Curriculum Design & Instruction To Teach Mobile Communications

Curriculum Design and Instruction To Teach

Mobile Communications:



Author: Charles Hayes:


Mobile Communications is a wireless

form of communication in which voice

and data information is emitted,

transmitted and received via microwaves.

This type of communication allows

individuals to converse with one another

and/or transmit and receive data while

moving from place to place. Some examples

include: cellular and digital cordless

telephones; pagers; telephone answering

devices; air-to-ground telecommunications;

and satellite-based communications.








Special Features Included In This

Curriculum Design and Instruction

Are:


* Phases For Conducting A Needs Assessment:

* Curriculum Design Supplement:
|A|. Subject-Questions-Answers:

* Curriculum Design Plan:

* Lesson Plans:

* Instructional Goals:

* Instructional Objectives:

* Instructional Activities:

* Instructional Evaluation Techniques:

* Standard Vocabulary:

* A Limited Glimpse:



Topics Include:

@ Introduction:

1. Applications:

a. Vehicles:

b. Emergencies:

c. Business:

d. Replacement of wired networks:

e. Infotainment and more:

f. Location dependent services:

g. Mobile and wireless devices:

2. A short history of wireless communication:

3. A market for mobile communications:

4. Some open research topics:

5. A simplified reference model:

6. Overview:

@ Wireless Transmission:

1. Frequencies for radio transmission:

a. Regulations:

2. Signals:

3. Antennas:

4. Signal Propagation:

a. Path loss of radio signals:

b. Additional signal progagation effects:

c. Multipath propagation:

5. Multiplexing:

a. Space division multiplexing:

b. Frequency division multiplexing:

c. Time division multiplexing:

d. Code division multiplexing:

6. Modulation:

a. Amplitude shift keying:

b. Frequency shift keying:

c. Phase shift keying:

d. Advanced frequency shift keying:

e. Advanced phase shift keying:

f. Multicarrier modulation:

7. Spread spectrum:

a. Direct sequence spread spectrum:

b. Frequency hopping spread spectum:

8. Cellular Systems:

9. Summary:

@ Medium Access Control:

1. Motivation for a specialized MAC:

a. Hidden and exposed terminals:

b. Near and far terminals:

2. SDMA:

3. FDMA:

4. TDMA:

a. Fixed TDM:

b. Classical Aloha:

c. Slotted Aloha:

e. Carrier sense multiple access:

f. Demand assigned multiple access:

g. PRMA packet reservation multiple access:

h. Reservation TDMA:

i. Multiple access with collision avoidance:

j. Polling:

k. Inhibit sense multiple access:

5. CDMA:

a. Spread Aloha multiple access:

b. Comparison of S/T/F/CDMA:

@ Telecommunication Systems:

1. GSM:

a. Mobile Services:

b. System architecture:

c. Radio interface:

d. Protocols:

e. Localization and calling:

f. Handover:

g. Security:

h. New data services:

2. DECT:

a. System Architecture:

b. Protocol Architecture:

3. TETRA:

4. UMTS and IMT-2000:

a. UMTS basic architecture:

b. UTRA FDD Mode:

c. UTRA TDD Mode:

5. Summary:

@ Satellite Systems:

1. History:

2. Applications:

3. Basics:

a. GEO:

B. LEO:

C. MEO:

4. Routing:

5. Localization:

6. Handover:

7. Examples:

8. Summary:

@ Broadcast Systesm:

1. Overview:

2. Cyclic repetition of data:

3. Digital audio broadcasting:

a. Multimedia object transfer protocol:

4. Digital video broadcasting:

5. Summary:

@ Wireless LAN:

1. Infrared vs. radio transmission:

2. Infrastructure and ad hoc networks:

3. IEEE 802.11:

a. System architecture:

b. Protocol architecture:

c. Physical layer:

d. Medium access control layer:

e. MAC management:

f. Future development:

4. HIPERLAN:

a. Protocol architecture:

b. Physical layer:

c. Channel access control sublayer:

d. Medium access control sublayer:

e. Information bases and networking:

5. Bluetooth:

a. User scenarios:

b. Physical layer:

c. MAC layer:

d. Networking:

e. Security:

f. Link management:

6. Summary:

@ Wireless ATM:

1. Motivation for WATM:

2. Wireless ATM working group:

3. WATM services:

4. Reference model:

a. Example configurations:

b. Generic reference model:

5. Functions:

a. Wireless mobile terminal side:

b. Mobility supporting network side:

6. Radio access layer:

a. Requirements:

b. BRAN:

7. Handover:

a. Handover reference model:

b. Handover requirements:

c. Types of handover:

d. Handover scenarios:

e. Backward handover:

f. Forward handover:

8. Location management:

a. Requirements for location management:

b. Procedures and entities:

9. Addressing:

10. Mobile quality of service:

11. Access point control protocol:

12. Summary:

@ Mobile Network Layer:

1. Mobile IP:

a. Goals, assumptions, and requirements:

b. Entities and terminology:

c. IP packet delivery:

d. Agent advertisement and discovery:

e. Registration:

f. Tunnelling and encapsulation:

g. Optimizations:

h. Reverse tunnelling:

i. IPv6:

2. Dynamic host configuration protocol:

3. Ad hoc networks:

a. Routing:

b. destination sequence distance vector:

c. Dynamic source routing:

d. Hierarchical algorithms:

e. Alternative metrics:

4. Summary:

@ Mobile Transport Layer:

1. Traditional TCP:

a. Congestion control:

b. Slow Start:

c. Fast retransmit/fast recovery:

d. Implications on mobility:

2. Indirect TCP:

3. Snooping TCP:

4. Mobile TCP:

5. Fast retransmit/fast recovery:

6. Transmission/time-out freezing:

7. Selective retransmission:

8. Transaction oriented TCP:

9. Summary:

@ Support For Mobility:

1. File Systems:

a. Consistency:

b. Examples:

2. World wide web:

a. Hypertext transfer protocol:

b. Hypertext markup language:

c. Some approaches that might help

wireless access:

3. Wireless application protocol:

a. Architecture:

b. Wireless datagram protocol:

c. Wireless transport layer security:

d. Wireless transaction protocol:

e. Wireless session protocol:

f. Wireless application environment:

g. Wireless markup language:

h. WMLScript:

i. Wireless telephony application:

j. Example stacks with WAP:

4. Summary:

d. System architectures:

* STATE OF THE ART CURRICULUM DESIGN:

* NEW:

* BIBLIOGRAPHY & REFERENCES:

* ILLUSTRATIONS:

* PHOTOS:

* PAPERBACK:

* FONT SIZE: 8 TO 10 INCHES:

* BOLD & ITALIC TYPE:

* FONT COLOR: BLACK-RED-BLUE OR WHITE:

* TITLE PAGE: WHITE:

* TRANSPARENT FRONT PAGE:

* BLACK OR WHITE BACK PAGE COVER:

* BINDED: WIRE-0: B & W OR COLOR COIL:

* 500 WHITE PAGES: 8x11 INCHES:

* ALLOW 3 TO 4 WEEKS TO RECEIVE ITEM:

* RECEIVE A DIPLOMA IN MOBILE

COMMUNICATIONS AFTER PASSING THE

EXAMINATIONS IN THE CURRICULUM DESIGN

AND INSTRUCTION:

* ORDER EARLY WHILE SUPPLIES LAST: