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Unit I: Linear Programming Problem
0/5
Linear Programming – Introduction
Linear Programming – Formulation
Graphical method
Simplex Method
Formation of Primal and Dual
Unit II: Transportation Problems and Assignment Problems
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Transportation Problems – Introduction
North West Corner Method- Optimal solution
Least Cost Method – Optimal solution
Vogel’s Approximation Method – Optimal solution
Modified Distribution method – Optimal solution
Solving balanced and unbalanced assignment problems
Hungarian method
Unit III: Queuing Theory
0/6
Queuing Theory – Introduction
Definitions of Waiting Line Model
Queue Discipline – Traffic intensity
Poisson Arrival – Birth Death Process
Problems from Single Server
Finite and infinite Population Model
Unit IV: CPM and PERT
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Construction of Network for projects
Critical Path Method
Types of Floats
Program Evaluation and Review Technique
PERT – Time scale analysis – critical path – probability of completion of project
Unit V: Simulation
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Simulation: Examples, advantages- limitations
Monte – Carlo simulation
Generation of random numbers – steps in simulation
Uses of simulation
Simulation applied to queuing problems
Simulation applied to some other types of problems
21UCL302: RESOURCE MANAGEMENT TECHNIQUES
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