Rekayasa Trafik, Sukiswo 1 Pendahuluan Rekayasa Trafik Sukiswo

Rekayasa Trafik, Sukiswo2 Outline  Tujuan  Materi  Referensi  Prasyarat  Sistem Evaluasi  Overview Materi

Rekayasa Trafik, Sukiswo3 Tujuan OBJECTIVE OF THE COURSE Purpose is to familiarize the participants with – mathematical modelling of various telecommunication systems and their traffic – performance analysis and dimensioning of such systems – methods used for traffic management and their analysis

Rekayasa Trafik, Sukiswo4 Introduction  Teletraffic theory is defined as the application of probability theory to the solution of problems concerning : – planning, – performance evaluation, – operation, and maintenance of telecommunication systems.

Rekayasa Trafik, Sukiswo5 Introduction

Rekayasa Trafik, Sukiswo6 Materi 1. Introduction 2. Modelling (1): Modelling of telecommunication systems (1) 3. Modelling (2): Modelling of telecommunication systems (2) 4. Modelling (3): Traffic modelling and measurements 5. Theoretical background (1): Basic probability theory 6. Theoretical background (2): Introduction to stochastic processes 7. Performance analysis (1): Loss systems 8. Performance analysis (2): Queueing systems 9. Performance analysis (3): Simulation 10. Network planning and dimensioning

Rekayasa Trafik, Sukiswo7 Referensi Teletraffic Theory – V. B. Iversen, Chapter 1 of “Teletraffic Engineering Handbook”, available from – J. Roberts, “Traffic Theory and the Internet”, available from – Teletronikk (1995) Vol. 91, Nr. 2/3, Special Issue on “Teletraffic” – COST 242, Final report (1996) “Broadband Network Teletraffic”, Eds. J. Roberts, U. Mocci, J. Virtamo, Springer – J.M. Pitts and J.A. Schormans (1996) “Introduction to ATM Design and Performance”, Wiley Queueing Theory – L. Kleinrock (1975) “Queueing Systems, Volume I: Theory”, Wiley – L. Kleinrock (1976) “Queueing Systems, Volume II: Computer Applications”, Wiley – D. Bertsekas and R. Gallager (1992) “Data Networks”, 2nd ed., Prentice-Hall – P.G. Harrison and N.M. Patel (1993) “Performance Modelling of Communication Networks and Computer Architectures”, Addison-Wesley Website Kuliah:

Rekayasa Trafik, Sukiswo8 Sistem Evaluasi Sistem Evaluasi : Tugas / Quis / Responsi : 30 % Mid Semester : 30 % Ujian : 40 %

Rekayasa Trafik, Sukiswo9 Overview Materi