![Computing / Touchscreen / Computer hardware / Multi-touch / Force-Sensing Resistor / Capacitor / Touch switch / Electrode array / User interface techniques / Human–computer interaction / Capacitive sensing Computing / Touchscreen / Computer hardware / Multi-touch / Force-Sensing Resistor / Capacitor / Touch switch / Electrode array / User interface techniques / Human–computer interaction / Capacitive sensing](https://www.pdfsearch.io/img/28dc54b0ec3dcb858d2915ce1ae20519.jpg)
| Document Date: 2014-02-07 11:18:18 Open Document File Size: 675,02 KBShare Result on Facebook
City Cambridge / Toronto / Lab / Saarbrücken / / Company Multi-Touch Systems / IDT / Zoran / Microsoft / / Country Germany / United States / Canada / / Currency USD / / / Facility Max Plank Institute / The University of Tokyo / / IndustryTerm mains electricity noise / nanwei@media.mit.edu / e-book / ngillian@media.mit.edu / serial chip / multi-functional handheld device / electronics / electrode capacitive touch systems / joep@media.mit.edu / conductive inkjet printing / capacitive sensing systems / consumer grade hardware / / Organization MIT Media Lab / US Federal Reserve / University of Tokyo / Max Plank Institute / / Person Mark Feldmeier / Gershon Dublon / Nan Zhao / CHI EA / Valentin Heun / Amit Zoran / Brian Mayton / / Position Author / Hardware Implementation The PrintSense controller / conductor / controller / / ProvinceOrState Ontario / / Technology FTDI USB serial chip / ADC / http / machine learning / / URL http /
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