| Teaching
Page of Professor
Orlando Hernandez |
SUMMER 2014
CONTROL SYSTEMS
CONTROL SYSTEMS LABORATORY
SPRING 2014
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COMPUTER ENGINEERING LABORATORY II
Syllabus
LABORATORY #1: CACHE SIMULATOR
LABORATORY #2: MIPS PIPELINE IMPLEMENTATION
LABORATORY #3: MIPS PIPELINE IMPLEMENTATION WITH FORWARDING AND HAZARD DETECTION
LABORATORY #4:
LABORATORY #5:
FALL 2013
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COMPUTER ARCHITECTURE & ORGANIZATION
Syllabus
Chapter 1 Slides
Chapter 2 Slides
Chapter 3 Slides
Chapter 4 Slides
Chapter 5 Slides
Chapter 6 Slides
Chapter 7 Slides
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COMPUTER ENGINEERING LABORATORY I
Syllabus
LABORATORY #1: INTRODUCTION TO XILINX (REFRESHER)
LABORATORY #2: SEQUENTIAL LOGIC DESIGN
LABORATORY #3: ADDER DESIGN
LABORATORY #4: SIMPLE PROCESSOR
Web Based Assembler
LABORATORY #5: MIPS ALU
LABORATORY #6: MIPS IMPLEMENTATION
LABORATORY #7: MIPS MICRO-CODE
LABORATORY #8: CACHE SIMULATOR
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SYSTEMS ENGINEERING
Syllabus
Chapter 1 Slides
Chapter 2 Slides
Chapter 3 Slides
Chapter 4 Slides
Chapter 5 Slides
Chapter 6 Slides
PROJECTS:
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RESOURCES
PROJECT #1: INTRODUCTION TO SYSTEM DESIGN SIMULATION WITH MATLAB
PROJECT #2: CONCEPTUAL SYSTEM DESIGN OF THE “REDBOX” AND TOP-LEVEL SYSTEM ARCHITECTURE SIMULATION WITH MATLAB
PROJECT #3: PRELIMINARY SYSTEM DESIGN OF THE “REDBOX” AND DETAILED SYSTEM ARCHITECTURE SIMULATION WITH MATLAB
SUMMER 2013
CIRCUIT ANALYSIS
CIRCUIT ANALYSIS LABORATORY
SPRING 2013
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DIGITAL CIRCUITS AND MICROPROCESSORS
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RESOURCES
Syllabus
PROJECT #1: INTRODUCTION TO XILINX
PROJECT #2: COMBINATIONAL LOGIC DESIGN
PROJECT #3: SEQUENTIAL LOGIC DESIGN
FALL 2012
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COMPUTER ARCHITECTURE & ORGANIZATION
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COMPUTER ENGINEERING LABORATORY I
SUMMER 2012
COMPUTER ENGINEERING LABORATORY I
SPRING 2012
-
SYSTEMS ENGINEERING
FALL 2011
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COMPUTER ARCHITECTURE & ORGANIZATION
SUMMER 2011
CIRCUIT ANALYSIS
CIRCUIT ANALYSIS LABORATORY
FALL 2010
-
COMPUTER ARCHITECTURE & ORGANIZATION
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COMPUTER ENGINEERING LABORATORY I
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MICROCOMPUTER SYSTEMS
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RESOURCES
Syllabus
Chapter 1 Slides
Chapter 2 Slides
Chapter 3 Slides
Chapter 7 Slides
Chapter 8 Slides
Chapter 9 Slides
Chapter 12 Slides
PROJECT #1:
PROJECT #2:
PROJECT #3:
FINAL PROJECT VERSION #1:
FINAL PROJECT VERSION #2:
FINAL PROJECT VERSION #4:
FINAL PROJECT VERSION #7:
FINAL PROJECT VERSION #8:
APPLICATION NOTE:
FINAL PROJECT VERSION #9:
APPLICATION NOTE:
FINAL PROJECT VERSION #10:
APPLICATION NOTE:
SUMMER 2010
CIRCUIT ANALYSIS
CIRCUIT ANALYSIS LABORATORY
SPRING 2010
-
SYSTEMS ENGINEERING
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COMPUTER ENGINEERING LABORATORY II
FALL 2009
-
COMPUTER ARCHITECTURE & ORGANIZATION
-
COMPUTER ENGINEERING LABORATORY I
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DIGITAL CIRCUITS AND MICROPROCESSORS
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MICROCOMPUTER SYSTEMS
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RESOURCES
SUMMER 2009
CIRCUIT ANALYSIS
CIRCUIT ANALYSIS LABORATORY
SPRING 2009
-
COMPUTER ARCHITECTURE & ORGANIZATION
-
COMPUTER ENGINEERING LABORATORY I
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COMPUTER ENGINEERING LABORATORY II
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FUNDAMENTALS OF ENGINEERING DESIGN
FALL 2008
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VLSI DESIGN
Syllabus
SwCADIII/magic Installation
Projects
PROJECT #1: DESIGN OF A COMPLEX GATE
PROJECT #2: DESIGN AND CHARACTERIZATION OF A FLIP-FLOP
PROJECT #3: DESIGN OF A PHASE-LOCKED-LOOP
Chapter 3 Slides
Chapter 2 Slides
Good On-Line Book on "Principles of Semiconductor Devices"
Chapter 4 Slides
Chapter 5 Slides
Chapter 6
Good Example of a Business Plan for a Semiconductor Product
Good Example of a Data Sheet (I)
Good Example of a Data Sheet (II)
Chapter 7 Slides
Chapter 8 Slides
Chapter 9 Slides
Skew generation and analysis in timing-critical circuits
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DIGITAL CIRCUITS AND MICROPROCESSORS
SUMMER 2008
CIRCUIT ANALYSIS
CIRCUIT ANALYSIS LABORATORY
SPRING 2008
-
COMPUTER ARCHITECTURE & ORGANIZATION
-
COMPUTER ENGINEERING LABORATORY I
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COMPUTER ENGINEERING LABORATORY II
-
CIRCUIT ANALYSIS
Syllabus
Using the TI-83/84 Graphing Calculator
Circuits Learned by Example Online (CLEO)
FALL 2007
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DIGITAL CIRCUITS AND MICROPROCESSORS
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CIRCUIT ANALYSIS
SUMMER 2007
CIRCUIT ANALYSIS
CIRCUIT ANALYSIS LABORATORY
SPRING 2007
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COMPUTER ARCHITECTURE & ORGANIZATION
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COMPUTER ENGINEERING LABORATORY I
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COMPUTER ENGINEERING LABORATORY II
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COMPUTER SCIENCE I
Syllabus
Use of Statements
Chapter 8 Slides: I/O File Streams and Data Files
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FUNDAMENTALS OF ENGINEERING DESIGN
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RESOURCES
Design Theme: Arcade Gaming Machines
Freshman Open Ended Design Project:
All teams have to design, prototype, and document an Arcade Gaming Machine with a behavior of their choosing. Teams have to use a micro-controller, which is programmed using Professional Engineering Tools, other electronics, and mechanical elements. Teams must also address Human-Machine interface issues during their design.
Pictures of Design Projects
A-WIT's C-Stamp(TM)
C Stamp Software Development Demo
Using MPLAB to Practice Plain C
CS310XXX (µC 101) Reference Guide Manual
C Stamp Syntax and Reference Guide Manual
PIC18F6520 Processor Data Sheet
Verilog(R)
A Verilog(R) Overview
Verilog(R) Quick Reference Card
Principles of Functional Verification
VHDL
A VHDL Overview
VHDL Quick Reference Card
Principles of Functional Verification
Xilinx
ISE 8.2i Software Interactive Tutorial for Xilinx PLDs
Xilinx ISE 7 In Depth Tutorial
Watch Verilog Design Files - PC
Watch VHDL Design Files - PC
Spartan-II 2.5V FPGA Family: Complete Data Sheet
Spartan-3E FPGA Family Data Sheet
XSA Board V1.1, V1.2 User Manual
XStend Board V2.0 Manual
XSTOOLs V4.0 User Manual
Spartan-3E Starter Kit Board User Guide
Trace Files
Program 1
Program 2 (TOP)
VIDEO: Disk-Based Parallel Computation, Rubik's Cube, and Checkpointing
VIDEO: Advanced Topics in Programming Languages: Transactional Memory at Sun
FALL 2006
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DIGITAL CIRCUITS AND MICROPROCESSORS
SUMMER 2006
CIRCUIT ANALYSIS
CIRCUIT ANALYSIS LABORATORY
SPRING 2006
-
COMPUTER ARCHITECTURE & ORGANIZATION
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COMPUTER ENGINEERING LABORATORY I
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COMPUTER ENGINEERING LABORATORY II
FALL 2005
DIGITAL CIRCUITS AND MICROPROCESSORS
SPRING 2005
COMPUTER ARCHITECTURE & ORGANIZATION
COMPUTER ENGINEERING LABORATORY I
FALL 2004
DIGITAL CIRCUITS AND MICROPROCESSORS
CIRCUIT ANALYSIS LABORATORY
SPRING 2004
COMPUTER ARCHITECTURE & ORGANIZATION
FALL 2003
VLSI DESIGN
DIGITAL CIRCUITS AND MICROPROCESSORS