Stem physiolog$ (all stems)

40 papers:

CASE-2015-HallettWSV #agile

Rapid bicycle gear switching based on physiological cues (EH, RW, SS, RV), pp. 377–382.

CHI-2015-FaircloughKG #classification #interactive #realtime

Classification Accuracy from the Perspective of the User: Real-Time Interaction with Physiological Computing (SHF, AJK, KMG), pp. 3029–3038.

CHI-2015-ZugerF #developer #predict #using

Interruptibility of Software Developers and its Prediction Using Psycho-Physiological Sensors (MZ, TF), pp. 2981–2990.

SIGIR-2015-Barreda-Angeles #behaviour #latency

Unconscious Physiological Effects of Search Latency on Users and Their Click Behaviour (MBÁ, IA, XB, BBC, APB), pp. 203–212.

SIGIR-2015-GwizdkaoMW #information retrieval #research

NeuroIR 2015: Neuro-Physiological Methods in IR Research (JG, JMJ, JM, MW), pp. 1151–1153.

CHI-2014-SoloveyZPRM #performance #using

Classifying driver workload using physiological and driving performance data: two field studies (ETS, MZ, EAGP, BR, BM), pp. 4057–4066.

CHI-2014-TanLS #case study #experience #game studies #video

Combining think-aloud and physiological data to understand video game experiences (CTT, TWL, SS), pp. 381–390.

HCI-AIMT-2014-AdnanNSZH #evaluation #metric

Evaluation of Graceful Movement in Virtual Fitting through Expressed Emotional Response and Emotion Expressed via Physiology Measures (WAWA, NLMN, FMS, SNZ, WNWH), pp. 788–797.

KDD-2014-GhassemiNDBJRS #modelling

Unfolding physiological state: mortality modelling in intensive care units (MG, TN, FDV, NB, RJ, AR, PS), pp. 75–84.

ICSE-2014-FritzBMYZ #development #metric #using

Using psycho-physiological measures to assess task difficulty in software development (TF, AB, SCM, SYE, MZ), pp. 402–413.

DHM-HB-2013-BotterBCKME

The Biomechanical and Physiological Effect of Two Dynamic Workstations (JB, EMB, DC, RK, SHvM, RPE), pp. 196–204.

DHM-HB-2013-WangL #design #evaluation #modelling

Digital Human Modeling for Physiological Factors Evaluation in Work System Design (LW, HYKL), pp. 134–142.

HCI-AS-2013-AndujarEGM #learning

Evaluating Engagement Physiologically and Knowledge Retention Subjectively through Two Different Learning Techniques (MA, JIE, JEG, PM), pp. 335–342.

HIMI-D-2013-EnokidaKSAII #information management #metric #using

Assessing Mental Workload of In-Vehicle Information Systems by Using Physiological Metrics (SE, KK, SS, TA, TI, KI), pp. 584–593.

HIMI-D-2013-KasamatsuKYJF #evaluation

Physiological Responses and Kansei Evaluation on Awareness (KK, HK, MY, HJ, SF), pp. 614–619.

HIMI-D-2013-KomineN #evaluation #optimisation #smarttech #user interface #visual notation

Optimization of GUI on Touchscreen Smartphones Based on Physiological Evaluation — Feasibility of Small Button Size and Spacing for Graphical Objects (SK, MN), pp. 80–88.

SIGIR-2013-MoshfeghiJ #behaviour #effectiveness #feedback #using

An effective implicit relevance feedback technique using affective, physiological and behavioural features (YM, JMJ), pp. 133–142.

MLDM-2012-HossainC #behaviour #identification

Combination of Physiological and Behavioral Biometric for Human Identification (EH, GC), pp. 380–393.

CHI-2011-NackeKLM #design #game studies #interactive #using

Biofeedback game design: using direct and indirect physiological control to enhance game interaction (LEN, MK, CL, RLM), pp. 103–112.

CHI-2011-PanCHMHMC

Now where was I?: physiologically-triggered bookmarking (MKXJP, GJSC, GHH, AJM, TWH, KEM, EAC), pp. 363–372.

DHM-2011-WuHYNH #parametricity #using

Using Physiological Parameters to Evaluate Operator’s Workload in Manual Controlled Rendezvous and Docking (RVD) (BW, FH, ZY, JN, WH), pp. 426–435.

ICPR-2010-SunSHE #learning #locality #metric

Localized Supervised Metric Learning on Temporal Physiological Data (JS, DMS, JH, SE), pp. 4149–4152.

WICSA-ECSA-2009-MattmannGKPM #grid #revisited

The anatomy and physiology of the grid revisited (CM, JG, IK, DP, NM), pp. 285–288.

HCD-2009-CausseH #effectiveness #visual notation

The Physiological User’s Response as a Clue to Assess Visual Variables Effectiveness (MC, CH), pp. 167–176.

HCD-2009-ShibukawaFIN #effectiveness #using

Fundamental Studies on Effective e-Learning Using Physiology Indices (MS, MFF, YI, SPN), pp. 795–804.

HCI-NT-2009-HercegfiPTI #evaluation #monitoring #usability

Usability Evaluation by Monitoring Physiological and Other Data Simultaneously with a Time-Resolution of Only a Few Seconds (KH, MP, ST, LI), pp. 59–68.

SIGIR-2009-ArapakisKJK #modelling #predict #topic

Modeling facial expressions and peripheral physiological signals to predict topical relevance (IA, IK, JMJ, IK), pp. 728–729.

WICSA-2008-AllouiCV #architecture #component #identification #towards

Towards Software Architecture Physiology: Identifying Vital Components (IA, SC, HV), pp. 293–296.

SEKE-2008-ErsonC #framework #simulation

A Software Framework for Integrative Physiological Model Simulation (EZE, MCC), pp. 333–338.

CSCW-2004-MandrykI #collaboration #evaluation #game studies

Physiological indicators for the evaluation of co-located collaborative play (RLM, KMI), pp. 102–111.

ICPR-v3-2004-NovakLCMAHA #analysis #markov #modelling #using

Morphology Analysis of Physiological Signals Using Hidden Markov Models (DN, LL, DCF, PM, TAA, YH, MA), pp. 754–757.

HCI-EI-1999-ChenMRK #empirical #evaluation #metric

The Physiological Measurement of User Comfort Levels: An Evaluation Experiment for Comparing Three Types of CRTs (SC, YM, XR, HK), pp. 193–196.

HCI-EI-1999-JorgensenGLJ

Mental Workload in IT Work: Combining Cognitive and Physiological Perspectives (AHJ, AHG, BL, BRJ), pp. 97–101.

HCI-SEC-1997-RayHG #adaptation #design #interface

Mapping Physiology to Cognition in Adaptive Interface Design (WJR, SH, JG), pp. 491–494.

HCI-SEC-1997-Riedel #3d #aspect-oriented #parametricity #performance

3D-Rendering and the Eye: Aspects for Efficient Rendering Through Physiological and Anatomical Parameters of the Eye (OR), pp. 981–984.

HCI-SEC-1997-WatanabeO #analysis #communication

Physiological Analysis of Entrainment in Face-to-Face Communication (TW, MO), pp. 411–414.

HCI-ACS-1993-ArnetzB #interface #named

Techno-Stress: Psycho-physiological Consequences of Poor Man-Machine Interface (BBA, MB), pp. 891–896.

HCI-ACS-1993-SaitoTSSS #visual notation

Physiological Indices of Visual Fatigue and Visual Comfort Related to VDT Work (SS, ST, SS, MS, TS), pp. 909–913.

HCI-SHI-1993-KamijoK #artificial reality #using

A Virtual Reality System Using Physiological Data — Application to Virtual Sports CAI (KK, AK), pp. 675–680.

SAC-1993-GuuB #database #named #object-oriented #research

Scibase: An Object-Oriented Scientific Database for Cell Physiology Research (YWG, GGB), pp. 309–317.