1 / 8

Wireless & Mobile Communications

This chapter covers topics related to support for mobility in wireless and mobile communications, including mobile transport layer, mobile network layer, and telecommunication systems.

junew
Download Presentation

Wireless & Mobile Communications

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Wireless & Mobile Communications Prof. Magda El Zarki Dept. of ICS UC, Irvine

  2. Chapter 11: Support for Mobility Chapter 10: Mobile Transport Layer Chapter 9: Mobile Network Layer Chapter 4: Telecommunication Systems Chapter 7: Wireless LAN Chapter 3: Medium Access Control Chapter 2: Wireless Transmission Chapter 1: Introduction Topics/Chapters to be Covered in ICS 243E ICS 243E - Ch. 0 Overview

  3. Class Schedule • Week 1: Ch0, Ch1 • Week 2: Ch2 • Week 3: Ch3 • Week 4: Haining Liu and Xiaoping • Week 5: Jasmine Lei and James Marca • Week 6: Ch4 • Week 7: Ch7 • Week 8: Ch9 • Week 9: Ch10, Ch11 • Week10: Student project presentations - 20mins. per group • Final Week: Final closed book, 2 sheets of notes • Grading: Final 40%, project 60% ICS 243E - Ch. 0 Overview

  4. Classs Projects • Project Assignment • 4 different projects under the guidance of a mentor • VOIP on IPAQs (Haining Liu) • Adhouc Routing (Xiaoping Wei) • Vehicular Communication (James Marca) • Mobile IP (Jasmine Lei) • Assigned FCFS • 2 groups per project area • 4 students per project (or less if class size permits) • Timetable and Requirements • Choose a topic by 4/9. Send email to elzarki@uci.edu asap with a rank ordered list of projects. • Last drop date: 4/9 • Project Proposal by 4/16 • Status reports (2 or 3 dependent on mentor) • Final report and class presentation • Demo ICS 243E - Ch. 0 Overview

  5. Project Resources • Equipment and Tools • 8 laptops with 5 Linux partitions • To be used by vehicle comm. project and adhoc routing project, each group gets to use 4 laptops. Vehicle project will use special antennas. • Mobile IP project needs the use of one laptop per group. • 2 Racks with Cisco routers and Linux PCs (5 partitions each), to be used by Mobile IP project in room CS 171 • 2 base stations mounted on East Peltason for vehicle comm. project. • 2 base stations for checkout. • 4 dual boot (Linux and Windows) PCs in room CS 171 • 8 IPAQs for VOIP project • NS simulation package and OPNET installed • CS 171 - Graduate Project lab - key pad code: 75736 ICS 243E - Ch. 0 Overview

  6. Sharing Equipment • Sharing of Equipment: • Equipment will be signed out and signed in by lab consultant in lab CS 364. • Each group may sign out the equipment for a slot of time. If no one has signed up for the next slot, the current group may sign up for it, but that may not be done in advance, must be done when signing the equipment back in. • The lab is open from 8am - 12 midnight weekdays (include. Friday) • Each slot is 4 hours long starting from 8am. • The lab is open from 10am -10pm weekends • Each slot is 4 hours long starting from 10am. • Note that all equipment must be returned to lap consultant when the slot is over. Groups may check it out again if no other group has laid claim to the next slot time. • IPAQs will be assigned to the students and do not need to be checked in and checked out. • Any reports of equipment hogging with result in a reduction of the grade. ICS 243E - Ch. 0 Overview

  7. Network Network Simple Reference Model Based on Internet Model Application Application Transport Transport Network Network Data Link Data Link Data Link Data Link Physical Physical Physical Physical Radio Wireline Medium ICS 243E - Ch. 0 Overview

  8. service location adaptive applications congestion and flow control quality of service addressing, routing, device location hand-over authentication media access media access control multiplexing encryption modulation interference attenuation frequency Mobile communications and the Reference Model Application layer Transport layer Network layer Data link layer Physical layer ICS 243E - Ch. 0 Overview

More Related