Lectures - Reading Assignments

Course literature:
* Amos Lapidoth, "A Foundation in Digital Communication," Cambridge 2009.
Schedule: Lecture

Date

Time

Place

Teacher

Topic

Reading

Lecture Slides

1

Nov 4

15:15-17:00

SIP

R.T. & T.O.

Course Introduction, Introduction in Stochastic Processes

chap 12, 13

Lecture 1

2

Nov 7

14:15-16:00

SIP

R.T.

Operational Power Spectral Density, PAM, QAM

chap 14, 15, 16

Lecture 2

3

Nov 11

10:15-12:00

SIP

R.T.

Energy, Power, and PSD in QAM, Complex RV and Processes

chap 17, 18, 19

Lecture 3

4

Nov 18

15:15-17:00

SIP

R.T.

Binary and Multi-Hypothesis Testing

chap 20, 21

5

Nov 25

10:15-12:00

SIP

R.T.

Sufficient Statistics, Multivariate Gaussian Distribution

chap 22, 23

6

Dec 2

15:15-17:00

SIP

R.T.

Complex Gaussian and Circular Symmetry, Continuous-Time Stochastic Processes

chap 24, 25

7

Dec 9

9:15-11:00

SIP

T.O.

Detection in White Gaussian Noise

chap 26

8

Dec 16

14:15-16:00

SIP

T.O.

Non-coherent Detection, Signal Detection Gaussian Noise

chap 27, 28

Room: meeting room SIP, 3rd floor, Osquldas väg 10Teacher: R.T. = Ragnar Thobaben, T.O. = Tobias Oechtering