ISE 754: Logistics Engineering

1. Introduction

  1. Modeling, Guesstimation, and Fermi Problems (script, html)
  2. Basic Concepts in Julia (script, html)

2. Location

  1. Types of Location Problems (script, html, Facility Location Notes)
  2. Single-Facility Location (script, html)
  3. Geocoding and Great-Circle Distances (script, html)
  4. Allocation and ALA (script, html, ALA Notes)
  5. UFL Heuristics (script, html, ufl_heuristics.jl)
  6. Aggregate Demand (script, html, US Census Tables (data.csv))
  7. Logistics Network Design (script, html, PopcoData.csv)
  8. Discrete Location and MILP (script, html, PopcoCmatrix.csv)

3. Transport

  1. Overview of Freight Transport (script, html, Freight Transport Notes, podcast)
  2. One-Time Truck Shipments (script, html)
  3. Periodic Truck Shipments (script, html)
  4. Transshipment (script, html)

4. Networks

  1. Assignment and Transportation Problems (script, html)
  2. Shortest Paths and Road Networks (script, html, nhs_links.csv, nhs_nodes.csv, roadnetfun.jl)
  3. Production-Inventory Planning: Single Product (script, html)
  4. Production-Inventory Planning: Multiple Products (script, html)

5. Routing

  1. Traveling Salesman Problem (script, html)
  2. Route-based Construction Procedures (script, html, rtefun.jl)
  3. Vehicle Routing (script, html, shmtNC30-sh.csv, shmtNC30-xy.csv)

6. Inventory

  1. Working, Economic, and One-Time Safety Stock (script, html)
  2. Periodic Safety Stock (script, html)
  3. Multi-Echelon Inventory Systems (script, html)

References

Michael G. Kay, NC State University, Fall 2024