Learn · Industrial Engineering and Operations Research
Lecture 19 of 60Week 4
Lec 4: Scheduling Part 2
Prof. Uday Shanker Dixit · IIT Guwahati
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- From
- Industrial Engineering and Operations Research, IIT Guwahati (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Lec 1: Industrial Engineering and Operations Research
- Lec 2: Production Planning and Control, Aggregate production planning
- Lec 3: Product Design Part 1
- Lec 4: Product Design Part 2
- Lec 5: Job, Batch, and Flow Production methods
- Lec 1: Work study: Enhancing Productivity through Methods and Measurement
- Lec 2: Work Sampling and Ergonomics
- Lec 3: Inventory Management part-1
- Lec 4: Inventory Management part-2
- Lec 5: Supply chain Management
- Lec 1: Total Quality Management
- Lec 2: Application of Statistics in TQM
- Lec 3: Acceptance Sampling
- Lec 4: Control Charts
- Lec 5: Taguchi's Method, Six Sigma, ISO9001
- Lec 1: Forecasting Part 1
- Lec 2: Forecasting Part 2
- Lec 3: Scheduling Part 1
- Lec 4: Scheduling Part 2
- Lec 5: Assignment Problems
- Lec 1: Line Balancing
- Lec 2: Break-Even Analysis Part 1
- Lec 3: Break-Even Analysis Part 2
- Lec 4: Industry 4.0
- Lec 5: Industry 4.0 and 5.0
- Lec 1: Big Data and Analytics
- Lec 2: Machine learning
- Lec 3: Internet of Things
- Lec 4: Smart Factories
- Lec 5: Digital Twins
- Lec 1: Linear programming
- Lec 2: Linear Programming: Graphical Method
- Lec 3: Linear Programming: Simplex Method
- Lec 4: Simplex Method: Big M and Two Phase
- Lec 5: Special Problems in Linear Programming
- Lec 1: Dual Problems
- Lec 2: Properties of Dual Problem
- Lec 3: Unit Worth of Resource
- Lec 4: Dual Prices as Lagrange Multipliers
- Lec 5: Linear Programming: Some Exercise Problems
- Lec 1: Transportation Models: An Introduction
- Lec 2: Transportation Models: Northwest-Corner Method
- Lec 3: Transportation Models: Least-Cost Method
- Lec 4: Transportation Models: Vogel Approximation Method (VAM)
- Lec 5: Transportation Models: Optimality Test
- Lec 1: Critical Path Method
- Lec 2: CPM: Finding Critical Path
- Lec 3: CPM: Float of an Activity
- Lec 4: PERT
- Lec 5: Project Crashing
- Lec 1: Queuing Theory: part 1
- Lec 2: Queuing Theory: part 2
- Lec 3: Queuing Theory: part 3
- Lec 4: Queuing Theory: part 4
- Lec 5: Queuing Theory: part 5
- Lec 1: Deterministic Inventory models
- Lec 2: Probabilistic Inventory models: part 1
- Lec 3: Probabilistic Inventory models: part 2
- Lec 4: Probabilistic Inventory models: part 3
- Lec 5: Probabilistic Inventory models: part 4