ecen 619-600 “internet protocols and modeling”

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ECEN 619-600 “Internet Protocols and Modeling” Course Materials: Papers, Reference Texts: Bertsekas/Gallager, Stuber, Stallings, etc Grading (Tentative): HW: 20%, Projects: 40%, Exam-1:20%, Exam-II:20% Lecture notes and Paper Reading Lists: available on-line: TBA Research Interests and Projects: URL:http://ece.tamu.edu/~xizhang Instructor: Professor Xi Zhang E-mail: [email protected] Office: WERC 331 Prof. Xi Zhang ECEN 619 Internet Protocols & Modeling

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ECEN 619-600 “Internet Protocols and Modeling”. Course Materials: Papers, Reference Texts: Bertsekas/Gallager, Stuber, Stallings, etc Grading (Tentative): HW: 20%, Projects: 40%, Exam-1:20%, Exam-II:20% Lecture notes and Paper Reading Lists: available on-line: TBA - PowerPoint PPT Presentation

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Page 1: ECEN 619-600 “Internet Protocols and Modeling”

ECEN 619-600 “Internet Protocols and Modeling”

Course Materials: Papers, Reference Texts: Bertsekas/Gallager, Stuber, Stallings, etcGrading (Tentative): HW: 20%, Projects: 40%, Exam-1:20%, Exam-II:20%

Lecture notes and Paper Reading Lists: available on-line: TBA

Research Interests and Projects: URL:http://ece.tamu.edu/~xizhang

Instructor: Professor Xi ZhangE-mail: [email protected]

Office: WERC 331

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 2: ECEN 619-600 “Internet Protocols and Modeling”

Second-Order Rate-Control Based Transport

Xi Zhang and Kang G. Shin

Real-Time Computing LabsDept. of Electrical Engineering and Computer Science

The University of Michigan, Ann Arbor

IEEE 9th International Conference on Network Protocols (ICNP 2001), Riverside, California, USA, November 11-14, 2001

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 3: ECEN 619-600 “Internet Protocols and Modeling”

The Proposed Scheme and Protocol Architecture

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 4: ECEN 619-600 “Internet Protocols and Modeling”

System Models and Assumptions

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 5: ECEN 619-600 “Internet Protocols and Modeling”

Dynamics of R(t) and Q(t)

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 6: ECEN 619-600 “Internet Protocols and Modeling”

Pseudocode for sender protocol

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 7: ECEN 619-600 “Internet Protocols and Modeling”

Pseudocode for receiver protocol

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 8: ECEN 619-600 “Internet Protocols and Modeling”

Pseudocode for IP router Protocol

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 9: ECEN 619-600 “Internet Protocols and Modeling”

Number of lost packets

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 10: ECEN 619-600 “Internet Protocols and Modeling”

Link-transmission efficiency

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 11: ECEN 619-600 “Internet Protocols and Modeling”

Link-transmission efficiency

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 12: ECEN 619-600 “Internet Protocols and Modeling”

Alpha-control convergence

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 13: ECEN 619-600 “Internet Protocols and Modeling”

Alpha-control convergence

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 14: ECEN 619-600 “Internet Protocols and Modeling”

Simulation Model

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 15: ECEN 619-600 “Internet Protocols and Modeling”

Simulation Evaluations

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 16: ECEN 619-600 “Internet Protocols and Modeling”

Simulation Evaluations

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 17: ECEN 619-600 “Internet Protocols and Modeling”

Simulation Evaluations

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 18: ECEN 619-600 “Internet Protocols and Modeling”

Simulation Evaluations

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling

Page 19: ECEN 619-600 “Internet Protocols and Modeling”

Simulation Evaluations

Prof. Xi ZhangECEN 619 Internet Protocols & Modeling