Introduction to Digital Signal Processing PDF SLIDES

Introduction to Digital Signal Processing

Instructor: Chu-Song Chen
Textbook:  Discrete-Time Signal Processing, Alan V. Oppenheim and Ronald W. Schafer,Second Edition,
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• Discrete Time Signal Processing Lecture 1.


• Linear Constant-coefficientDifference Equations Lecture 2.


• DC Response Lecture 3.


• Discrete-time Random Signals - Lecture 4.


• Summary (C/D converter) Lecture 5.

Space Mission Analysis PPT SLIDES

Space Mission Analysis

Instructor: Prof. Andrew Ketsdever
Textbook:  Space Mission Analysis and Design,Wertz, Larson, 3rd Edition,
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• Powerpoint1


• BDA Example


• Powerpoint2


• Pioneer Venus Example


• Powerpoint-3_Basic Orbital Mechanics


• Powerpoint-4_Adv Orbital Mechanics

Powerpoint-5_Space Env Intro

• Powerpoint-6_Space Env


• Powerpoint7

Powerpoint8

Powerpoint-9

• Powerpoint-10


• Powerpoint-11


• Powerpoint-12


• Powerpoint-13


• Powerpoint-14


• Powerpoint-15


• Powerpoint-16t


• Supplimental Notes

Rocket Propulsion PDF LECTURE SLIDES

Rocket Propulsion
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Lecture 1:

LECTURE NOTES (Principles of Propulsion)

LECTURE NOTES (Thermo and Heat Transfer)

Lecture 2: Project

Lecture 4: Nozzle Theory

LECTURE NOTES

Lecture 5: Flight Performance

LECTURE NOTES

Lecture 6: Thermochemistry and Liquid Propellant Engines

Liquid Propulsion Systems (ppt slides)

Enthalpy Table

Heat of Formation Table

LECTURE NOTES

Lecture 7: Solid Rocket Motors

Solid Propulsion Systems (ppt slides)

Example Problems

Composite Solid Propellant Properties

LECTURE NOTES

Lecture 9: Liquid and Solid Propellants

Propellants (ppt slides)

Lecture 10: Hybrid Propulsion

Hybrid Propulsion 1 (ppt slides)

Hybrid Propulsion 2 (ppt slides)

Hybrid Rocket Systems (ms word doc)

LECTURE NOTES

Lecture 11: Nuclear Propulsion

Nuclear Propulsion 1 (ppt slides)

Nuclear Propulsion 2 (ppt slides)

LECTURE NOTES

Lecture 12 Selection of Rocket Propulsion Systems

Design Considerations

Pioneer Venus Example

BDA Example

Lecture 13: Electric Propulsion I

LECTURE NOTES

Lecture 14: Electric Propulsion II

LECTURE NOTES (New)

Lecture 15: Micropropulsion and Advanced Concepts

Overview (ms word doc)

Review of Concepts (pdf)

Recent Review of Concepts (pdf)

Presentation (ppt slides)

Advanced Propulsion Concepts (pdf)

Presentation (ppt slides)

Stochastic Network Optimization with Application PDF LECTURE SLIDES

Stochastic Network Optimization with Application

Instructor:Michael J. Nelly
Textbook: Stochastic Network Optimization with Application to Communication and Queueing Systems. Morgan & Claypool,
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1. Optimization for Renewal Systems (and slides, and link to book.)


2. Energy Optimization and Virtual Queues (see also tutorial on Stochastic Network Optimization, tutorial PowerPoint slides, and link to book.)


3. Fairness and Flow Control


4. Capacity and Delay Tradeoffs for Ad-Hoc Mobile Networks


5. Diversity Backpressure Routing (DIVBAR) [Brief Description with Figure, see also Delay Improvements via Place-Holders]


6. Optimal Energy/Delay Tradeoffs (see also Optimal Utility/Delay Tradeoffs and Intelligent Packet Dropping.)


7. Maximal Scheduling and Bursty Traffic


8. Exact Queueing Analysis for Tree Networks


9. Wireless Transmission with Deadlines


10. Delay-Gap for Queue-Aware vs. Queue-Unaware Packet Scheduling (see also for Opportunistic Wireless Scheduling)


11. Delay Analysis of Longest Connected Queue (LCQ)


12. Stock Market Trading Via Stochastic Network Optimization (and slides)


13. Inventory Control (and slides)


14. Renewable Energy Allocation for a Smart Grid (and slides), (see also optimal scheduling with energy storage devices)


15. Reliable Scheduling in Cognitive Radio (from Rahul Urgaonkar's thesis)


16. LIFO Backpressure (from Longbo Huang's thesis) (see also Delay Reduction via Lagrange Multipliers and Moeller et. al. LIFO Experiments)


17. Channel-Blind Scheduling in Time-Correlated Channels


18. also Utility Maximization and slides)


19. Delay Optimal Priority Scheduling


20. Wireless Peer-to-Peer Networks


21. Energy Harvesting Networks (from Longbo Huang's thesis)


22. Dynamic Index Coding (and slides)


23. Low Power Dynamic Scheduling and Asychronous Multi-Server Scheduling