References
Swept Frequency Sensing
Touch And Activate Link to Paper and PDF More information at Artfab website Touché Enhancing Touch Interaction on Humans, Screens, Liquids, and Everyday Objects More information at Disney Website Link to paper Botanicus Interacticus Link to Botanicus Paper Acoustruments
Swept Frequency Sensing
Touch And Activate Link to Paper and PDF More information at Artfab website Touché Enhancing Touch Interaction on Humans, Screens, Liquids, and Everyday Objects More information at Disney Website Link to paper Botanicus Interacticus Link to Botanicus Paper Acoustruments
Arduino Capacitive Sensing with Single Pin
CapPin is the single pin, btw. This is for anyone looking to do a one-touch fabric button with (almost) NO FORCE!! :O GitHub – via Iframely
Arduino Capacitive Sensing with Single Pin
CapPin is the single pin, btw. This is for anyone looking to do a one-touch fabric button with (almost) NO FORCE!! :O GitHub – via Iframely
Designing for Wearables CMU Paper!
Here’s the CMU paper from 1998 about Designing for Wearability! A really great read, highly recommend it. cs.cmu.edu – via Iframely
Designing for Wearables CMU Paper!
Here’s the CMU paper from 1998 about Designing for Wearability! A really great read, highly recommend it. cs.cmu.edu – via Iframely
Visualizing Arduino Data
Arduino has come out with a serial plotter, but it leaves a lot to be desired. In order to visualize Arduino data, I have had better luck with processing. There is a sample program on the arduino site: https://www.arduino.cc/en/Tutorial/Graph. The processing
Visualizing Arduino Data
Arduino has come out with a serial plotter, but it leaves a lot to be desired. In order to visualize Arduino data, I have had better luck with processing. There is a sample program on the arduino site: https://www.arduino.cc/en/Tutorial/Graph. The processing
Physical Computing out in the world
A list of companies doing physical computing work out in the world
Physical Computing out in the world
A list of companies doing physical computing work out in the world
TED talk by David Kelly
A talk by the Author of “Creative Confidence“:
mCookie by Microduino Studio (2015)
mCookie is the latest project from Microduino Studio. Their goal is to make all the different sensors and circuits into a unified stackable design. Therefore it makes the prototyping process much easier and cheaper. All mCookie boards are Arduino-compatible. Makers
mCookie by Microduino Studio (2015)
mCookie is the latest project from Microduino Studio. Their goal is to make all the different sensors and circuits into a unified stackable design. Therefore it makes the prototyping process much easier and cheaper. All mCookie boards are Arduino-compatible. Makers
Build your own sensors!
This wonderful site has instructions for many kinds of home made sensors. Check here for all the sensors. Smokey has constructed multiple sensors using this website as a guide, including a button sensor (conductive fabric and neopreme), a pressure
Build your own sensors!
This wonderful site has instructions for many kinds of home made sensors. Check here for all the sensors. Smokey has constructed multiple sensors using this website as a guide, including a button sensor (conductive fabric and neopreme), a pressure
“Indoor Range Finding” by WiSE lab @ CMU
Acoustic Location Processing System (ALPS) is an indoor ultrasonic ranging technique that can be used to localize modern mobile devices like smartphones and tablets. The method uses a communication scheme in the audio bandwidth just above the human hearing frequency range where mobile devices are still sensitive.
“Indoor Range Finding” by WiSE lab @ CMU
Acoustic Location Processing System (ALPS) is an indoor ultrasonic ranging technique that can be used to localize modern mobile devices like smartphones and tablets. The method uses a communication scheme in the audio bandwidth just above the human hearing frequency range where mobile devices are still sensitive.
“Babolat PLAY” by Babolat (2015)
The Babolat PLAY is a connected tennis racket. The racket records data about every hit, including serves, swing angle, impact location, velocity, force, and spin. It pairs with your phone over Bluetooth. Babolat’s app uploads your data to the cloud,
“Babolat PLAY” by Babolat (2015)
The Babolat PLAY is a connected tennis racket. The racket records data about every hit, including serves, swing angle, impact location, velocity, force, and spin. It pairs with your phone over Bluetooth. Babolat’s app uploads your data to the cloud,