Load Modelling and Generation in IP-based Networks

Part I. Introduction and Fundamentals

1. Introduction
Andrey Kolesnikov

2. Foundations and Research Field
Andrey Kolesnikov

Part II. Workload Specfication and Modelling

3. A Formal Workload Description Technique
Andrey Kolesnikov

4. Examples of Load Models for Different Traffic Sources
Andrey Kolesnikov

Part III. Workload Generation

5. Architecture of the Unified Load Generator
Andrey Kolesnikov

6. Distributed UniLoG Architecture
Andrey Kolesnikov

7. Load Generation at Network Layer Service Interfaces
Andrey Kolesnikov

8. Load Generation at Transport Layer Service Interfaces
Andrey Kolesnikov

9. Generation of Web Workloads
Andrey Kolesnikov

Part IV. Applications of the UniLoG Load Generator

10. Estimation of QoS Parameters for RTP/UDP Video Streaming in WLANs
Andrey Kolesnikov

11. Estimation of QoS Parameters for RTP/TCP Video Streaming in WLANs
Andrey Kolesnikov

Part V. Results and Conclusions

12. Summary and Outlook
Andrey Kolesnikov

Keywords: Computer Science, Information Systems Applications (incl. Internet), Software Engineering/Programming and Operating Systems, Computer Systems Organization and Communication Networks