Network Congestion Control using explicit signalling Speaker: Bartek Wydrowski. Compiled from work by: Lachlan Andrew (2), Steven Low (1), Iven Mareels (2), Bartek Wydrowski (1) , Moshe Zukerman (2). (2). (1). Talk Overview. MaxNet & XCP Overview.

506 views • 39 slides

Xiaobo Zhou Department of Computer Science University of Colorado at Colorado Springs

Robust Processing Rate Allocation with Feedback Control for Proportional Slowdown Differentiation. Xiaobo Zhou Department of Computer Science University of Colorado at Colorado Springs. Outline. Proportional Slowdown Differentiation (PSD) State-of-the-Art An Integrated Approach to PSD

498 views • 29 slides

Congestion Control in Distributed Media Streaming

Congestion Control in Distributed Media Streaming. Lin Ma Wei Tsang Ooi School of Computing National University of Singapore IEEE INFOCOM 2007. outline. Introduction Distributed Media Streaming (DMS) Task-level TCP Friendliness Framework of DMSCC Throughput Control Congestion Control

368 views • 28 slides

Achieving Stability in a Network of IQ Switches

Achieving Stability in a Network of IQ Switches. Neha Kumar Shubha U. Nabar. Outline. The Problem Instability of LQF Prior Work Fairness in Scheduling Fair-LQF Fair-MWM Stability of Networks Single-Server Switches AZ Counterexample N x N Switches. The Problem.

421 views • 26 slides

RCRT: Rate-Controlled Reliable Transport for Wireless Sensor Networks

RCRT: Rate-Controlled Reliable Transport for Wireless Sensor Networks. Jeongyeup Paek. Outline. Motivation Design goal RCRT Design End-to-end Loss recovery Congestion detection Rate adaptation Rate allocation Evaluation Conclusion. Sensor Network Applications.

355 views • 23 slides

RCRT: Rate-Controlled Reliable Transport for Wireless Sensor Networks

RCRT: Rate-Controlled Reliable Transport for Wireless Sensor Networks. Jeongyeup Paek. Outline. Motivation Design goal RCRT Design End-to-end Loss recovery Congestion detection Rate adaptation Rate allocation Evaluation Conclusion. Sensor Network Applications.

345 views • 23 slides

Rate-Controlled Reliable Transport for Wireless Sensor Networks

Rate-Controlled Reliable Transport for Wireless Sensor Networks. Jeongyeup Paek , Ramesh Govindan. Reliability : Sensor Network Applications. Structural Health Monitoring Wisden, NetSHM Tenet-Wisden deployment at Vincent Thomas Bridge Imaging Tenet-Cyclops deployment at James Reserve.

359 views • 20 slides

Collective delusions behind how capacity gets shared

Collective delusions behind how capacity gets shared. Bob Briscoe with Toby Moncaster & Lou Burness presented by Dirk Trossen Jan 2008. tremendous idea anyone can use any link anywhere on the Internet without asking when any link is overused who decides how big a share each gets? TCP

261 views • 18 slides

Presented at the Electronic Imaging 2003

Unbalanced Quantized Multiple Description Video Transmission using Path Diversity Sila Ekmekci and Thomas Sikora Technical University Berlin. Presented at the Electronic Imaging 2003. Overview. Multiple Description Coding Multiple State Video Coding & State Recovery

296 views • 18 slides

Direction-Adaptive Partitioned Block Transform for Color Image Coding

Mina Makar & Sam Tsai Stanford University EE 398 Final Project. Direction-Adaptive Partitioned Block Transform for Color Image Coding. Overview. Introduction DA-PBT on color images Choosing color space & sub-sampling chroma Color quality along directions, comparing with DCT, DCT-8

330 views • 17 slides

Riku Jantti Telecommunication Engineering at University of Vaasa, Finland Seong-Lyun Kim

Joint Data Rate and Power Allocation for Lifetime Maximization in Interference Limited Ad Hoc Networks. Riku Jantti Telecommunication Engineering at University of Vaasa, Finland Seong-Lyun Kim Electrical and Electronic Engineering, Yonsei University, Seoul, Korea.

268 views • 17 slides

Path Selection and Multipath Congestion Control by P. Key, L. Massoulie , and D. Towsley

332 views • 15 slides

Demand Based Rate Allocation

Demand Based Rate Allocation. Arpita Ghosh and James Mammen {arpitag, jmammen}@stanford.edu. EE 384Y Project 4 th June, 2003. Outline. Motivation Previous work Insight into proportional fairness Demand-based max-min fairness Decentralized algorithm

247 views • 15 slides

Content-tracked Rate Control for Multiple Video Steaming Over Shared IEEE 802.11 Channel

Content-tracked Rate Control for Multiple Video Steaming Over Shared IEEE 802.11 Channel. Hongjiang Xiao hjxiao@stanford.edu. Outline. Overview Motivation Disadvantages analysis of current schemes Goals. Video Delivery over Wireless Internet. Many applications Mobile Video Phone

274 views • 15 slides

Homework 2

347 views • 12 slides