Queueing Theory and Scheduling

14.

Applications and Case Studies

14.1.

Computer Systems

14.1.1.

14.1.1.1.

Process Scheduling

14.1.1.2.

Thread Scheduling

14.1.1.3.

Multicore Scheduling

14.1.2.

Memory Management

14.1.2.1.

Page Replacement

14.1.2.2.

Cache Management

14.1.3.

14.1.3.1.

Disk Scheduling

14.1.3.2.

14.1.4.

Database Systems

14.1.4.1.

Transaction Scheduling

14.1.4.2.

Query Optimization

14.2.

Communication Networks

14.2.1.

Internet Routing

14.2.2.

Wireless Networks

14.2.3.

Optical Networks

14.2.4.

Network Traffic Engineering

14.3.

Manufacturing Systems

14.3.1.

Production Scheduling

14.3.2.

Assembly Line Balancing

14.3.3.

Supply Chain Management

14.3.4.

Inventory Control

14.4.

Service Systems

14.4.1.

14.4.1.1.

Agent Scheduling

14.4.1.2.

14.4.1.3.

Workforce Management

14.4.2.

Healthcare Systems

14.4.2.1.

Patient Scheduling

14.4.2.2.

Resource Allocation

14.4.2.3.

Emergency Department Management

14.4.3.

Transportation Systems

14.4.3.1.

Vehicle Routing

14.4.3.2.

Traffic Signal Control

14.4.3.3.

Airport Operations

14.5.

Cloud Computing

14.5.1.

Virtual Machine Scheduling

14.5.2.

Container Orchestration

14.5.3.

Resource Provisioning

14.5.4.

Previous

13. Performance Evaluation and Optimization

Go to top

Back to Start

1. Introduction to Queueing Systems