Teaching Activities

Prof. Emil M. Petriu

 ELG 4912F  Electrical Engineering Design Project I (Fall 2016)




Lecture:         Monday, 14:30 - 16:00,  MRT 015


·      Syllabus


·      In order to be allowed to participate in the laboratory sessions:

(i)     all students must attend the mandatory “Health, Safety and Risk Management in Engineering” lecture by Dr. Pierre Laflamme and the “Electrical Hazards, EECS Lab Safety Guidelines” presentation by Mr. Alan Stewart, and then sign the attendance documents certifying their participation;

(ii)    before proceeding with any hands-on experiments, all students must carry out a “Project Hazard and Risk Assessment” of their specific project, experimental setups and protocols. This assessment should be done using the standard form (French version, or English version). 

·      Report Format

·      What is a Professional Engineer?,  PEO Code of Ethics

·      Health, Safety and Risk Management in Engineering (by Dr. Pierre Laflamme), Electrical Hazards, EECS Lab Safety Guidelines (by Alan Stewart), uOttawa Office of Risk Management ,  Workplace Hazardous Materials Information System - A Guide to the Legislation, Safety Code 6: Health Canada's Radiofrequency Exposure Guidelines, Trial starts for discredited engineer who declared Elliot Lake mall 'structurally sound' before collapse (CBC News)


Links of interest:

Electrical, Computer, and Software Engineering - historical perspective, Engineering Practice and Design, Canada’s economy in 2041: How we’ll work, live and spend (The Globe and Mail), MetaScan 3: Emerging Technologies, Policy Horizons Canada, 2013,  Five Technological Applications Impacting Manufacturing Innovation, IEEE Smart Grid Newsletter Compendium 2015, Networks of ‘Things’- NIST Special Publication 800-183  (by Jeffrey Voas - US National Institute of Standards and Technology), IEEE Spectrum,  Robotics Trends,  Medical Design Briefs,  Ethically Aligned Design: A Vision for Prioritizing Human Wellbeing with Artificial Intelligence and Autonomous Systems (overview), (full document-version 1), IEEE_2016;

Keysight Technologies – Metrology & Calibration Standards, Hardware/Software Co-design and the SPLASH Effect (by Dr. Rami Abielmona),

Pseudo-Random Coding, Robotic Systems -Basics, Robot Kinematics [Wikipedia], Haptic Sensors & Interfaces, Robotic Systems -Sensors, 4 Reasons Programming Robots is Difficult, Active Research Topics in Human Machine Interfaces [SAND2000-2779],  Behavior-Based Robot Control, Biology Inspired Robots, Mission-Driven Robotic Intelligent Sensor Agents,  Soft Computing Control of a Mobile Robot (by Dr. Moufid Harb),

Virtual Environments, How mixed reality is bringing Star Trek’s holodeck to a business near you  (Financial Post),  

World’s first humanoid Open Source 3D printed robot InMoov, InMoov Demo at Maker Faire Paris 14,  Moveable Factory: Addibot, 3D Printer on Wheels (rbr - robotics business review),  Building the Future: Space Station Crew 3-D Prints First Student-Designed Tool in Space (http://www.nasa.gov),

Intellectual Property and Patents (by Mr. Wing T. Yan), IP@Nelligan - Intellectual Property Law Blog, Investigating the Collapse of Nortel: What We Learned  -  Abstract (by Peter MacKinnon & Peter Chapman), Innovation and Invention - What it means and why it matters (by Peter MacKinnon & Peter Chapman), Entrepreneurship & Finance -How to turn your project into something more (by Nolan Beanlands),  chalk&wire an Entrepreneurship Success Story: Extreme Human Factors (by Dr. Thom Whalen) & chalk&wire Life in the Agile Lane (by Mr. Geoff Irvine), IEEE-The Institute Special Report: Startups, 

Electronic Instrumentation Lab (Alan Stewart), uOttawa Makerspace, Selecting the Right Material for 3D Printing (Proto Labs)

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·   Dilbert on the Turing Test



Courses Taught in Previous Years


 ITI 1100 Digital Systems

Elements of Digital Logic Circuits (pdf), Asynchronous Arbiter (p1, p2, p3, p4)


ELG 7177  Topics in Communications I: Neural Networks and Fuzzy Systems


Soft Computing: Neural Networks and Fuzzy Logic (slides), Computers & the Human Brain / Neuromorphic Computing Timeline (Jeremy Norman’s HistoryofScience.com),  Fuzzy Cognitive Map [Wikipedia], Fuzzy Systems in Instrumentation: Fuzzy Control (slides, paper1, paper 2, paper3, paper4, paper5, paper6), Neural Network Primer (pdf), Perceptron (pdf), Associative Memory (pdf),  Neural Networks-Basics (slides), Biologically Plausible Artificial Neural Networks (by Joao Luis Garcia Rosa, at IJCNN 2005), Bio-Inspired and Cognitive Neural Networks (by Leonid Perlovsky, at IJCNN 2007), Applications of Random-Pulse Machine Concept to NN Design (paper), Instrumentation Applications of Multibit Random Data Representation (paper), NN Models for Virtual Environments (paper)NN Models of 3D Objects (paper)NN Modelling of 3D Object Elastic Behaviour (paper), NN Mapping and Clustering pf Elastic Behavior From Tactile and Range Imaging (paper), Neural Networks-Modelling Applications (slides), Behavior-Based Neuro-Fuzzy Controller for Mobile Robot Navigation (paper, slides)


* IEEE Computational Intelligence Society - Multimedia Tutorials Center

* The MathWorks™ Fuzzy Logic Toolbox™

* The MathWorks™ Neural Network Toolbox™

* Bionic eye gives blind man sight (BBC News)

* Google Tech Talks “Neuroplasticity, memory … and human (your) potential,” http://www.youtube.com/watch?v=UyPrL0cmJRs
* Google Tech Talks “The Next Generation of Neural Networks” http://www.youtube.com/watch?v=AyzOUbkUf3M&NR=1


ELG 5124  Virtual Environments

IntroductionCollaborative Virtual Environments [Prof. N.D. Georganas]3D Object Location,  Graphical Perspective [Wikipedia], General Homogeneous Transformation Matrix (p1, p2, p3),  Computer Graphics (Prof. M. Haage, Lund U, Sweden), Geometry of Perspective Drawing [Prof. A. Treibergs, U of Utah], Projective Geometry Applied to Computer Vision [Stanford U], 3D Object Recovery Using Structured Light (slides) (paper1) (paper2paper3), Coded Structured Light Bibliography [J.P. Marco]3D Object Modelling - Issues and Techniques [A.M. Cretu], 3D Viewing, Kinematics and Dynamics Modelling [J.C. Delannoy], Head Tracking for Desktop VRRobot Kinematics [Wikipedia],  An Introduction to Robot Kinematics (file), Kinematic Model of Robot ArmKinematics - Differential Motions, NN Modelling of Geometric and Elastic Properties of 3D Objects (slides),  EM Models for EDA (paper, slides), Solid Modelling [Wikipedia], 3D Human Anatomy and Biology Models [3DScience.com], Human Head Model (paper1, paper2, paper3, slides),  Humanoid Avatar - Modelling and Animation (paper1, paper2, paper3, slides1, slides2), Animation-Demo Reel [M.D. Petriu],  Active Research Topics in Human Machine Interfaces [SAND2000-2779, Unlimited Release],  Haptic Interfaces (slides),  Microsoft Surface Computing - Multi-Touch Technologies (video2), Virtual Environments - Applications ( Ch. 8 in [Burdea&Coiffet, 2003], slides), Man-Computer Symbiosis [J.C.R. Licklider],  Robotic, Human, and Symbiotic Sensor Agents (paper1, paper2, paper3, paper4, paper 5, paper6, slides),  Multimedia – From Wagner to Virtual Reality, Computer and Video Games [Wikipedia]

Cortona VRML Client
ZBrush by Pixiologic
3D Interaction CyberForce® Tactile Feedback System
New Wildcat Realizm Graphics Technology
X-Plane by Laminar Research
Google Earth  - A 3D interface to the planet
Google SketchUp 6
MapWindow GIS: open source programmabale geographic information system tools
Humanoid Animation Working Group
ISO/IEC FCD 19774:200x, Humanoid animation (H-Anim)
Poser 7 - Art of 3D Figure Design ( e frontier)
The Sims
Second Life, Sweden plans Second Life embassy, Banks in Second Life have frozen withdrawals .
The Ultimate Distance Learning
Second Life is releasing code to the open source community
10 Downing Street virtual tour
Mars Exploration Rover (CNN)        
Game theorists share Nobel prize
2007 International Consumer Electronics Show (CES)
IBM Research Unveils 3D Avatar to Help Doctors Visualize Patient Records ans Improve Care 
Make Your Very Own Virtual World with OLIVE (IEEE  Spectrum, Jan 2008)