OUR SINCERE APOLOGIES FOR MULTIPLE COPIES
C A L L F O R P A R T I C I P A T I O N I E E E I N F O C O M 2 0 0 1
http://www.ieee-infocom.org/2001
April 22-26, 2001 - Anchorage, Alaska
TRAIN CHARTER: This year we are chartering a train for our welcome reception. This train ride will take you through the Kenai fjords and will include food and drinks. April 24, 6-11 pm. Seats are limited, and will be given out on the basis of registration date.
CONFERENCE REGISTRATION: The deadline for advance registration is April 2, 2001 (5pm Eastern Standard Time). Please register early to ensure that you have a seat in the train charter. On-line registration is possible at our website at http://www.ieee-infocom.org/2001 and then clicking on "Registration Information". Your dinner code is 530T. Enter this code while registering and you may be a lucky winner of a $100 dinner at INFOCOM 2001.
HOTEL REGISTRATION: Please book your hotel room early at the Marriott Anchorage Downtown. The Hilton is now completely sold out. The conference rates at both hotels are the same and the two hotels are within a 5 minute walking distance of each other.
TOURS: Several tours of Alaska's natural treasures are planned. Please visit our website at http://www.ieee-infocom.org/2001 and look for "On-line tour registration".
AIRLINE TICKETS: Please book your flights to Anchorage early, so that you can get reasonably priced tickets.
TECHNICAL SESSIONS: 48 technical sessions featuring the latest research and trends in the field of computer communications and netwroking.
TUTORIALS: Wireless Home Networks: Technologies and Applications Quality of Service (QoS) Support for Broadband Wireless Networks Traffic Engineering in IP/MPLS Networks TCP Congestion Controls: Algorithms and Models Video Over IP Bluetooth and Pervasive Wireless Networking Control and Management for Optical Networks: An IP-Centric Approach Principles of Multicast Protocols and Services
PANELS: All-Optical Networks: Fact or Fiction Next Generation Wireless Networks: Radio, Networking and Applications Modeling of the Shrew: the Quest for a "Model" Network Model