A Congestion Pricing User Study Using a 802.11a Wireless LAN Jimmy Shih, Randy Katz, Anthony Joseph.

Slides:

Advertisements

Similar presentations

Quality of Service in IN-home digital networks An Architecture for QoS guarantees and Routing in Wireless/Mobile Networks Indu Mahadevany and Krishna M.

Advertisements

1 The ns-2 Network Simulator H Plan: –Discuss discrete-event network simulation –Discuss ns-2 simulator in particular –Demonstration and examples: u Download,

Networks Unit 3 & 4 IP&M JEOPARDY Acknowledgements: VITTA for the jeopardy pro-forma Mark Kelly’s Network slideshow.

CAPANINA Multimedia Applications Demo Specifications for Trial 1 Milan Lalovic Wireless Networks, BT Exact.

TIA Electronic Tools Standards Development Susan Hoyler Director, Standards Development and Promotion GSC/EWG Meeting Sydney, Australia November 2001.

Pricing, Charging, & Billing Experiments Using the H.323 Gateway Jimmy Shih, Anthony Joseph, Randy Katz.

Differentiated Services. Service Differentiation in the Internet Different applications have varying bandwidth, delay, and reliability requirements How.

Wide Area Networks School of Business Eastern Illinois University © Abdou Illia, Spring 2007 (Week 11, Thursday 3/22/2007)

LYU9802 Quality of Service in Wired/Wireless Communication Networks: Techniques and Evaluation Supervisor: Dr. Michael R. Lyu Marker: Dr. W.K. Kan Wan.

Lecture Chapter 1: roadmap 1.1 What is the Internet? 1.2 Network edge  end systems, access networks, links 1.3 Network core  network structure,

Computer Network Architecture and Programming

The ICEBERG H.323 Computer Telephony Service Jimmy Shih, Anthony Joseph, Randy Katz.

User Experiments of Using Congestion Pricing to Allocate Access Link Bandwidth Jimmy Shih, Randy Katz, Anthony Joseph.

Chapter 9 Using Telephone and Cable Networks for Data Transmission Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or.

Using Prices to Allocate Resources at Access Points Jimmy Shih, Randy Katz, Anthony Joseph One Administrative Domain Access Point A Access Point B Network.

Using Prices to Allocate Resources at Access Points Jimmy Shih, Randy Katz, Anthony Joseph One Administrative Domain Access Point A Access Point B Network.

Lecture 1 Overview: roadmap 1.1 What is computer network? the Internet? 1.2 Network edge  end systems, access networks, links 1.3 Network core  network.

Passive traffic measurement Capturing actual Internet packets in order to measure: –Packet sizes –Traffic volumes –Application utilisation –Resource utilisation.

Networking DSC340 Mike Pangburn. Networking: Computers on the Internet  1969 – 4  1971 – 15  1984 – 1000  1987 – 10,000  1989 – 100,000  1992 –

Ganesh Ananthanarayanan Mentor: Randy Katz CS

Networking Components Chad Benedict – LTEC

Active Network Applications Tom Anderson University of Washington.

HRPD Femto Local IP Access: Overview Peerapol Tinnakornsrisuphap Qualcomm October 27 th, GPP2 Seoul,

IDK0040 Võrgurakendused I Building a site: Implementation Deniss Kumlander.

Copyright 2002, Marchany TCP/IP Review Randy Marchany VA Tech Computing Center Spring, 2001.

Advanced Network Architecture Research Group 2001/11/149 th International Conference on Network Protocols Scalable Socket Buffer Tuning for High-Performance.

Common Devices Used In Computer Networks

Chapter 1: Introduction to Web Applications. This chapter gives an overview of the Internet, and where the World Wide Web fits in. It then outlines the.

Chapter 3 How to build a network?. 2 Objectives What is a Network? IP Addresses Key Components of a Network (NIC) Factors in Designing a Network.

Lecture#1 on Internet. Internet Addressing IP address: pattern of 32 or 128 bits often represented in dotted decimal notation IP address: pattern of 32.

© McLean HIGHER COMPUTER NETWORKING Lesson 1 – Protocols and OSI What is a network protocol Description of the OSI model.

Networking Components DAVID INGUANZO 7/10/14. HUB ~$20 ($20 - $1,000+) Best for: home networks light traffic business environment connecting multiple.

EmNet: Satisfying The Individual User Through Empathic Home Networks J. Scott Miller, John R. Lange & Peter A. Dinda Department of Electrical Engineering.

Key Terms. Online Communication Online community A virtual community which exists only online. It may be open to anyone (eg. a bulletin board) or restricted.

The Inter-network is a big network of networks.. The five-layer networking model for the internet.

Tony McGregor RIPE NCC Visiting Researcher The University of Waikato DAR Active measurement in the large.

Re’Arch 2008 Policing Freedom… to use the Internet Resource Pool Arnaud.Jacquet, Bob.Briscoe, Toby.Moncaster December

Chapter 6 Data Communications. Network Collection of computers Communicate with one another over transmission line Major types of network topologies What.

CSE 6590 Department of Computer Science & Engineering York University 111/9/ :26 AM.

1 OSI and TCP/IP Models. 2 TCP/IP Encapsulation (Packet) (Frame)

Communications & Computer Networks Resource Notes - Network Hardware

© 2006 Cisco Systems, Inc. All rights reserved.Cisco PublicITE I Chapter 6 1 Prototyping the Campus Network Designing and Supporting Computer Networks.

Transmission Control Protocol (TCP) Internet Protocol (IP)

An End-to-End Service Architecture r Provide assured service, premium service, and best effort service (RFC 2638) Assured service: provide reliable service.

Introduction Computer networks: – definition – computer networks from the perspectives of users and designers – Evaluation criteria – Some concepts: –

Motivation - The Edge Lab Motivation Communication as a co-operative multi-party act: But interests diverge … Core question: how can we distribute control.

Networking Components

An End-to-End Service Architecture r Provide assured service, premium service, and best effort service (RFC 2638) Assured service: provide reliable service.

Access Link Capacity Monitoring with TFRC Probe Ling-Jyh Chen, Tony Sun, Dan Xu, M. Y. Sanadidi, Mario Gerla Computer Science Department, University of.

Cisco I Introduction to Networks Semester 1 Chapter 3 JEOPADY.

Ad Hoc – Wireless connection between two devices Backbone – The hardware used in networking Bandwidth – The speed at which the network is capable of sending.

Chapter Objectives In this chapter, you will learn:

Module 1: Understanding Local Area Networks

Network interface Card (NIC) Wireless NIC

Introduction to Technology Infrastructure

Network Layer, and Logical Addresses

Local Area Networks Yiannos Mylonas.

Cloud-Assisted VR.

Wireless Modes.

Cloud-Assisted VR.

Introduction to Technology Infrastructure

Design Unit 26 Design a small or home office network

TCP/IP Protocol Suite: Review

Planning a Network Upgrade

Network Hardware and Protocols

IT351: Mobile & Wireless Computing

Net 412 (Practical Part) Networks and Communication Department LAB 1.

Communications & Computer Networks Resource Notes - Network Hardware

TCP/IP Protocol Suite: Review

A tool for locating QoS failures on an Internet path

Presentation transcript:

A Congestion Pricing User Study Using a a Wireless LAN Jimmy Shih, Randy Katz, Anthony Joseph

Problem Statement How to allocate wireless bandwidth? Insufficient bandwidth during peaks. Use prices to encourage some users to conserve bandwidth during congestion. E.g. Encourage heavy users to conserve bandwidth to support more light users. Congestion pricing:vary prices according to load. Allocate scarce bandwidth. Save over-provisioning. Provide guaranteed service. Goals: Measure effectiveness of using congestion pricing. Understand user acceptance to changing prices.

State-of-the-Art Proposals of different congestion pricing mechanisms. Senders pay at each congested point. Senders pay to neighboring domains. Receivers pay for received congested packets. Simulations: Assume particular user model. Show that congestion pricing potentially can be better. Little actual experimentation. Need to quantify tradeoffs of congestion pricing. Need to demonstrate user acceptance.

Methodology Combination of user experiments and simulations to quantify effectiveness of congestion pricing for wireless bandwidth. 1.Experiments for understanding acceptance and reactions to price changes. 2.Simulations for understanding management of congestion pricing under high loads. 3.Combining user experiments with simulations to verify users’ reactions and tradeoffs.

Prototype Internet WLAN Internet Packeteer PacketShaper Web Server Access Router :Control: TCP connection. 2:Control: web connections. 3:Data

User Interface Rate-limit each IP address to certain bandwidth. Give each user some free tokens a week. User needs more bandwidth, goes to web server, looks at prices, and decides to purchase more. Provide users with current usage information. Users can change their bandwidth selections at any time.

Pilot Study Tested out UI and stability of the prototype with graduate students using a wired Ethernet network. Traces of download and upload bandwidth usages. Download Upload

Spring Semester Plan Deploy a a network using 10 access points around Soda Hall. Provide 50 graduate students with wireless cards for participating in the pricing experiments. Expected Results: Show users willing to interact with UI that only requires their attention when they need more bandwidth. Measure percentage of new and existing users requesting excess bandwidth when prices change.

Summary Determine effectiveness of using dynamic prices for allocating scarce bandwidth. Conduct a user study using a a WLAN. Expected Contributions: Collect traces of wireless bandwidth usages. Understand user acceptance to changing prices. Model users’ reactions to changing prices. Quantify effectiveness of congestion pricing for wireless bandwidth.