BibSLEIGH corpus
BibSLEIGH tags
BibSLEIGH bundles
BibSLEIGH people
Open Knowledge
XHTML 1.0 W3C Rec
CSS 2.1 W3C CanRec
email twitter
Used together with:
interact (2)
learn (2)
base (2)
cell (2)
design (2)

Stem kinet$ (all stems)

17 papers:

CHICHI-2015-KatoNG #design #named
TextAlive: Integrated Design Environment for Kinetic Typography (JK, TN, MG), pp. 3403–3412.
HCIDUXU-UI-2015-Huang15a #design #interactive
Transparent Organ©: Designing Luminaire Art Deco with Kinetic Interaction (SCCH), pp. 444–451.
MLDMMLDM-2015-Perner #automation #feature model #image #mining
Automatic Cell Tracking and Kinetic Feature Description of Cell Paths for Image Mining (PP), pp. 441–451.
ASPLOSASPLOS-2015-HassaanNP #dependence #graph
Kinetic Dependence Graphs (MAH, DDN, KP), pp. 457–471.
CHICHI-2014-KaziCGZF #named
Draco: bringing life to illustrations with kinetic textures (RHK, FC, TG, SZ, GWF), pp. 351–360.
ITiCSEITiCSE-2013-Wildsmith #learning #named
Kinetic: a learning environment within business (CW), p. 3.
HCIDUXU-NTE-2013-AltakrouriCS #interactive #mobile
Sharing Kinetic Interactions for Mobile Devices (BA, DC, AS), pp. 327–336.
ICMLICML-c2-2013-MeentBWGW #learning #markov #modelling
Hierarchically-coupled hidden Markov models for learning kinetic rates from single-molecule data (JWvdM, JEB, FW, RLG, CW), pp. 361–369.
VMCAIVMCAI-2013-JohnNN #network #predict
Knockout Prediction for Reaction Networks with Partial Kinetic Information (MJ, MN, JN), pp. 355–374.
KDDKDD-2012-LiL #named
EvaPlanner: an evacuation planner with social-based flocking kinetics (CTL, SDL), pp. 1568–1571.
Kinetic tiles (HK, WL), pp. 1279–1282.
CHICHI-2008-DavisCL #named #sketching
K-sketch: a “kinetic” sketch pad for novice animators (RCD, BC, JAL), pp. 413–422.
CHICHI-2006-RafflePIL #behaviour #game studies
Beyond record and play: backpacks: tangible modulators for kinetic behavior (HR, AJP, HI, JL), pp. 681–690.
CHICHI-2004-RafflePI #assembly #memory management #named
Topobo: a constructive assembly system with kinetic memory (HR, AJP, HI), pp. 647–654.
RTARTA-2003-BournezCCKI #approach #automation #generative #rule-based
A Rule-Based Approach for Automated Generation of Kinetic Chemical Mechanisms (OB, GMC, VC, HK, LI), pp. 30–45.
ICALPICALP-1999-HammarN #approximate
Approximation Results for Kinetic Variants of TSP (MH, BJN), pp. 392–401.
Bezier Curves as a Tool to Describe Kinetic Drawings (JYR, NV, JMB), pp. 780–783.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
Hosted as a part of SLEBOK on GitHub.