14 papers:
HCI-IT-2015-KinemuchiKY- Synchronization Between Utterance Rhythm and Body Movement in a Two-Person Greeting (KK, HK, TY), pp. 305–316.
- HIMI-IKC-2015-ItaiM #development #interactive #using
- Study About Creation of “Maai” Involving Intention Using Rhythm Controller — Development of Maai Creating Agent and Interaction Experiments Between Human and Agent (SI, YM), pp. 599–609.
CHI-2014-MarkICJ #online #process- Bored mondays and focused afternoons: the rhythm of attention and online activity in the workplace (GM, STI, MC, PJ), pp. 3025–3034.
CSCW-2014-SteinhardtJ #collaboration- Reconciling rhythms: plans and temporal alignment in collaborative scientific work (SBS, SJJ), pp. 134–145.
- HIMI-DE-2014-Kobayashi14a #case study
- Study on Perception of Vibration Rhythms (DK), pp. 208–216.
ASPLOS-2014-AgrawalPPTTL #hardware #named #parallel- Rhythm: harnessing data parallel hardware for server workloads (SRA, VP, JP, JT, DT, ARL), pp. 19–34.
- HCI-III-2013-ItoON #biology #interactive
- A Method for Promoting Interaction Awareness by Biological Rhythm in Elementary School Children (KI, KO, SN), pp. 421–430.
- CSCW-2011-JacksonRBB #collaboration
- Collaborative rhythm: temporal dissonance and alignment in collaborative scientific work (SJJ, DR, AGB, GCB), pp. 245–254.
- HCI-DDA-2011-Yamamoto #performance
- Synchronization and Fluctuation of Rhythm in Musical Cooperative Performance (TY), pp. 517–526.
ICML-2008-PaiementGBE #distance- A distance model for rhythms (JFP, YG, SB, DE), pp. 736–743.
- CSCW-2002-BegoleTSY #distributed #visualisation
- Work rhythms: analyzing visualizations of awareness histories of distributed groups (JB, JCT, RBS, NY), pp. 334–343.
- CSCW-2002-ReddyD
- A finger on the pulse: temporal rhythms and information seeking in medical work (MCR, PD), pp. 344–353.
- HCI-EI-1999-TakedaK
- Influences of Ergo-meter Work Load Stimulated Fluctuations in CFF Values of Circadian Rhythm on VDU Work Load Related central Nerve Fatigue (MT, SK), pp. 84–88.
- HCI-CC-1997-TakedaH #question
- Does the Circadian Rhythm of VDT Operators Cause Fluctuations of CFF Value that to Mask Fatigue Variations During Work Load? (MT, YH), pp. 563–566.
