mobile broadband communications - kmuttwebstaff.kmutt.ac.th/~suwat.pat/material/imb_week_2.pdf ·...

Introduction to Mobile Broadband(iMB)

Teaching By

Asst.Prof.Dr. Suwat Pattaramalai

suwat.pat@kmutt.ac.th

Tel. 02-470-9079

Material: http://webstaff.kmutt.ac.th/~suwat.pat/

• Basics of Cellular Communication

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Cellular Concept

• Handover• Cellular Deployment

– Spectral Efficiency– Digital Communication

• Source Coding, Channel Coding, Error Detection Coding, Forward Error Correction, Hard and Soft Decision Decoding, Puncturing, Hybrid ARQ, Interleaving, Encryption and Authentication, Digital Modulation

– Wireless Channel• Pathloss, Shadowing, Fading, Delay Spread, Coherence Bandwidth, Doppler

Spread, Coherence Time, Channel Models

– Diversity Techniques– Multiple Access Schemes– OFDMA– Duplexing: TDD, H/FDD Architectures– Wireless Backhauling– Summary

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Cellular Concept

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Cellular Concept

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Cellular Concept

• Handover

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Cellular Concept

• Cellular Deployment

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Spectral Efficiency

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Source Coding

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Source Coding

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Channel Coding

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Error Detection Coding

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Error Detection Coding

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Puncturing :remove some parity bits to increase the coding rate’• Hybrid ARQ

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Encryption and Authentication

• Advanced Encryption Standard (AES)

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Digital Modulation

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Digital Modulation

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Digital Communication

• Digital Modulation

•

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss : Hata-Okumura Model

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss: Erceg Model

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss: Erceg Model

–

Part I Fundamentals of Wireless Communication and IP Networking

• Basics of Cellular Communication– Wireless Channel

• Pathloss

–

Part I Fundamentals of Wireless Communication and IP Networking