Advanced Technology in Radiocommunications (5894)
Description
All the materials here included are used by students during the year 2013/14 in the subject 5894 called Advanced Technology in Radiocommunications.
In particular, they match to :
Theory
Practice
Solved practice
Exercise
Solved exercises
Projects
Case studies
Exams
Self-assessment
Seminar
Presentation
| Subject Name | Number | CT | CP | CTOT | ||
|---|---|---|---|---|---|---|
| ADVANCED TECHONOLOGY IN RADIOCOMMUNICATIONS | 5894 | 4,5 | 1,5 | 6 | ||
| Type | Elective | Semester | First | Course | 5 | |
| Description | Study and characterization of wireless broadband networks , satellite communications environments and systems Wireless MAN , LAN and PAN. | |||||
| Department | COMMUNICATION ENGINEERING | |||||
| Area | SIGNAL THEORY AND COMMUNICATIONS | |||||
| Degree | ||||||
| Institute | SCHOOL OF ENGINEERING OF ELCHE | |||||
Learning objectives
Overall course objectives
- It aims to introduce students to solve radio communications problems related to: wireless broadband networks , satellite communication environments and Wireless LAN systems. For this reason, this semester we analyze the basic characteristics and principles of: the various broadband networks such as LMDS, MMDS, FWA, satellite communications and GEO orbits, LEO and ICO and Wireless LAN systems such as HIPERLAN/2, IEEE 802.11 and Bluetooth.
Overall theoretical objectives
- Study and characterization of wireless broadband networks , satellite communications environments and systems Wireless MAN , LAN and PAN.
Overall laboratory objectives
- Practices seek to show students the practical application of concepts studied in class through practical laboratory , computer simulations and visits to industries.
Contents
- Block I: Radio links
1. Point to multipoint wireless systems .
2. Planning point to multipoint wireless systems .
- Block II: Satellite Communications
3. Introduction to satellite communications.
4. Bus orbits and the space environment.
5. Mobile satellite communications .
6. Hispasat.
- Block III: Wireless Metropolitan Area Networks , local and personal
7. IEEE 802.16 networks , 802.11, HIPERLAN / 2 , Bluetooth , UWB, Zigbee.
Teaching method
- Lectures accompanied by audiovisual material. Solving practical problems in class. Approach of voluntary exercises .
Evaluation
FINAL QUALIFICATION
50% EXAM QUALIFICATION =0.4*T+0.4*P+0.2*Pr T=TEST P=PROBLEMS Pr=PRACTICES
50% WORK QUALIFICATION =0.4*R+0.4*P+0.2*Pa R=REDACTION P=PRESENTATION Pa=PARTICIPATION