Date

Reading (to be read prior to lecture)

Problems Due

9/10

Course outline, course rules

 

9/13

Section I: Introduction

 

9/15

IIA, The Doppler Effect and IIB1, CW Doppler

 

9/17

IIB1 (continued), Quadrature Downmixing

1, 2

9/20

IIB1 (continued)

3, 4, 5, 6

9/22

IIB2 Pulsed Doppler and Range Gating

7, 8, 9

9/24

IIB2 (continued) Pulsed Doppler Downmixing

10

9/27

IIB2 (continued) and IIB3, Alternative Waveforms

11

9/29

IIC through IIF, Concepts of Doppler Angle, Beam Patterns, Aliasing, and Frequency Estimates

12, 13

10/1

IIIA, Velocity Field and Beam Patterns

14 through 19

10/4

IIIA (continued)

20, 21

10/6

IIIB Spectral Changes by Sattering

22

10/8

IIIB (continued) Spectral Changes by Attenuation

23, 24

10/11

IIIC.1 ambiguity

25, 26

10/13

IIIC.2 transit time broadening

27

10/15

IIIC.3 geometric broadening

28, 29

10/18

1st Exam

none

10/20

IIIC.4 multple scatterers, coherent scattering

30, 31

10/22

IIIC.4 (continued) coherent scattering

32

10/25

IV. Models of Doppler signals

33

10/27

IV. Models of Doppler signals

34, 35

10/29

VA: Random Doppler

36

11/1

VB.1 & VB.2 Multiple Probes

 

11/3

VB.3 Time domain correlation

 

11/5

VB.3 Other high frequency methods

 

11/8

Imaging relation to Doppler

 

11/10

Imaging image processing methods

 

11/12

Imaging multiple scans

 

11/15

Final Exam