Date	Course Notes	Expected Topics to be Covered
Jan. 4	Outline  [Latex] Motivation	Background and motivation
Jan. 8	Introduction	Introduction
Jan. 11/15/18/22	Queueing theory	Review queueing theory Ref: 1) M. Schwartz, Broadband Integrated Networks (appendix) 2) Leonard Kleinrock, Richard Gail, Queueing Systems: Problems and Solutions
	Assignment 1  [Latex]	Due on Jan. 29 [Solution]
		Choose your topic and let me approve it, on/before Feb. 1.
Jan. 25/29	Channel model	Wireless (packet-level) channel models Ref: Multimedia Services in Wireless Internet: Modeling and Analysis, chapter 2 Thesis by Dr. Ruonan Zhang: Cross-layer protocol design and performance study for wideband wireless networks http://dspace.library.uvic.ca:8080/handle/1828/2118   R. Zhang and L. Cai. ``A Packet-level Model for UWB Channel with People Shadowing Process based on Angular Spectrum Analysis,'' IEEE Trans. on Wireless Commun., vol. 8, issue 8, pp. 4048-55, Aug. 2009. [PDF]
Jan. 29, Feb. 1/5/8	Traffic Characterization	Multimedia traffic models Ref: M. Schwartz, Broadband Integrated Networks Multimedia Services in Wireless Internet: Modeling and Analysis, chapter 3
	Assignment 2 [Latex]	Due on Feb. 19=> Postponed to Feb. 22 Solution
Feb. 19/22	Admission Control	Call admission control Ref: M. Schwartz, Broadband Integrated Networks
		Email me a 1-page project proposal in plain text or PDF format, on/before March 1.
Feb. 26/Mar. 1	Access control	Access control Ref: M. Schwartz, Broadband Integrated Networks
	Assignment 3 [Latex]	Due on March 12 [Solution]
Mar. 5	TCP/IP	TCP/IP basics and congestion control Ref: Multimedia Services in Wireless Internet: Modeling and Analysis, chapter 4
Mar. 8	AIMD	TCP/AIMD in wireless Internet Ref: Multimedia Services in Wireless Internet: Modeling and Analysis, chapter 6
Mar. 12	TFRC	TCP-friendly rate control protocol (TFRC) in wireless Internet Ref: Multimedia Services in Wireless Internet: Modeling and Analysis, chapter 7
Mar. 15	Wireless access	Wireless multiple access techniques and performance study Ref: Multimedia Services in Wireless Internet: Modeling and Analysis, chapter 8
	Assignment 4 [Latex]	Due on Mar. 22 Solution
Mar. 19/22	Hybrid MAC Handoff	Hybrid MAC and Handoff
Mar. 26/29 => these two lectures are used for presentation,	Future Ubiquitious Networks (FUN) Workshop Time: March 29, 9:30am - 12:30pm Location: ECS668 Poster Preparation Guidance	Workshop Schedule: Session 1: 9:30-10:45 A1. Jinrong Wang, Mobility management in Mobile Edge Computing A2. Zehui Zheng, Randomized Single Flow Routing A3. Pallavi Singh, Resource Allocation and Management in Software Defined Networks [video] A4. Rahaf Albalkhi, Multi-hop WBAN configuration approach [video] A5. Syed Abdul Aleem and Jay Shah, Performance Analysis of RIP, OSPF, and EIGRP Routing Protocols using OPNET A6. Ishu Tiwari, Do we need WPA3? [Video] A7. Tessy K Achankunju, Evolutions, Technologies and Analysis of Random Access in Narrow Band Internet of Things A8. Simran Kaur and Harman Kaur, Analysis And OSPF Behaviour Performance Of IPV6 Enterprise Network In Different Environment A9. Anirudh Karanth and Uttej Reddy, Throughput analysis on a sliced network and it's usefulness in a 5G network Session 2: 11:00-12:15 B1. Atinder Preet Singh and Amandeep Kaur, Implementation and security analysis of OSPF B2. Raghav Iane, Software defined 5G network B3. Marina Ibrishimova, Bluetooth 'Just Works' Method Using Steganography [Video] B4. Arun Kapoor, Underwater wireless communications B5. Priyani Vanaparthi, Avaya's Version of PBX B6. Navleen Kaur and Harshpreet Kaur, Resource allocation in 5g Cellular network B7. Chinonye Egbejimba, Ultra-Dense Networks: Joint maximization of spectrum and energy efficiency [video] B8. Xue Cai, Software-defined networking: The new norm for networks B9. Ammar Bombaywala, Internet of Things: Scalability and Security B10. Jaspreet kaur, Internet of things(Iot) building block B11. Manpreet Singh, Forensic Investigation of Emails
April 5		Quiz
		Submit the completed project report in PDF format, on/before April 15, 4pm.