ece241_08F
More: http://www.eecg.toronto.edu/~jayar/ http://www.eecg.utoronto.ca/~jayar/ece1778/ http://www.eecg.utoronto.ca/~jayar/ece1778.2011/projects-videos-and-reports.html Name Last modified Size Description Parent Directory 13-Aug-2012 11:37 – 08projectvids/ 04-Mar-2012 14:30 – AudioVideoCores/ 02-Sep-2008 13:13 – FirstHandout.pdf 21-Aug-2008 14:24 38k Lab2_starterkit.zip 28-Aug-2008 15:51 5k … Continue reading
E539/439 VLSI Technology & Fabrication (Fall 08)
More: http://www.southalabama.edu/engineering/ece/faculty/akhan/Courses/teaching_activities.htm How to access lectures slides? Lecture #1 The chip making process Lecture # 2 CMOS process flow Lecture # 3 Crystal structures Homework-2 Lecture # 4 Crystal growth … Continue reading
Cepstrum method – Speech Recognition
Introduction Power method Formant Trajectory Cepstrum method Result Conclusions Future work Bibliography LPC for Speech Recognition LPC has been widely used in speech recognition systems. In this section we describe … Continue reading
EE 491/694 (or EE 447/547) VLSI Design, Spring 2008
Associate Professor 134 CAMP Clarkson University PO Box 5720, Potsdam, NY 13699-5720 Phone: 315-268-2127 FAX: 315-268-7600 E-mail: khondker@clarkson.edu Website Educational Background B.S. Electrical Engineering, University of Engineering and Technology, … Continue reading
Artificial Neural Networks – Speech Recognition
Introduction Fundamentals of Speech Recognition Dynamic Time Warping Algorithm Neural Network Approaches Phoneme Classification Static Approaches Dynamic Approaches Introduction Speech is a natural mode of communication for people. We learn … Continue reading
VOICE RECOGNITION SECURITY SYSTEM
ECE 476 Spring 2006 Final Project: Voice Recognition Security System by Xiaowen Lu (xl76) and Shihjia Lee (sl362) Extended Abstract Introduction High Level Design Program/Hardware Design Results Conclusions Appendix Commented Program Listing Schematics … Continue reading
Transaction-Level Modeling: SystemC and/or SystemVerilog
March 6, 2006 — Today’s chip design requires extensive system-level simulations to ensure that the right architectural trade-offs are made. In most cases these simulations require that a substantial amount of … Continue reading
VHDL, Verilog, System C & System Verilog
Topics covered so far: VHDL What’s New with VHDL VHDL versus SystemVerilog SystemVerilog SystemC versus SystemVerilog VHDL versus SystemVerilog SystemVerilog as the New Verilog SystemVerilog for Hardware Synthesis How Much … Continue reading
RTL Verilog vs VHDL
Remember this? Now we are going to look at the principles of RTL coding for synthesis tools. Most commercially available synthesis tools expect to be given a design description in … Continue reading
SERIAL COMMUNICATION TUTORIAL USING AVR ATMEGA8 Here is the code for serial communication using AVR ATmega 8 RISC controller. The functions used in this tutorial are uart_puts(“zzz”) … Continue reading
TRAFFIC LIGHT CONTROLLER CODE
//TRAFFIC LIGHT CONTROLLER module tlc(N,E,W,S,clk); output [2:0] N,E,W,S; input clk; parameter s0=3’b000; parameter s1=3’b001; parameter s2=3’b010; parameter s3=3’b011; parameter s4=3’b100; parameter s5=3’b101; parameter s6=3’b110; parameter s7=3’b111; parameter R=3’b001; parameter Y=3’b010; … Continue reading
The Designer’s Guide to VHDL
VHDL Resources Never heard of VHDL, or heard it mentioned and know nothing about it? See the FAQ. Want to know what’s happening in the langauge? See VHDL-2008. Looking for … Continue reading
The Guide to SystemVerilog
As the leading global independent methodology training company, Doulos is committed to providing leading-edge training and project services to SystemVerilog users. Bookmark this page to follow our latest developments! KnowHow … Continue reading
The Designer’s Guide to Verilog
The Verilog HDL is an IEEE standard hardware description language. It is widely used in the design of digital integrated circuits. Here we provide some useful background information and a … Continue reading
EE382N Verilog Manual Y. N. Patt H. Kim, M. Qureshi TAs Department of Electrical and Computer Engineering The University of Texas at Austin Spring, 2004
Table of Contents 1. Introduction 2. Syntax 3. Data Types 4. Module definitions and instances 5. Continuous assignments 6. Procedural Assignments 7. Compiler Directives 8. System Tasks and Functions 9. … Continue reading
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