MEETING-DATE:March 26, 2015 MEETING-LOCATION:DC 1331 MEETING-TIME:11:30 MEETING-CHAIR:Dustin Biser MEETING-CHAIRPIC:dustin_biser.png COFFEE-HOUR-LAST-WEEK:Steve COFFEE-HOUR-THIS-WEEK:Volunteers? COFFEE-HOUR-NEXT-WEEK:Volunteers? FORTH-DATE1:April 2, 2015 FORTH-DATE2:April 9, 2015 FORTH-DATE3:April 16, 2015 FORTH-DATE4:April 23, 2015 FORTH-LOCATION1:DC 1331 11:30 FORTH-LOCATION2:DC 1331 11:30 FORTH-LOCATION3:DC 1331 11:30 FORTH-LOCATION4:DC 1331 11:30 FORTH-CHAIR1:Bill Cowan FORTH-CHAIR2:Ryan Goldade FORTH-CHAIR3:Craig Kaplan FORTH-CHAIR4:Marta Kryven FORTH-CHAIRPIC1:cowan_unflipped.gif FORTH-CHAIRPIC2:tjlahey.gif FORTH-CHAIRPIC3:craig.jpg FORTH-CHAIRPIC4:marta.jpg FORTH-TP1:Yipeng Wang FORTH-TP2:Vinicius Azevedo FORTH-TP3:Christopher Batty FORTH-TP4:Dustin Biser FORTH-TPPIC1:ssiu-owl.jpg FORTH-TPPIC2:vtuu.jpg FORTH-TPPIC3:batty.jpg FORTH-TPPIC4:dustin_biser.png TPNAME:Dan Vogel TPTITLE:Myopoint: Pointing and Clicking Using Forearm Mounted Electromyography and Inertial Motion Sensors. TPABSTRACT:We describe a mid-air, barehand pointing and clicking interaction technique using electromyographic (EMG) and inertial measurement unit (IMU) input from a consumer armband device. The technique uses enhanced pointer feedback to convey state, a custom pointer acceleration function tuned for angular inertial motion, and correction and filtering techniques to minimize side-effects when combining EMG and IMU input. By replicating a previous large display study using a motion capture pointing technique, we show the EMG and IMU technique is only 430 to 790 ms slower and has acceptable error rates for targets greater than 48 mm. Our work demonstrates that consumer-level EMG and IMU sensing is practical for distant pointing and clicking on large displays. TPPIC:dvogel.jpg DIONE: DITWO: DITHREE: DIFOUR: AIONE: AITWO: AITHREE: AIFOUR: LEONE: LETWO: LETHREE: LEFOUR: DMONE: DMTWO: DMTHREE: DMFOUR: SEMINARS: