14 papers:
DAC-2015-JassiMS #design #grammarware #integration #named- GRIP: grammar-based IP integration and packaging for acceleration-rich SoC designs (MJ, DMG, US), p. 6.
CHI-2015-NegulescuM #interactive #mobile- Grip Change as an Information Side Channel for Mobile Touch Interaction (MN, JM), pp. 1519–1522.
DHM-EH-2015-YangCFHZC #case study- Experimental Study on Grip Ergonomics of Manual Handling (AY, GC, WyF, HH, XZ, CKC), pp. 92–99.
CASE-2014-SuKLLHKK #array #design #recognition- Design of tactile sensor array on electric gripper jaws for wire gripping recognition (JYS, WCK, YCL, CHL, JSH, HCK, CCK), pp. 1014–1019.
- CHI-2014-NoorRHRWM #predict
- 28 frames later: predicting screen touches from back-of-device grip changes (MFMN, AR, SH, SR, JW, RMS), pp. 2005–2008.
- DHM-HB-2013-LiL
- Grip Force and CR-10 Ratings for Youth Females (KWL, YCL), pp. 353–358.
- CHI-2011-SongBGICH #gesture #multi
- Grips and gestures on a multi-touch pen (HS, HB, FG, SI, XC, KH), pp. 1323–1332.
LDTA-2011-PlasmeijerLAM #coordination- Getting a grip on tasks that coordinate tasks (RP, BL, PA, SM), p. 1.
- DAC-2009-WuDL #3d #integer #named #programming #scalability #using
- GRIP: scalable 3D global routing using integer programming (THW, AD, JTL), pp. 320–325.
DocEng-2008-BaldwinRC #named #web- PrintMonkey: giving users a grip on printing the web (JB, JAR, YC), pp. 230–239.
- CHI-2006-HorneckerB #framework #interactive #physics #social
- Getting a grip on tangible interaction: a framework on physical space and social interaction (EH, JB), pp. 437–446.
- HCI-CC-1997-ShimizuSSSTIY #difference
- Differences of Force Distribution Patterns on Grip Types in Human Grasping Motions (SS, MS, SS, YS, AT, YI, MY), pp. 425–428.
- HCI-SEC-1997-MurraySKK #feedback
- Getting a Grip: Touch Feedback with Binary Stimulators (AMM, KBS, RLK, PKK), pp. 913–916.
FPCA-1987-JonesCSH #architecture #graph #named #parallel #reduction- GRIP — A high-performance architecture for parallel graph reduction (SLPJ, CDC, JS, MH), pp. 98–112.
