Travelled to:
1 × Austria
1 × France
1 × Italy
1 × South Korea
3 × Canada
7 × USA
Collaborated with:
G.W.Fitzmaurice R.Balakrishnan J.Matejka P.K.Chilana D.Wigdor N.Banovic P.Irani M.Agrawala N.Kong R.Attar F.Chevalier A.J.Ko J.O.Wobbrock H.Song F.Guimbretière B.Hartmann M.Gannon W.Li B.J.Lafreniere K.Hasan G.J.Lepinski P.Dragicevic R.S.Kattinakere S.Subramanian K.Singh A.Khan G.Kurtenbach F.Anderson X.'.Chen D.J.Wigdor B.Lafreniere C.Holz A.M.Agur X.Bi X.Yang J.Lo J.P.Birnholtz C.Mak R.H.Kazi S.Zhao K.Hinckley P.Baudisch W.Buxton H.Chen L.Wei R.M.Schmidt
Talks about:
target (7) interact (5) softwar (5) use (5) display (4) video (4) touch (4) digit (4) pen (4) tutori (3)
Person: Tovi Grossman
DBLP: Grossman:Tovi
Facilitated 1 volumes:
Contributed to:
Wrote 39 papers:
- CHI-2015-AndersonGWF #interactive
- Supporting Subtlety with Deceptive Devices and Illusory Interactions (FA, TG, DW, GWF), pp. 1489–1498.
- CHI-2015-GannonGF #approach #design #named
- Tactum: A Skin-Centric Approach to Digital Design and Fabrication (MG, TG, GWF), pp. 1779–1788.
- CHI-2014-0002GF #multi #named #tutorial
- CADament: a gamified multiplayer software tutorial system (WL, TG, GWF), pp. 3369–3378.
- CHI-2014-ChenGWF #interactive #named #smarttech
- Duet: exploring joint interactions on a smart phone and a smart watch (X'C, TG, DJW, GWF), pp. 159–168.
- CHI-2014-ChenGWSHFA #3d #authoring #modelling
- History assisted view authoring for 3D models (HTC, TG, LYW, RMS, BH, GWF, MA), pp. 2027–2036.
- CHI-2014-KaziCGZF #named
- Draco: bringing life to illustrations with kinetic textures (RHK, FC, TG, SZ, GWF), pp. 351–360.
- CHI-2014-LafreniereGMF #tool support #video
- Investigating the feasibility of extracting tool demonstrations from in-situ video content (BL, TG, JM, GWF), pp. 4007–4016.
- CHI-2013-BanovicGF #fault
- The effect of time-based cost of error in target-directed pointing tasks (NB, TG, GWF), pp. 1373–1382.
- CHI-2013-ChilanaKWG #case study #crowdsourcing #multi
- A multi-site field study of crowdsourced contextual help: usage and perspectives of end users and software teams (PKC, AJK, JOW, TG), pp. 217–226.
- CHI-2013-LafreniereGF #community #multi
- Community enhanced tutorials: improving tutorials with multiple demonstrations (BJL, TG, GWF), pp. 1779–1788.
- CHI-2013-MatejkaGF #named #online #video
- Swifter: improved online video scrubbing (JM, TG, GWF), pp. 1159–1168.
- CHI-2013-MatejkaGF13a #heatmap #named #visualisation
- Patina: dynamic heatmaps for visualizing application usage (JM, TG, GWF), pp. 3227–3236.
- CHI-2012-BanovicCGF
- Triggering triggers and burying barriers to customizing software (NB, FC, TG, GWF), pp. 2717–2726.
- CHI-2012-HolzGFA #user interface
- Implanted user interfaces (CH, TG, GWF, AMA), pp. 503–512.
- CHI-2012-KongGHAF #named #representation #workflow
- Delta: a tool for representing and comparing workflows (NK, TG, BH, MA, GWF), pp. 1027–1036.
- CHI-2012-MatejkaGF #latency #named #online #video
- Swift: reducing the effects of latency in online video scrubbing (JM, TG, GWF), pp. 637–646.
- CHI-2011-BiGMF #multi
- Magic desk: bringing multi-touch surfaces into desktop work (XB, TG, JM, GWF), pp. 2511–2520.
- CHI-2011-ChilanaGF #multi #process
- Modern software product support processes and the usage of multimedia formats (PKC, TG, GWF), pp. 3093–3102.
- CHI-2011-ChilanaKWGF #overview #usability
- Post-deployment usability: a survey of current practices (PKC, AJK, JOW, TG, GWF), pp. 2243–2246.
- CHI-2011-HasanGI
- Comet and target ghost: techniques for selecting moving targets (KH, TG, PI), pp. 839–848.
- CHI-2011-MatejkaGF
- Ambient help (JM, TG, GWF), pp. 2751–2760.
- CHI-2011-YangGIF #proximity #using
- TouchCuts and TouchZoom: enhanced target selection for touch displays using finger proximity sensing (XDY, TG, PI, GWF), pp. 2585–2594.
- CHI-2010-GrossmanF #comprehension #named #video
- ToolClips: an investigation of contextual video assistance for functionality understanding (TG, GWF), pp. 1515–1524.
- CHI-2010-LepinskiGF #design #evaluation #multi
- The design and evaluation of multitouch marking menus (GJL, TG, GWF), pp. 2233–2242.
- CHI-2010-SongGGF #interactive #mobile #named #using
- MouseLight: bimanual interactions on digital paper using a pen and a spatially-aware mobile projector (HS, FG, TG, GWF), pp. 2451–2460.
- CHI-2009-GrossmanFA #guidelines #metric #overview
- A survey of software learnability: metrics, methodologies and guidelines (TG, GWF, RA), pp. 649–658.
- CHI-2009-MatejkaGLF #design #evaluation #multi
- The design and evaluation of multi-finger mouse emulation techniques (JM, TG, JL, GWF), pp. 1073–1082.
- CHI-2009-SongGFGKAK #mobile #named #visual notation
- PenLight: combining a mobile projector and a digital pen for dynamic visual overlay (HS, TG, GWF, FG, AK, RA, GK), pp. 143–152.
- CHI-2008-GrossmanB #collaboration #interactive
- Collaborative interaction with volumetric displays (TG, RB), pp. 383–392.
- CHI-2007-BirnholtzGMB #case study #process #scalability #using
- An exploratory study of input configuration and group process in a negotiation task using a large display (JPB, TG, CM, RB), pp. 91–100.
- CHI-2007-GrossmanDB #learning #online
- Strategies for accelerating on-line learning of hotkeys (TG, PD, RB), pp. 1591–1600.
- CHI-2007-GrossmanKB #modelling
- Modeling pointing at targets of arbitrary shapes (TG, NK, RB), pp. 463–472.
- CHI-2007-GrossmanWB #readability
- Exploring and reducing the effects of orientation on text readability in volumetric displays (TG, DW, RB), pp. 483–492.
- CHI-2007-KattinakereGS #interactive #modelling
- Modeling steering within above-the-surface interaction layers (RSK, TG, SS), pp. 317–326.
- CHI-2006-GrossmanHBAB #using
- Hover widgets: using the tracking state to extend the capabilities of pen-operated devices (TG, KH, PB, MA, RB), pp. 861–870.
- CHI-2005-GrossmanB
- The bubble cursor: enhancing target acquisition by dynamic resizing of the cursor’s activation area (TG, RB), pp. 281–290.
- CHI-2004-GrossmanB #3d
- Pointing at trivariate targets in 3D environments (TG, RB), pp. 447–454.
- CHI-2003-GrossmanBS #interface #using
- An interface for creating and manipulating curves using a high degree-of-freedom curve input device (TG, RB, KS), pp. 185–192.
- CHI-2002-GrossmanBKFKB #3d
- Creating principal 3D curves with digital tape drawing (TG, RB, GK, GWF, AK, WB), pp. 121–128.