Difference between revisions of "Schedule & Handouts"
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== Week 2 - Hands-on Exercise: Approaches to Tangible Interaction == | == Week 2 - Hands-on Exercise: Approaches to Tangible Interaction == | ||
January 17 2022 - bring examples to class | January 17 2022 - bring examples to class | ||
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Handout: [https://884.wiki.iat.sfu.ca/mediawiki-1.32.0/images/c/c7/Week_2-_Approaches_to_Tangible_Interaction_Handout.pdf Week 2 Handout] | Handout: [https://884.wiki.iat.sfu.ca/mediawiki-1.32.0/images/c/c7/Week_2-_Approaches_to_Tangible_Interaction_Handout.pdf Week 2 Handout] | ||
Revision as of 22:21, 10 January 2022
This Winter 2022 schedule for IAT 884 studio is still under construction and subject to change. I have not yet gone through all the links and checked them for currency, nor update coded segments. However, this should get you started on the studio portion of the course.
Contents
- 1 Week 1 - Intro: Electronics
- 2 Week 2 - Hands-on Exercise: Approaches to Tangible Interaction
- 3 Week 3 - Microcontrollers I
- 4 Week 4 - Sensors
- 5 Week 5 - Soldering + Microcontrollers II
- 6 Week 6, Interfacing (Serial Communication)
- 7 Week 7 - Reading Week, No Lab
- 8 Week 8 - Motors/High Powered Out
- 9 Week 9 - Computer Vision
- 10 Week 10 - Wireless Communication
- 11 Week 11 - Advanced Sensors
Week 1 - Intro: Electronics
Date: January 10 2022
Presentation: Week 1 Presentation Handout: Week 1 Handout For this week, use tinkercad circuits to build/simulate the circuits. Once you have received your electronics kit -- we will use these. Optional Reading: (duplicates workshop week 1 presentation) 1. Igoe & O'Sullivan's Physical Computing (available online SFU library): Introduction, chapter 1 (intro to electricity), chapter 2 (p. 11-25 only - components), and chapter 3 (read about multimeters) 2. Electricity & Electronics in Resources Section 3. Resistor Colour Code in Resources Section Deadline for handing-in: Sunday 16th of January, 11.59 pm. E-mail: ahv1@sfu.ca
Week 2 - Hands-on Exercise: Approaches to Tangible Interaction
January 17 2022 - bring examples to class
Handout: Week 2 Handout
Week 3 - Microcontrollers I
January 24 2022 -- Hopefully this session will be face to face and you can pick up your electronics kits and start building.
Prep: Install Arduino IDE on laptop & bring with you. Try exercises from week 1. Presentation: Week 3 Presentation Handout: Week 3 Handout
Source code for Workshop Exercises (TAR format) // Somewhat Outdated
Week 4 - Sensors
Jan 31, 2022
Read (review): Hartman, chapter 6, sections: Digital Input, Analog Input Read (review): Pull-up Resistors Read: Hartman, chapter 3 (switches), and chapter 7 (Sensors). Probably just skim the DIY stuff, it is pretty specific to wearables. Presentation: Week 4 Presentation Handout: Week 4 Handout
Week 5 - Soldering + Microcontrollers II
Feb 7, 2022
Read: All Essential Electronics Concepts and Basic Components Read: Sparkfun: How to Solder For Reference: Sparkfun: How to use a Multimeter Presentation: Soldering Presentation Handout: Week 5 Handout // Due to the limited number of soldering stations the class will break into 3 groups, and each work on one of the handout questions at a time
Week 6, Interfacing (Serial Communication)
Feb 14, 2022
Read: Arduino Serial (Igoe - ITP) (watch the video) Read: Arduino <--> Processing Read (Optional): Serial, Math, Types Read (Optional): Common Serial Protocols Task: Install Processing 3.0.1+ Task: Install the Sound library for Processing (Sketch/Import Library.../Add Library...) Presentation: Week 7 Presentation Handout: Week 7 Handout
Week 7 - Reading Week, No Lab
February 21, 2022
READ STUFF
Week 8 - Motors/High Powered Out
Feb 28, 2022
Read: Hartman, chapter 8 (Motors & Temperature). Recommend to read the first half of chapter 8 as well (Light & Sound) Read (review): POWER! Read (review): Diodes, Transistors, & Relays Presentation: Week 8 Presentation Handout: Week 8 Handout
Week 9 - Computer Vision
March 7, 2022
There is no handout this week as all of the technologies in the previous one were out of date. We'll follow a different structure this week.
Read: Tangible User Interfaces: Past, Present and Future Directions section 7.2 (it's like 4 pages) Task: Download the camera vision example code Task: Install Processing Video Library Task: Run the Basic Webcam Connection example Modify the sketch to manipulate the camera feed in some way. Task: Run the Improved Blob Tracking example Click on a colour inside the sketch to track it Task: Install Open CV for Processing Library Task: Run the Face Detection sketch Task: Think of 3 ways to use camera vision & discuss in groups. Presentation: Week 9 Presentation
Week 10 - Wireless Communication
Mar 14, 2022
Read: Hartman, chapter 9 (Wireless) Read: Open Sound Control (OSC) (http://opensoundcontrol.org and the CNMAT site are down, but the above explanation is actually really good) Handout: Week 10 Handout Presentation: Week 10 Presentation
Week 11 - Advanced Sensors
Mar 27, 2022