劉軍博士自2005年以來任英國北愛爾蘭奧斯特大學(xué)(Ulster University)Jordanstown校區(qū)計(jì)算與kaiyun開云官方網(wǎng)站幾乎最年輕（僅有1位比他年輕）的講師，也是奧斯特大學(xué)計(jì)算機(jī)科學(xué)研究所（CSRI）的核心研究成員。在此之前，他2002年2月—2004年12月，在英國曼徹斯特大學(xué)管理學(xué)院做博士后研究，2000年3月—2002年2月，在比利時(shí)國家核研究中心(SCK?CEN)做博士后研究。他分別于1993年，1996年獲得中國kaiyun開云官方網(wǎng)站應(yīng)用數(shù)學(xué)的學(xué)士和碩士學(xué)位，并于1999年獲得中國kaiyun開云官方網(wǎng)站交通信息工程及控制專業(yè)的博士學(xué)位,師從kaiyun開云官方網(wǎng)站徐揚(yáng)教授。
討論班地址：九里校區(qū)1409. 計(jì)劃如下：
Summer
Short-Term Teaching and Research
Seminars Plan
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Module Title:
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Advanced Operational Research
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Year/Term: 2013/Summer
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Module Coordinator: Dr Jun Liu
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Sessions
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Dates
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Hours
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Topics
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1
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Tuesday, 2nd July, 2013
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9-12am
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Introduction to Operational Research
(State ofArtoverview. Why OR
and case studies illustration of applications)
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2
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Tuesday, 2nd July, 2013
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2:30-5:30pm
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Linear Programming
(Theory insight of Linear Programming. Algebraic
derivation of the Simplex Method. The big-M method)
Duality
(The Duality
theorem. The Dual Simplex Method)
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3
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Wednesday, 3rd July, 2013
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9:30-12am
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Topic 1: xxx
(by Prof Luis Martínez López)
Topic 2: xxx
(by Dr Jun Liu)
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4
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Wednesday, 3rd July, 2013
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2:30-5:30pm
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Integer Programming
(Cutting
planes. The all-integer and the mixed integer-continuous variable methods.
Branch-and-bound)
Dynamic Programming
(Bellman's
method. Successive approximations. Applications of Dynamic Programming to
other problems such as the knapsack problem)
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5
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Monday, 8th July, 2013
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9-12am
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Artificial Intelligence and OR
(The AI
approach. NP-completeness and the travelling salesman problem. Heuristic
optimisation methods, simulated annealing, tabu searches)
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6
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Monday, 8th July, 2013
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2:30-5:30pm
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Artificial Intelligence and OR
(Genetic Algorithms;
Artificial Neural Network and Knowledge-Based Systems)
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7
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Tuesday, 9th July, 2013
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9-12am
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Markov Chains
(Definitions
and examples. The Chapman- Kolmogorov equations. Steady-state solutions.
Classification of states. The Perron-Frobenius theorems. Reducibility,
communication, periodicity, recurrent and absorbing states)
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8
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Tuesday, 9th July, 2013
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2:30-5:30pm
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The Poisson Process
(Distribution
of the number of events in a time interval and the inter-event time)
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9
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Tuesday, 10th July, 2013
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9-12am
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Queuing Theory
(The stationary
and time dependent M/M/1 queue. The M/G/1 queue. More advanced queuing
models)
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10
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Tuesday, 10th July, 2013
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2:30-5:30pm
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Simulation
(Generation
of pseudo-random numbers and variables. Simulation of Markov Chains and
Queues. Simulation languages)
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