Stem mount$ (all stems)

32 papers:

CASE-2015-UrgilesAC #design #development #network #web

Lighting control actuator design and development for a ZigBee network with a Web server mounted on Raspberry Pi (MVU, PEA, DPCT), pp. 714–719.

CHI-2015-ApostolopoulosC #artificial reality

Accuracy of Pedometry on a Head-mounted Display (IA, DSC, EF), pp. 2153–2156.

CHI-2015-HaqueNV #named #using

Myopoint: Pointing and Clicking Using Forearm Mounted Electromyography and Inertial Motion Sensors (FH, MN, DV), pp. 3653–3656.

CHI-2015-JainFGHDZVF #artificial reality #visualisation

Head-Mounted Display Visualizations to Support Sound Awareness for the Deaf and Hard of Hearing (DJ, LF, JG, BH, RD, DNZ, CV, JEF), pp. 241–250.

CHI-2015-LauberCB #artificial reality

Content Destabilization for Head-Mounted Displays (FL, SC, AB), pp. 2139–2142.

CHI-2015-MaluF #artificial reality #personalisation #smarttech

Personalized, Wearable Control of a Head-mounted Display for Users with Upper Body Motor Impairments (MM, LF), pp. 221–230.

CHI-2015-McGillBMB #artificial reality #challenge #usability

A Dose of Reality: Overcoming Usability Challenges in VR Head-Mounted Displays (MM, DB, RMS, SAB), pp. 2143–2152.

CHI-2015-WilliamsMMF #artificial reality #design

Designing Conversation Cues on a Head-Mounted Display to Support Persons with Aphasia (KW, KM, DM, LF), pp. 231–240.

CSCW-2015-JohnsonGM #artificial reality #collaboration #lightweight

Handheld or Handsfree?: Remote Collaboration via Lightweight Head-Mounted Displays and Handheld Devices (SJ, MG, BM), pp. 1825–1836.

LCT-2015-DuA #artificial reality #design #evaluation #learning

Design and Evaluation of a Learning Assistant System with Optical Head-Mounted Display (OHMD) (XD, AA), pp. 75–86.

CHI-2014-DancuFF #navigation #using

Smart flashlight: map navigation using a bike-mounted projector (AD, ZF, MF), pp. 3627–3630.

HIMI-AS-2014-OshimaHYMN #case study #effectiveness #women

The Effectiveness of Assistance Dogs Mounting ICT Devices: A Case Study of a Healthy Woman and Her Dog (CO, CH, KY, KM, KN), pp. 467–478.

ICPR-2014-ChenLHLLH #detection #using

Vision-Based Road Bump Detection Using a Front-Mounted Car Camcorder (HTC, CYL, CCH, SYL, BSPL, CPH), pp. 4537–4542.

DHM-HB-2013-TheisAMW #artificial reality #aspect-oriented #industrial

Considering Ergonomic Aspects of Head-Mounted Displays for Applications in Industrial Manufacturing (ST, TA, MPM, MW), pp. 282–291.

HCI-IMT-2013-HammerB #realtime #robust #using

Robust Hand Tracking in Realtime Using a Single Head-Mounted RGB Camera (JHH, JB), pp. 252–261.

ICPR-2012-ReinbacherRB #game studies #named #using

RoμNect: Hand mounted depth sensing using a commodity gaming sensor (CR, MR, HB), pp. 461–464.

ICPR-2012-SchuldhausKJESL #classification #using

Classification of surfaces and inclinations during outdoor running using shoe-mounted inertial sensors (DS, PK, UJ, BE, HS, ML), pp. 2258–2261.

SAC-2012-JungJCHJCJK #performance

A fast mount mechanism for YAFFS2 (JJ, JJ, YC, HH, GJ, SC, MJ, JYK), pp. 1791–1795.

DUXU-v2-2011-YasumaN #artificial reality #question

User Characteristic-Based Information-Providing Service for Museum with Optical See-Through Head-Mounted Display: Does It Evoke Enthusiasm? (YY, MN), pp. 234–242.

HIMI-v2-2011-TanumaSNN #artificial reality #design #using

Comfortable Design of Task-Related Information Displayed Using Optical See-Through Head-Mounted Display (KT, TS, MN, MN), pp. 419–429.

CHI-2010-WeaverBSIL #analysis #artificial reality #empirical #order #using

An empirical task analysis of warehouse order picking using head-mounted displays (KW, HB, TS, HI, ML), pp. 1695–1704.

CHI-2009-KassilS #evaluation

Evaluation of a tool-mounted guidance display for computer-assisted surgery (KK, AJS), pp. 1275–1278.

CASE-2008-GeorgievA

Two-stage robotic crystal mounting of protein crystals for X-ray data collection (AG, PKA), pp. 1019–1024.

CSCW-2008-NakanishiMNI #matter #social

Minimum movement matters: impact of robot-mounted cameras on social telepresence (HN, YM, DN, HI), pp. 303–312.

HCI-IPT-2007-HavukumpuHGVN #artificial reality

Comparing Two Head-Mounted Displays in Ultrasound Scanning (JH, JH, EG, PV, GN), pp. 597–604.

HPCA-2007-ChoiKSSWL #modelling

Modeling and Managing Thermal Profiles of Rack-mounted Servers with ThermoStat (JC, YK, AS, JS, QW, JL), pp. 205–215.

ICPR-v1-2006-MenezesLD #3d #data fusion #gesture #using

Data Fusion for 3D Gestures Tracking using a Camera mounted on a Robot (PM, FL, JD), pp. 464–467.

CHI-2003-FussellSK #collaboration #physics #video

Effects of head-mounted and scene-oriented video systems on remote collaboration on physical tasks (SRF, LDS, REK), pp. 513–520.

CHI-2000-PatrickCSRVC #artificial reality #scalability #using

Using a large projection screen as an alternative to head-mounted displays for virtual environments (EP, DC, AS, JAR, TV, GC), pp. 478–485.

ICPR-v4-2000-NakamuraOO #process

Structuring Personal Activity Records Based on Attention — Analyzing Videos from Head-Mounted Camera (YN, YO, JO), pp. 4222–4225.

HCI-CCAD-1999-OzawaAFSY #adaptation #case study #education #implementation #process #realtime

An experimental study on implementing real-time estimator of human cognitive process into eye-sensing head mounted display for realizing adaptive CAI for teaching plant diagnosis knowledge (TO, YA, SF, HS, HY), pp. 1197–1200.

HCI-SEC-1997-FukushimaY #adaptation

Application of a Newly Developed Eye Sensing Head-Mounted-Display to a Mutual Adaptive CAI for Plant-Diagnosis (SF, HY), pp. 225–228.