Nyhetsflöde

[u'TSMKTCOMM2', u'TCOMTIKTM2', u'TIKTTSMKM2', u'TTLSM2']

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Chap 6 Transmit Power Control: Ex 7.1, 7.5¶

Chap 7 Interference Management: Ex 8.1 and 8.3¶

Chap 8 Mobility and Handover: Ex. 6.2¶

Chap 6 Transmit Power Control: Ex 7.1, 7.56.5, 6.6

Chap 7 Interference Management: Ex 8.1 and 8.37.1

Chap 8 Mobility and Handover:  Ex. 6 8.1 and 8.2

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45 mins Quiz¶

Chap EE Design: Ex 3¶

Chap LTE: Ex.10.2¶

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[u'IK2510H131']

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Laboration 2 Tutorial

Introduction to RUdimentary Network Emulator¶


* Discussion of models used in RUNE: propagation, mobility, handover, interference, receiver modeling.
* Description of an example TDMA simulator.

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[u'IK2510H131']

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Laborationecture

Introduction to Mathematica¶

This lecture will be an introduction to the language and how to use it for modelling wireless sytems.¶

It is an advantage if you can bring a laptop with Mathematica installed to the lecture. The program can be downloaded from progdist.ug.kth.se¶

Notice the time: 15:00 - 17:00¶

LectureSeminar - Introduction to Mathematica

Introduction to Mathematica¶ This lectureThis seminar will be an introduction to the language and how to use it for modelling wireless systems.

It is an advantage if you can bring a laptop with Mathematica installed to the lecture. The program can be downloaded from progdist.ug.kth.se

Notice the time: 15:00 - 17:00

SeminarLecture - Introduction to Mathematica

This seminarlecture will be an introduction to the language Mathematica and how to use it for modeling wireless systems.

It is an advantage if you can bring a laptop with Mathematica installed to the lecture. The program can be downloaded from progdist.ug.kth.se

Notice the time: 15:00 - 17:00

This lecture will be an introduction to the language Mathematica and how to use it for modeling wireless systems.

It is an advantage if you can bring a laptop with Mathematica installed to the lecture. The program can be downloaded from progdist.ug.kth.se and please install the files from the course download area Labs/Lab1/Fall_2013/. 

Notice the time: 15:00 - 17:00

[u'TSMKTCOMM2', u'TCOMTIKTM2', u'TIKTTSMKM2', u'TTLSM2']

This class has two sessions: ¶

45 min Quiz 1:¶

      Materials from chapt 1~3.  ¶

1 hour exercise session: ¶

      2 exercise problems: 2.3, 3.1. (X.Y means the Yth problem in Chapter X) ¶

¶

By: Goran Andersson¶

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LTE¶

Introduction¶

OFDM¶

OFDMA¶

SC-FDMA¶

MIMO (transmit diversity and spatial multiplexing)¶

Interference management in LTE¶

Coordinated Multi-Point Transmission¶

¶

Lecturers: Guowang Miao and Ki Won Sung¶

¶

¶

¶

LTE

Introduction

OFDM

OFDMA

SC-FDMA

MIMO (transmit diversity and spatial multiplexing)

Interference management in LTE

Coordinated Multi-Point Transmission¶  

Lecturers: Guowang Miao and Ki Won Sung

Prerequisite: Interference management (Chapter 7)¶

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[u'TSMKTCOMM2', u'TCOMTIKTM2', u'TIKTTSMKM2', u'TTLSM2']

Interference Management (Chap. 7)¶


* Fundamental concepts of inter-cell interference management
* Detailed look at interference avoidance, randomization, and cancellation
Lecturer:  Ki Won Sung¶

Note:  It is recommended that you read Chapter 7 carefully before the lecture. It will make the session interactive and very fruitful.¶

Interference Management (Chap. 7)

* Fundamental concepts of inter-cell interference management
* Detailed look at interference avoidance, randomization, and cancellation
Lecturer:  Ki Won Sung

Note 1:  It is recommended that you read Chapter 7 carefully before the lecture. It will make the session interactive and very fruitful.

Note 2:  Prerequisite: Cellular Principles (chapter 5), basic (not advanced level) knowledge of Poissson distribution, M/M/1 queueing system, and Hermitian transpose.¶

TCOM[u'TSMKM2', TIKTu'TCOMM2', TSMKu'TIKTM2', u'TTLSM2']

[u'TSMKTCOMM2', u'TCOMTIKTM2', u'TIKTTSMKM2', u'TTLSM2']

Mobility and Handover (Chap. 8)¶


* Anatomy of handover
* Handover decision algorithms
* Handover resource management
Lecturer:  Ki Won Sung¶

Note 1:  It is recommended that you read Chapter 8 carefully before the lecture. It will make the session interactive and very fruitful.¶

Note 2:  Prerequisite: basic (not advanced level) concepts of autocorrelation and birth-death process¶

TCOM[u'TSMKM2', TIKTu'TCOMM2', TSMKu'TIKTM2', u'TTLSM2']

[u'TSMKTCOMM2', u'TCOMTIKTM2', u'TIKTTSMKM2', u'TTLSM2']

Practical information¶


* Introduction of teaching staff
* Requirements
* Course material
* Exercise & problem solving
* Labs and booking
Course Introduction (Ch1)¶


* Motivation and course overview 
Wireless Networks Models (Ch2): ¶


* Models,QoS,
* Performance  measures 
* User behavior 
Lecturer:  Guowang Miao¶

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