Wednesday, June 23
    Jade I (R1)   Jade II (R2) Pearl I (R3) Pearl II (R4) Emerald I (R5) Emerald II (R6)

8:30-10:00

W1-R1
Portfolio optimization I
W1-R2
Optimal control of queues
W1-R3
Tails and other asymptotics
W1-R4
Supply chain management I
W1-R5
Stochastic models in reliability theory
W1-R6
Markov processes and biomedical applications

 Break (10:00-10:30)

10:30-12:00

W2-R1
Portfolio optimization II
W2-R2
Stability
W2-R3
Analysis and control of stochastic networks
W2-R4
Supply chain management II
W2-R5
Simulation applications
W2-R6
Markov decision processes

 Lunch (12:00-1:30)

1:30-2:30      Plenary I: Two-barrier problems in applied probability

2:30-4:00

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W3-R1
Financial Modeling and Analysis
W3-R2
Matrix analytical methods I
W3-R3
Pricing and control
W3-R4
Supply chain management III
W3-R5
Simulation and optimization
W3-R6
Scheduling and resource allocation

Break (4:00-4:30)

4:30-6:00

W4-R1
Risk and insurance
W4-R2
Matrix analytical methods II
W4-R3
Call center
W4-R4
Supply chain management IV
W4-R5
Improving simulation efficiency
W4-R6
Queuing models

Reception (6:00-8:30)

Thursday, June 24

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8:00-9:30

T1-R1
Applications of queues
T1-R2
Heavy tails in queuing systems
T1-R3
Queues with setup, retrial  or batch service
T1-R4
Inventory, risk and auction
T1-R5
Statistical models
T1-R6
Stochastic models

Break (9:30-10:00)

10:00-11:00      Plenary II : An Asymptotic Parameter Regime for Analyzing Large Call Centers

11:00-12:30

T2-R1
Stochastic models in finance and insurance
T2-R2
Tail asymptotics of stochastic models I
T2-R3
Multi-class queueing models
T2-R4
Inventory model I
T2-R5
Transportation and logistic systems

Lunch (12:30-2:00)

2:00-3:00     Plenary III: Risk

3:00-4:30

T3-R1
Options and applied probability in economics
T3-R2
Tail asymptotics of stochastic models II
T3-R3
Internet applications
T3-R4
Inventory model II
T3-R5
Simulation: methods and applications
T3-R6
Image processing and computer applications

Break (4:30-5:00)

Business Meeting (5:00-6:00)

 Friday, June 25

8:30-10:00

F1-R1
Mathematical finance
F1-R2
Approximation and estimation
F1-R3
Telecommunication
F1-R4
Supply chain management V
F1-R5
Matrix analytical methods III
F1-R6
Network and combinatory problems

Break (10:00-10:30)

10:30-12:00

F2-R1
Server-vacation and other models
F2-R2
Flexible servers and control of queues I
F2-R3
Wireless and ATM networks
F2-R4
Pricing and information sharing
F2-R5
Stochastic control and optimization
F2-R6
Diffusion models and control of queues

 Lunch (12:00-1:30)

Forbidden City (The Palace Museum) Tour (2:30-6:00)

Dinner at Beihai Park (6:00-8:00)