07:49

1.5 - Schedule and logistics

07:49

7.2 - What Next

19:44

7.1 - Lab Results

25:42

6.13 - GPS Everywhere

08:38

6.12 - GNSS Zoo

15:08

6.11 - Why all these Satellites

07:50

6.10 - Update of all GNSS Sep 2014

05:36

6.9 - IRNSS

14:10

6.8 - Galileo

09:27

6.7 - BeiDou

11:14

6.6 - QZSS

17:13

6.5 - GLONASS

09:04

6.4 - Present and Future GPS Signals

10:43

6.3 - Present and Future GPS Orbits

06:26

6.2 - All GNSS

03:30

6.1 - Overview

14:40

5.11 - Navigation in Our Lives: There 's an App for That

20:12

5.10 - Interactive sensitivity worksheet

21:03

5.9 - I,Q channels and non coherent integration

11:19

5.8 - Limits to coherent integration

16:26

5.7 - Implementation losses

10:04

5.6 - Ideal coherent integration, effect on SNF

22:20

5.5 - Autonomous, Assisted cold starts

11:55

5.4 - Frequency bin design

14:18

5.3 - Search space in detail

06:56

5.2 - A-GPS, Big Ideas

04:27

5.1 - Module 5: Overview

09:04

4.9 -Navigation in Our Lives: GPS in Sports

18:13

4.8 - Acquisition search space

22:16

4.7 - Receiver architecture

10:51

4.6 - Mixers

26:44

4.5 - C/No, Noise Temperature, Friis 's formula, Front End worksheet

08:24

4.4 - Link Budget

14:19

4.3 - Antenna gain, reciprocity

07:36

4.2 - Path loss and dB review

02:04

4.1 - Module 4: Overview

07:33

3.10 - Navigation in Our Lives: The Exxon Valdez Disaster

10:39

3.9 - New signals binary offset carriers BOC

10:33

3.8 - Auto correlation and cross correlation

12:33

3.7 - Amplitude Spectra

17:52

3.6 - Signals Basics

08:44

3.5 - Fourier series, Pulses, Amplitude spectra of GPS signals

14:25

3.4 - Decoding the GPS navigation message

19:06

3.3 - From Keplerian parameters to Earth centered Earth fied ECEF frame

11:07

3.2 - Coordinating Frames

26:30

3.1 - Kepler & Newton

23:28

2.10 - Navigation in Our Lives: Landing Airplanes Using GPS

16:33

2.9 - Dual Frequency GPS & GNSS

08:15

2.8 - Ionospheric effects on DGPS

12:55

2.7 - DGPS Error Budget

16:21

2.6 - Differential GPS DGPS

17:29

2.5 - GPS Error Budgets

18:40

2.4 - Dilution of Precision

18:36

2.3 - Solving the Linearized Navigation Equations

23:18

2.2 - Linearization

12:41

2.1 - Pseudoranges, including errors

10:20

1.10 - GPS Performance A First Look

19:34

1.9 - Pseudo ranging

23:37

1.8 - Navigation Signals

18:25

1.7 - Navigation Messages