Book Detail: System Engineering
Language: English
Pages: 273
Author: Mrs. R. Vasanthi, Dr. R. Visvanathan, Dr. R. Palaniswamy, Dr. S. R. Devadasan
Price: Free
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Outlines of System Engineering
Module 1. Systems concept
Lesson 1. Systems concept: operations management
Lesson 2. Systems concept: managerial policy and decision making
Lesson 3. Systems concept : methodology and models
Module 2. Requirements for linear programming problems
Lesson 4. Origin and development of or
Lesson 5. Methodology- uses and limitations
Lesson 6. Linear programming – basic ideas
Module 3. Mathematical formulation of linear programming problems and its graphical solution
Lesson 7. Mathematical formulation of the problem
Lesson 8. Graphical method i
Lesson 9. Graphical method ii – special cases
Module 5. Simplex method, degeneracy and duality in linear programming
Lesson 10. Simplex method
Lesson 11. Simplex method problems
Lesson 12. Degeneracy
Lesson 13. Duality in linear programming
Lesson 14. Simplex method –problems
Module 6. Artificial variable techniques- big m method, two phase methods
Lesson 15. Artificial variable techniques- big m method
Lesson 16. Big m method – problems
Lesson 17. Big m method- special case
Lesson 18. Artificial variable techniques- two phase method
Module 7.
Lesson 19. Introduction to models
Lesson 20. Growth models
Module 8.
Lesson 21. Introduction to agricultural system
Lesson 22. Linear growth model
Lesson 23. Logistic growth model
Lesson 24. Richard’s growth model
Module 9. Cost analysis
Lesson 25. Cost analysis: cost of operation / production
Lesson 26. Investment analysis
Lesson 27. Inventory control
Module 10. Transporatation problems
Lesson 28. Transportation problems
Lesson 29. Transportation problems
Lesson 30. Transportation problems
Module 11. Assignment problems
Lesson 31. Assignment problems – introduction
Lesson 32. Assignment problems – solutions of the assignment problems
Lesson 33. Assignment problems – assignment algorithm
Module 12. Waiting line problems
Lesson 34. Introduction to queuing theory
Lesson 35. Characteristics of queueing systems
Lesson 36. Classification of queuing models and their solutions
Lesson 37 solved examples
Module 13. Network scheduling by PERT / CPM
Lesson 38. Network analysis
Lesson 39. Construction
Lesson 40. Critical path method
Lesson 41. Programme evaluation review technique: (pert)
Lesson 42. Network problems
Module 14. Resource analysis in network scheduling
Lesson 43. Project cost and resource leveling
Lesson 44. Time-cost optimization
Lesson 45. Time cost optimization- problems
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Very Nice Books
Good book!