Hydrology 2

Hydrology

DEFINITION:	Hydrology is a study of the waters of the earth, their distribution, characteristics and effects.
OBJECTIVE:	To increase knowledge on the application of hydrology, fluid mechanics, computer and engineering principles to water resources problems. The economics and engineering of systems for design, control, utilization of water resources is stressed. Specific attention is given to comprehensive water designs and stormwater management.
FACULTY:	Mr. Jeff Earhart, P.E.

TEXT:	Hydrology: Water Quantity and Quality Control, Second Edition M. Wanielista, R. Kersten, and R. Eaglin J. Wiley & Sons, 1997
SUPPLEMENTAL TEXTS:	Applied Hydrology, Chow, Maidment and Mays, McGraw Hill, 1988. National Council of Examiners for Engineering and Surveying, Fundamentals of Engineering (FE) Supplied-Reference Handbook, 5th Edition (© 2001), available for free as a pdf from http://www.ncees.org/.

 Lectures Note:

Homework Solutions	Lecture Presentations/Materials
Homework 1	Lecture 1 - 05/11/04
Homework 2	Lecture 2 - 05/18/04
-	Binomial Distribution (Excel Spreadsheet)
Homework 3	Lecture 3A - 05/25/04
-	Lecture 3B - 05/25/04
-	Lecture 4 - 06/01/04
-	Exam 1 Review - 06/01/04
Homework 4	Lecture 5A - 06/15/04
-	Lecture 5B - 06/15/04
-	Time of Concentration (Excel Spreadsheet)
Homework 5	Lecture 6A - 06/22/04
-	Lecture 6B - 06/22/04
-	Lecture 7 - 06/29/04
Homework 6	TBA
Homework 7	TBA
Homework 8	TBA

Hydrology

Hydrology

 

University of Central Florida
Civil and Environmental Engineering

Prerequisites: STA3032, CWR3201

 

Hydrologic cycle, probabilistic forecasting, rainfall excess meteorology, groundwater, storm-water runoff, flood routing and design applications

Instructor: Dr. Wanielista, 

Adobe Acrobat is required to read many files on this website. Adobe Acrobat Reader can be downloaded for free from http://www.adobe.com

 

COURSE OUTLINE 

STARTING

or TEST DATE        READING                 TOPICS

8/22/2005                    Ch 1,               Introductions: Course Requirements, TMDL

Hydrologic Cycle, Rainfall Excess, Meteorology

and Hydrology Units

8/29                             Ch 2                Probability and Statistics

9/7                               Ch 3                Precipitation: Intensity, Duration, Return Period,

Hyetographs

9/12                             Ch 4                Hydrologic Abstractions:  Evaporation,

Transpiration, Depression Storage

9/21                                                     TEST #1 – All Previous Material

9/26                             Ch 4, 5                        Watershed Characteristics, Streamflow

Hydrographs and Flow Measurement

10/3                             Ch 7, 5                        Streamflow, Hydrographs, Base Flow, Infiltration

10/10                           Ch 6                Unit Hydrograph Methods, Synthetic Hydrographs

10/17                           Ch 6, 7            Synthetic Hydrographs, Rational Method, SCS

Procedure Santa Barbara

10/26                                                   TEST #2 – All Previous Material               

10/31                           Ch 8                Flood and Reservoir Routing, Measurements

11/7                             Ch 9                Groundwater Hydrology Concepts, Models, Local

Conditions, Testing Procedures

 

 

11/14                           Ch 10              Stormwater Management Alternatives, Retention,

                                                            Detention, Swale Design, BMPs etc.

Lectures: 

All lecture notes and learning objectives for the hydrology class are included in the related lecture note links. Students should be familiar with these notes.

Chapter 1	Introduction	Learning Objectives
Chapter 2	Probability and Statistics	Learning Objectives
Chapter 3	Precipitation Lecture	Learning Objectives
Chapter 4	Evaporation and Transpiration	Learning Objectives
Chapter 5	Watershed Characteristics - Soils, CN
Chapter 5A	Watershed Characteristics - TC, Green, and Horton	Learning Objectives
Chapter 5B	Watershed Characteristics - Applications	Learning Objectives
Chapter 6	Hydrograph Generation - Streamflow and Unit Graph	Learning Objectives
Chapter 6A	Synthetic Hydrographs
Chapter 7	Flow Measurements	Learning Objectives
Chapter 8	Flow Routing	Learning Objectives
Chapter 9	Groundwater Hydrology	Learning Objectives
Chapter 10	Stormwater Management Practices	Learning Objectives
Chapter 10	Draft of Mass Balance (excel spreadsheet) Volume Control (powerpoint presentation)

Figure 6.1b for Problem 30
Figure 6.1b for Problem 30 unit graph
Example Problem 6-3 on page 203
Figure 6-8 Logarithm Method
Riser Weir Example
Rational Formula Hydrograph
Lab 8 Data

 

Textbook Errata
 

Human Resource Management Notes

Human Resource Management Notes

Robbins et al., 4th Canadian Edition

©2005 Pearson Education Canada, Inc

Click Below to Download the files :-

PowerPoint Slides

Click on the link to open the PowerPoint presentation. Choose 'Open' to view the file or 'Save' to save the file on your hard drive.

Chapter 1
Chapter 2
Chapter 3
Chapter 4
Chapter 5
Chapter 6
Chapter 7
Chapter 9
Chapter 10
Chapter 11
Chapter 12

Chapter 13

 

Human Resource Management

Human Resource Management

Click Below to Download the files :-

Lecture Notes

• Lecture Outline
• Lecture 2 Management Yesterday and Today
• Lecture 3 Environment and Culture
• Lecture 4 Managing in a Global Environment
• Lecture 5 Social Responsibility and Managerial Ethics
• Lecture 6 Decision Making
• Lecture 7 Foundations of Planning
• Lecture 8 Strategic Management
• Lecture 9 Planning Tools and Techniques
• Lecture 10 Organisational Structure and Design
• Lecture 11 Human Resource Management
• Lecture 12 Managing Change and Innovation
• Lecture 13 Foundations of Behaviour
• Lecture 14 Understanding Groups and Teams
• Lecture 15 Motivating Employees
• Lecture 16 Leadership
• Lecture 17 Managerial communication
• Lecture 18 Control

Human Growth and Development

Human Growth and Development

Click the blue colored links to download the files:-

Power Point for 7^th edition Berger

Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 Chapter 6 Chapter 7 Chapter 8 Chapter 9 Chapter 10 Chapter 11 Chapter 12 Chapter 13 Chapter 14 Chapter 15 Chapter 16 Chapter 17 Chapter 18 Chapter 19 Chapter 20 Chapter 21 Chapter 22 Chapter 23 Chapter 24 Chapter 25 Epilogue

Power Points for Gender Issues

Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 chapter 6 chapter 7 Chapter 8 Chapter 9 chapter 10 Chapter 11 Chapter 12 Epilogue

Human Computer Interaction Notes

Human Computer Interaction Notes

Human Computer Interaction

resources
Slides available in PowerPoint format below also student handouts as PDF either 3 up (3 slides plus room for notes, largest file 630K) or 6 up (6 slides per page, largest file 500K): all PPT slides as ZIP file (11M) or tarball (gz compressed tar file, 11M) chapter 1 (PPT, 589K) plus handouts (3up, 6up) chapter 2 (PPT, 935K) plus handouts (3up, 6up) chapter 3 (PPT, 625K) plus handouts (3up, 6up) plus extra on choosing widgets (PPT, 469K) plus handouts (3up, 6up) chapter 4 (PPT, 729K) plus handouts (3up, 6up) plus extra on history and innovators in HCI (PPT, 1.1M) plus handouts (3up, 6up) chapter 5 (PPT, 585K) plus handouts (3up, 6up) chapter 6 (PPT, 294K) plus handouts (3up, 6up) chapter 7 (PPT, 522K) plus handouts (3up, 6up) chapter 8 (PPT, 529K) plus handouts (3up, 6up) chapter 9 (PPT, 543K) plus handouts (3up, 6up) chapter 10 (PPT, 555K) plus handouts (3up, 6up) chapter 11 (PPT, 511K) plus handouts (3up, 6up) chapter 12 (PPT, 282K) plus handouts (3up, 6up) chapter 13 (PPT, 568K) plus handouts (3up, 6up) chapter 14 (PPT, 470K) plus handouts (3up, 6up) chapter 15 (PPT, 397K) plus handouts (3up, 6up) chapter 16 (PPT, 497K) plus handouts (3up, 6up) chapter 17 (PPT, 562K) plus handouts (3up, 6up) plus extra on understanding state (PPT, 232K) plus handouts (3up,6up) chapter 18 (PPT, 740K) plus handouts (3up, 6up) chapter 19 (PPT, 1.0M) plus handouts (3up, 6up) chapter 20 (PPT, 1.0M) plus handouts (3up, 6up) chapter 21 (PPT, 845K) plus handouts (3up, 6up)

 

High Performance Communication Korea Embedded Computing MS Program

High Performance Communication
Korea Embedded Computing MS Program
 Textbooks:
There is no textbook required for this class. Electronic copies of research papers and white papers covered in class will be available online. Handouts will be provided for material not available in electronic form.

Select material covered in class will be drawn from the following texts:

• High Performance TCP/IP Networking: Concepts, Issues and Solution, M. Hassan, R. Jain, Prentice Hall, 2003.
• Ad-Hoc Networking Towards Seamless Communication, L. Gavrilovska, R. Prasad, Springer, 2006.

For information on programming the IXP2400s, in addition to the documentation provided with the Software Development Kit, the Intel Press titles on IXP2400/2800 development and programmingare recommended.

Click here to download the files:-

Part I: Networking
The first part of the course will cover networking topics, with a strong emphasis on wireless/ad-hoc networking.

Wireless Networking Overview: May 16, May 18

- Overview of standards, physical and MAC layer, routing protocols. (handout)
- Understanding Congestion in IEEE 802.11b Wireless Networks (reference only)

Cross-layer Optimizations and QoS: May 18, May 23

- Overview of approaches. (Cross-Layer handout, QoS handout)
- An Overlay MAC Layer for 802.11 Networks [slides]
- Supporting Service Differentiation for Real-Time and Best Effort Traffic in Stateless Wireless Ad Hoc Networks (SWAN) (reference only)

Mobility: May 25

- Overview of approaches. (handout)
- Comparison of IP Micro-mobility Protocols
- Towards Realistic Mobility Models for Mobile Ad Hoc Networks (reference only)

Transport: May 30, Jun 1

- Overview of TCP variations. TCP performance in mobile and wireless
- Analysis of TCP performance over Mobile Ad Hoc Networks
- Improving TCP Performance over Mobile Ad Hoc Networks By Exploting Cross-Layer Information Awareness (refernce only)
- Improving TCP Performance over Wireless Networks with Collaborative Multi-homed Mobile Hosts (reference only)
- SCTP. SCTP in wireless. (if interested, here is a tutorial on SCTP)
- SCTP - A Multi-Link End-to-End Protocol for IP-based Networks
- Evaluation of SCTP over Wireless/Satellite Links (reference only)
- A Study of SCTP Services in a Mobile IP Network (reference only)

Part II: Systems and Platforms
The second part of the course will cover topics related to systems software and platform features targeting both end-user embedded devices as well as infrastructure nodes and specialized embedded accelerators (e.g., FPGA, network processors) in such nodes.

OS and Protocol Stack Implementation: June 13, June 15

- OS-level optimization techniques for high performance IO (handout)
- Full TCP/IP for 8-bit Architectures
- Protocol stack splitting for multicore platforms

Power and enegergy efficiency: Jun 22

- Wireless Wakeups Revisited: Energy Management for VoIP over Wi-Fi Smartphones
- Ghosts in the Machine: Interfaces for Better Power Mangement

Virtualization: Jun 27, Jun 29

- High Performance and Scalable IO Virtualization in Self-Virtualized Devices (Sec. 1 and 2)
- A Hypervisor for Embedded Computing
- VirtualLogix approach (reference only)

Programmable Networking: Jul 11

- Click: Modular Router
- A Survey of Programmable Networks (reference only)

Infrastructure Acceleration: Jul 13, Jul 18

- Network Processors, NP overview, applications (handout)
- A Highly Flexible, Distributed Multiprocessor Architecture for Network Processing
- Reconfigurable Hardware, FPGAs, overview, applications (security, pattern matching) (handout)
- SIFT: Snort Intrusion Filter for TCP

Part III: Services, Tools, Applications
The third part of the course will include discussions on various higher-level services (middleware, control-plane services...), benchmarking tools and models, domain specific languages, and classes of applications.

Potpourri: Jul 25

- Efficient and Transparent Dybamic Content Updates for Mobile Clients (except 3.4, 4.1)
- Rethinking Wireless for the Developing World (presentation)
- WiLDNet: Design and Implementation of High Performance WiFi Based Long Distance Networks (reference only)
- A Comparative Study of Data Dissemination Models for VANET (except 3.3)
- CarTel: A Distributed Mobile Sensor Computing System (reference only)
- CogNet - An Architecture for Experimental Cognitive Radio Networks within the Future Internet (reference only)

Services:

- Middleware solutions for wireless, mobile environments. Case study.
- Location-based services.
- Application acceleration

Tools:

- Evaluation: Jigsaw: Solving the Puzzle of Enterprise 802.11 Analysis
- Evaluation and simulation
- Domain specific languages

Specialized Application Domains:

- GPRSWeb: Optimizing the Web for GPRS Links
- Communication in industrial embedded systems
- Communication in vehicular applications
- Sensor networks

 

HARDWARE DESIGN OF DSP PROCESSORS IN FPGA.

HARDWARE DESIGN OF DSP PROCESSORS IN FPGA.

 

1. ELG6163_Introduction.ppt Introduction to class by M. Bolic.
   
2. Rappaport et al. Invited article about "Wireless Communications: Past Events and a Future Perspective. in PDF. Cellular/PCS technologies. Indoor access. Multiple access. Code Division Multiple Access, CDMA. CDMA Challenges. Wireless Data Rates. Orthogonal Frequency Division Multiplexing (OFDM) amd Multicarrier Communications. Ultra Wideband (UWB). Space Time Processing. Ad Hoc Networking. Network Optimization. Challenges to cross layer optimization.
   
3. Improved Headphone Soung Stage. Slides in PPT.
   
4. Part 2. Improved Headphone Soung Stage. Slides in PPT.
   
5. 3G and 4G Wireless. Advances and Challenges. Slides in PPT. Where are we? Representative Wireless Standards. TDMA. FDMA. CDMA. Multi-path arrival of signals. CDMA Rake Receiver. Orthogonal Frequency Division Multiplexing (OFDM). 3G services. Key mobility services. Customized Application for Mobile Enhanced Logic. GSM networks. GSM and GPRS. WCDMA/UMTS. 3G evolution. Some representative current wireless options. 3G WCDMA. Release 99. Release 4. Release 5. etc. ADVANCED TECHNICAL MATERIAL.
   
6. Michael Quinn. Chapter15. Slides in PPT. Parallel programming in C. The Fast Fourier Transforms. Fourier Analysis. Discrete Fourier Transform. Fast Fourier Transform. Parallel Implementation.
   
7. Programming Configurable Processors. Guccione paper in PDF.
   
8. B. Nikolic. From Algorithms to Systems on a Chip in a Semester. Slides in PPT. Projects. Design Projects. OFDM receiver. SVD for multi-antenna. CDMA Baseband. RAKE Receiver. Polyphase filter bank. Adaptive Image-Reject Mixer. Adaptation via spectral estimation. Adaptation via LMS. 3G Turbo Decoder. SISO Block: SOVA Implementation. MAP implementation. High Speed Iterative Decoder. MAP decoder. LDPC Decoder. Maskless litography. Decoding for maskless litography.
   
9. Altera DSP. Slides in PPT. Comparison between PDSP and FPGA. Virtex II Pro. Altera Stratix FPGA. Stratix DSP Block and its configuration. Altera Design Flow.
   
10. ELG6163_Green.pdf TI standards for writing algorithms.
    
11. ELG6163_Burton.pdf . Multiprocessor for DSP. Student report.
    
12. ELG6163_Burton.ppt. Multiprocessor for DSP. Slides in PPT. Student report.
    
13. ELG6163_Distributed_arithmetic.ppt Distributed Arithmetic. Sum of Products. DA Derivation. PDSP and Shift-add DA Architectures. Modified DA Solutions. DA with table partitioning.
    
14. DSP1/ELG6163_FIR.pdf FIR Filters by M. Bolic. FIR Filter structures. Polyphase FIR filters. Parallel Polyphase FIR Filters. Decimated FIR. Implementation of FIR Filters.
    
15. ELG6163_Implementation_of_FIR.ppt M. Bolic. Implementations of FIR Filters.
    
16. ELG6163_IIR.pdf IIR Filters by M. Bolic, S.K. Mitra. Structures. Direct Form. Transposed Direct Form. Lattice-Ladder Form. Parallel Realization. Cascade Realization. Bi-Quad Coupled Realization. State Space Realization. Implementation.
    
17. ELG6163_IIR_analysis_Guerra.ppt Cont. IIR Filters by M.Bolic.
    
18. ELG6163_Longa.doc IP Core design. A literature survey. Student report.
    
19. ELG6163_Longa.ppt IP Core design. A literature survey. Student report.
    
20. ELG6163_PDSP.ppt M. Bolic. Architectural Analysis of a DSP Device, the Instruction Set and the Addressing Modes. FIR Filter on ADPS-21x. DPS requirements. Fast Multiply-Accumulates (Data Path). Extended Precision Accumulator Register (Data Path). Dual Operand Fetch (Memory). Circular Buffering (Addressin). Zero-Overhead Looping (Instruction Set). Analog Devices Architectures and Programming. SHARC. Blackfin. Performance Optimization.
    
21. ELG6163_Rank.doc Spec-C, Handel-C, SystemC. A Comparative study. Student report.
    
22. ELG6163_Rank.ppt Spec-C, Handel-C, SystemC. A Comparative study. Student report.
    
23. ELG6163_Real_time.ppt M. Bolic. Real Time Signal Processing. Structural levels of processing. Properties and parameters of signal processing algorithms. Definitions of throughput, latency, concurrency.
    
24. ELG6163_fft.ppt M. Bolic. FFT Introduction. Some FFT algorithms. FFT on PDSP. FFT floating to fixed-point conversion. Hardware implementation of FFT.
    
25. ELG6163_fixed_point1.ppt M. Bolic. Fixed Point Design. Numeric representation. Simulation methods for floating to fixed point conversion. Analytical methods.
    
26. FEED-2002_05Nov02_2.ppt Analog and digital techniques in closed loop regulation applications. Digital systems. Sampling of analog signals. Sample and hold. Pareval's theorem.
    
27. JaehwanDefensePPT.pdf Hardware /software deadlock avoidance for multiprocessor multiresource system-on-a-chip. Slides from PHD Defense.
    
28. L11-FourierProperties.ppt Fourier Transform. Properties and Examples. Basic functions. Fourier series representation of time functions. Fourier transform and its properties. Examples. Properties of FT: linearity and time shift. Differentiation. Convolution in the frequency domain.
    
29. Future Wireless Communication Systems.
    
30. NMRFamSzyperski.pdf G-Matrix Fourier Transform (GFT) Projection NMR Spectroscopy. Theory and application.

Engineering Lecture Notes 1

Engineering Lecture Notes 1

Engineering Lecture Notes On Different Topic

Lecture Notes - Engineering H192
1	.ppt	Course Organization
2	.ppt	Problem Solving
3	.ppt	Logic Diagrams
4	.ppt	PC & UNIX Login
5	.ppt	C Programming Basics
6	.ppt	I/O in C
7	.ppt	File I/O in C
8	.ppt	Control Statements
9	.ppt	Switch Case Structures
10	.ppt	Repetition Structures
11	.ppt	Arrays
12	.ppt	User-Written Functions
13	.ppt	Scope of Variables
14	.ppt	Pointers
15	.ppt	Arrays & Pointers
16	.ppt	Strings
16A	.ppt	UNIX Process Monitoring and Control
17	.ppt	Personal Libraries
18	.ppt	Intro to MATLAB
18	.ppt	Intro to MATLAB Enhanced
19	.ppt	MATLAB Script & Function Files
20	.ppt	Propulsion Lab with MATLAB
20A	.ppt	File Transfer
21	.ppt	MATLAB Structures & File I/O
22	.ppt	MATLAB Simultaneous Equations
22A	.ppt	MATLAB Plotting
23	.ppt	Structs and Enumeration
24		C++
25	.ppt	C++ I/O & Classes
26	.ppt	Handy Board
27	.ppt	C++ I/O Manipulation
28		C++ Inheritance & Overloading
29	.ppt	Software Design Project
30	.ppt	H193 Project
31	.ppt	Software Design Project Hints
M1	.ppt	Midterm 1 Review Topics
M2	.ppt	Midterm 2 Review Topics
FX	.ppt	Final Review Topics

Assignments
#	Pre-Assignment	Daily Assignment
1	PA01.pdf	DA01.ppt | DA01.pdf
2	PA02.pdf	DA02.ppt | DA02.pdf
3	PA03.pdf	DA03.ppt | DA03.pdf
4	PA04.pdf	DA04.ppt | DA04.pdf
5	PA05.pdf	DA05.ppt | DA05.pdf
6	PA06.pdf	DA06.ppt | DA06.pdf
7	PA07.pdf	DA07.ppt | DA07.pdf
8	PA08.pdf	DA08.ppt | DA08.pdf
9	PA09.pdf	DA09.ppt | DA09.pdf
10	PA10.pdf	DA10.ppt | DA10.pdf
11	PA11.pdf	DA11.ppt | DA11.pdf
12	PA12.pdf	DA12.ppt | DA12.pdf
13	PA13.pdf	DA13.ppt | DA13.pdf
14	PA14.pdf	DA14.ppt | DA14.pdf
15	PA15.pdf	DA15.ppt | DA15.pdf
16	PA16.pdf	DA16.ppt | DA16.pdf
17	PA17.pdf	DA17.ppt | DA17.pdf
18	PA18.pdf	DA18.ppt | DA18.pdf
19	PA19.pdf	DA19.ppt | DA19.pdf
20	PA20.pdf	DA20.ppt | DA20.pdf
21	PA21.pdf	DA21.ppt | DA21.pdf
22	PA22.pdf	DA22.ppt | DA22.pdf
23	PA23.pdf	DA23.ppt | DA23.pdf
24	PA24.pdf	DA24.ppt | DA24.pdf

Other Materials

H192 Extra Assignments

Flowchart Symbols for Excel