Mobile Communication

Lesson Plan Duration : JULY 2018 – DEC 2018
Name of the Faculty : MS. PRIYANKA GAUR
Discipline : ECE
Semester : 7TH
Subject : MOBILE COMMUNICATION (ECE-419-F)
Lesson Plan Duration : JULY 2018 – DEC 2018
Week Theory Practical
Lecture Day Topic Practical Day Topic
1st 1  A reference model NO PRACTICAL
2 Frequencies for radio transmission, Signals
3 Antennas
4 Signal Propagation
2nd 5 Multiplexing, Modulation
6 Multipath Characteristics of radio waves, signal fading
7 time dispersion, Doppler spread, coherence time
8 LCR. fading statistics
3rd 9 Diversty techniques
10 Mechanism
11 free space path loss
12 long distance path loss model
4th 13 Okumara model
14 Hata model, PCS model
15 wideband PCS, Microcell model
16 Indoor propagation model
5th 17 Jake’s channel model
18 Standards – GSM,signaling & call control
19 mobility management, location racking
20 wireless data services
6th 21 IS-95
22 GPRS
23 IEEE Standards, Models Different layers
24 wireless LAN, Hypes LAN
7th 25 Bluetooth
26 Performance analysis of link & transport layer protocols over wireless channels
27 Mobile IP: Goals, assumptions & requirements
28 IP packet delivery, Agent discovery
8th 29 Registration
30 tunneling and en capsulation
31 optimization, Reverse tunneling
32 IP-V6
9th 33 Mobile ad-hoc networks
34 Tradition TCP
35 Classical TCP improvemet
36 TCP over 2.5G/3G wireless networks
10th 37 Perfomance enhancing proxies

Mobile Communication

Mobile Communication can be explained as ‘Mobile’ means anything movable and ‘communication’ means conveying the message or any information. Thus, ‘mobile communication’ – the word self-defined strikes lots of notions in one’s mind.

These days operating mobile doesn’t only signify conversation between two persons but have a lot and lot in its operation. The feature ‘Internet’, when added over mobiles, has shown a completely changed and improved world to us. Mobile technology is the fastest growing technology in the world and its users are in millions, increasing rapidly. This has become possible only by the R&D department of Electronics & Communication Engineers.

More about Mobile Communication

More and more innovations are taking place to provide us better progression and here, in ‘Mobile Communication’ providing us the better speed of Internet in which latest is ‘LTE (Long Term Evolution)’, generally termed as 4G – LTE. ‘Communication’ Engineers (ECE, the best practiced in Advanced Educational Institutions, Palwal with loads of qualified and skilled faculties) have a huge scope in this new adaptation from the setting up of 4G networks to the handsets.

Question

This may raise a question in one’s mind, how is this 4-G connection achieved under LTE? It’s simply by increasing the number of base stations in a particular cell or sector using a different radio interface. LTE provides faster data speed, less call drops, video calling, faster data transmission on moving and same IP address while moving.

Conclusion

Thus, these all technologies are the fruits of all the Engineers (whether it’s Mechanical Engineer, Computer Science Engineer, Electronics and Communication Engineer, Information Technology Engineer and Electrical & Electronics Engineer) that have been working hard consistently to make this world a beautiful place to live in.

Ms. Shashi Lata (HOD) and Ms. Priyanka Gaur

Electronics and Communication Engineering (ECE)Department

Advanced Educational Institutions