PAST SEMINARS: STOCHASTIC NETWORKS SEMINAR (1998-99)
SUMMER 1998
Thursday, July 16, 1998
Vlada Limic (UCSD)
"Loss network representation of Peierls contours"
(following Fernandez, Ferrari, Garcia)
Click
here to go to
the paper (publication 50) on which this talk will be based.
Thursday, July 23, 1998
Amber Puha (UCSD)
"A spatial queueing problem: stochastic and dynamic vehicle
routing"
(following Bertsimas and Van Ryzin,
Adv. Appl. Prob.,
25 (1993), 947--978).
Thursday, July 30, 1998
Christian Gromoll (UCSD)
"A queue with processor sharing in heavy traffic"
(following S. Grishechkin, GI/G/1 processor
sharing queue in heavy traffic, Adv. Appl. Prob.,
26 (1994), 539--555.)
Thursday, August 6, 1998
Ruth Williams (UCSD)
"Reflecting diffusions and queueing networks".
FALL 1998
Thursday, October 1, 1998
Reading group meeting -- diffusion approximations
to open multiclass queueing networks.
Thursday, October 8, 1998
Miroslav Krstic (AMES Dept., UCSD)
"Stabilization of Stochastic Nonlinear Systems"
(for a copy of the paper on which this talk is based,
click here).
Thursday, October 15, 1998
Amber Puha (UCSD)
"Fluid approximations for a processor sharing queue"
(following
H. Chen, O. Kella and G. Weiss --- for a copy of the paper,
click here and go to reference 13)
Thursday, October 22, 1998
Steven Bell (UCSD)
"Two-server closed networks in heavy traffic: diffusion limits and asymptotic optimality"
(For a copy of the paper by S. Kumar on which this talk
is based, click here.)
Thursday, October 29, 1998
Vlada Limic (UCSD)
"Branching processes in Levy processes" (following
Le Gall and Le Jan)
Thursday, November 5, 1998
Ruth Williams (UCSD)
"Dynamic control of processing networks: an
introduction to the Brownian control problem
approach".
Thursday, November 12, 1998
No seminar this week.
Thursday, November 19, 1998
Ruth Williams (UCSD)
"Dynamic control of processing networks:
the Brownian control problem (continued)"
Thursday, December 3, 1998
R. Cruz (ECE Dept, UCSD)
"A framework for adaptive service guarantees"
(for a copy of the paper on which this talk is based, click
here)
WINTER 1999
Thursday, January 14, 1999
M. Lopez (IRPS, UCSD)
"Heavy traffic resource pooling in
parallel-server systems".
(For a copy of the paper on which this talk is based,
click here.)
Thursday, January 21, 1999
B. Raphael (Math Dept, UCSD)
Dynamic routing in open queueing networks: Brownian models, cut
constraints and resource pooling
(following F. P. Kelly and C. N. Laws, Queueing Systems, 13 (1993), 47--86).
Thursday, February 4, 1999
See Probability Seminar
listing for this date
(talk by Maury Bramson at 10.10am in AP&M 6218).
Thursday, February 11, 1999
Steve Bell (UCSD)
"Dynamic scheduling for a system with two parallel servers: asymptotic optimality of a continuous review
threshold policy
in heavy traffic"
Thursday, February 18, 1999
Julie Mitchell (SDSC)
"Channel capacity theorems: a basic introduction"
(This introductory talk is based on two papers
available by clicking here
and here.)
Thursday, February 25, 1999
Balaji Prabhakar (Electrical Engineering, Stanford University)
"Fixed point theorems for queues" (click
here for abstract)
Thursday, March 4, 1999
Hal White (Economics Dept, UCSD)
"A Reality Check for Data Snooping".
SPRING 1999
Thursday, April 15, 1999
Jim Dai (Georgia Institute of Technology)
"Critical Stability of Some Fluid Models"
Thursday, April 22, 1999
NO seminar this week.
Thursday, May 6, 1999
Boris Tsybakov,
Qualcomm Inc.
Communication Networks with Self-Similar Traffic
(Click here to see an abstract for this talk)
Thursday, May 13, 1999
Steve Bell (UCSD)
"Pricing and congestion control for communication networks"
(following F. P. Kelly et al.)
Thursday, May 20, 1999, 1-2pm, AP&M 7218
Vlada Limic (UCSD)
LIFO queues in heavy traffic
Thursday, June 3, 1999, 2.30 p.m.
Amelia Regan (Civil and Environmental Engineering, UC Irvine)
Modeling issues in dynamic freight and fleet management.
Click here to see an abstract for this talk.
SUMMER 1999
Monday, June 21, 11 a.m., AP&M 7421
Sunil Kumar, Stanford University
Two-Server Closed Networks in Heavy Traffic
For an abstract of this talk, click here.