This book contains a lot of great algorithms for network flow theory and it also contains many of the great applications, which are very useful in practice. This book is very completed. Personally, I learn a lot of new things about Multi commodity Flow, which are the use of Lagrangian Relaxation, Column generation, Resource allocation techniques for solving multi commodity flow. There are also the good chapters in Convex cost flow and Generalized Flow and good appendix in complexity. Beside this book is very easy to read and understand. It is a great idea to have if you are in OR or IE major. :)
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This book is a nice book for introduction to manufacturing system for undergraduate level for industrial engineer. The book covers Forecasting, Aggregate Planning, Inventory control (certain and stochastic demand), Push vs. Pll Production Control Systems, Scheduling, Facility Layout, Facility Location, Quality control and Reliability. In Forecasting chapter, the book provides a lot of good basic forecasting methods such as moving average, exponential smooting, trend-based method, and seasonal series. In Aggregate Planning chapter, the book covers just the basic concepts and models which can be done better. For inventory control chapters, the book does a nice job and cover a lot of detailed basic models which is a good introduction. In the Production Control Systems chapter, this book also has done a nice job in covering detailed basic ideas of the MRP subject such as lot sizing methods in MRP but JIT section could be done better by adding some more detaile on key factors of JIT's success and the use of time buffer instead of inventory buffer. In Scheduling chapters, the book covers a very basic models for scheduling which is again good for introduction. The rest sections of the book are nicely written with the level of introduction. Overall, this book is good and nice to have. One comment on the cover page is that the formulation for EOQ is very wrong and should not happen for the book on manufacturing system.
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