39 papers:
CASE-2014-ParidariPSJ #energy #performance #scheduling- Energy and CO2 efficient scheduling of smart appliances in active houses equipped with batteries (KP, AP, HS, KHJ), pp. 632–639.
DUXU-TMT-2014-MacedoS #difference #evaluation #semantics #user interface- Building a Semantic Differential Scale as Tool for Assisting UX Evaluation with Home Appliances (VM, CMS), pp. 308–317.
CIKM-2014-TangWPTL #approach #detection- An Appliance-Driven Approach to Detection of Corrupted Load Curve Data (GT, KW, JP, JT, JL), pp. 1429–1438.
ICPR-2014-RidiGH #bibliography #monitoring #recognition- A Survey on Intrusive Load Monitoring for Appliance Recognition (AR, CG, JH), pp. 3702–3707.
DATE-2013-PorcarelliBBP #industrial #low cost #monitoring- Perpetual and low-cost power meter for monitoring residential and industrial appliances (DP, DB, DB, GP), pp. 1155–1160.
SIGMOD-2013-WoodsTA #performance- Less watts, more performance: an intelligent storage engine for data appliances (LW, JT, GA), pp. 1073–1076.
ITiCSE-2013-Malan #clustering- From cluster to cloud to appliance (DJM), pp. 88–92.
- CASE-2012-KawarazakiY #recognition #speech #using
- Remote control system of home electrical appliances using speech recognition (NK, TY), pp. 761–764.
DAC-2012-JungSB #off the shelf #using- Tracking appliance usage information in residential settings using off-the-shelf low-frequency meters (DJ, AS, AB), pp. 163–168.
- HCI-ITE-2011-NgKNA #automation #gesture
- Gesture Based Automating Household Appliances (WLN, NCK, NKN, BMA), pp. 285–293.
- HCI-MIIE-2011-AshBCJLLMQUZ #programming
- Scratchable Devices: User-Friendly Programming for Household Appliances (JA, MB, GC, SJ, SL, MLL, VNM, PQ, BU, EZ), pp. 137–146.
- HIMI-v1-2011-TanakaYSN #comparison #using
- Characteristics of Comfortable Sheet Switches on Control Panels of Electrical Appliances: Comparison Using Older and Younger Users (YT, YY, MS, MN), pp. 498–507.
SEKE-2011-Collazo-MojicaS #distributed #metamodelling- A Metamodel for Distributed Ensembles of Virtual Appliances (XJCM, SMS), pp. 560–565.
SAC-2011-Liu #agile #configuration management #using- Rapid application configuration in Amazon cloud using configurable virtual appliances (HL), pp. 147–154.
HPDC-2011-WolinskyF #case study #distributed #experience #grid #self #using- Experiences with self-organizing, decentralized grids using the grid appliance (DIW, RJOF), pp. 183–194.
- CASE-2010-CesettiSBALCL #development #flexibility #framework #mobile #testing
- Development of a flexible test platform for household appliance testing based on mobile agents (AC, CPS, GDB, GA, LL, CC, SL), pp. 855–860.
- SIGMOD-2009-Krishnamurthy
- A data warehouse appliance for the mass market (RK), pp. 879–880.
- HCI-NIMT-2009-NakanishiOY #case study #effectiveness
- A Study on Effective Tactile Feeling of Control Panels for Electrical Appliances (MN, YO, SY), pp. 486–495.
- HIMI-II-2009-HadaS #development #mobile #process #using
- Development of an Annotation-Based Classroom Activities Support Environment Using Digital Appliance, Mobile Device and PC (YH, MS), pp. 642–649.
- HCI-IDU-2007-Lee #design #interface #usability
- Usability Test for Cellular Phone Interface Design That Controls Home Appliances (HL), pp. 891–900.
- HCI-IDU-2007-NingT #functional #how #order #usability
- How to Use Emotional Usability to Make the Product Serves a Need Beyond the Traditional Functional Objective to Satisfy the Emotion Needs of the User in Order to Improve the Product Differentiator — Focus on Home Appliance Product (LN, ST), pp. 587–593.
- HIMI-MTT-2007-YangDJB #human-computer
- Human-Friendly HCI Method for the Control of Home Appliance (SEY, JHD, HJ, ZB), pp. 218–226.
CHI-2006-EisensteinM #communication #evaluation- Interacting with communication appliances: an evaluation of two computer vision-based selection techniques (JE, WEM), pp. 1111–1114.
FSE-2004-Marks #exclamation #problem #usability- The usability problem for home appliances: engineers caused it, engineers can fix it! (JM), p. 95.
- DAC-2003-WongMP #case study #design
- Design techniques for sensor appliances: foundations and light compass case study (JLW, SM, MP), pp. 66–71.
- DATE-2003-RaghunathanRHQ #challenge #design #mobile
- Securing Mobile Appliances: New Challenges for the System Designer (AR, SR, SH, JJQ), pp. 10176–10183.
- SIGMOD-2003-Shivakumar
- Google in a Box — Building the Google Search Appliance (NS), p. 635.
- CHI-2003-OHaraPL #coordination #social
- Social coordination around a situated display appliance (KO, MJP, SL), pp. 65–72.
- HPDC-2002-BentVLRSAAL #flexibility #grid #performance
- Flexibility, Manageability, and Performance in a Grid Storage Appliance (JB, VV, NL, AR, JS, ACAD, RHAD, ML), pp. 3–12.
- CHI-2000-GaverM #concept #design #named
- Alternatives: exploring information appliances through conceptual design proposals (WWG, HM), pp. 209–216.
SIGIR-2000-JonesB #information management- Information access for context-aware appliances (GJFJ, PJB), pp. 382–384.
- HCI-CCAD-1999-NimanTHH #communication
- Transparent communication appliances (BvN, DVT, JH, HH), pp. 18–22.
- HCI-EI-1999-ChenC #case study #interface #visual notation
- A study on tactile interfaces as an aid to home electronic appliance operation for the visually impaired (WZC, WKC), pp. 740–744.
- HCI-EI-1999-MarcusAFG99b #design #interface
- Good Things in Small Packages: User-Interface Design for Baby Faces in Devices and Appliances for Y2K and Beyond (AM, JA, VF, EG), pp. 715–719.
LCTES-1999-Ryu #challenge #embedded- Issues and Challenges in Developing Embedded Software for Information Appliances and Telecommunication Terminals (IR), pp. 104–120.
- SAC-1998-Chatterjee #education #paradigm #towards
- Towards a MASC appliances-based educational paradigm (SC), pp. 112–116.
- SAC-1995-ThomasMM #development #framework
- A framework for the development of information appliances (PJT, JFM, RDM), pp. 396–400.
- HCI-ACS-1993-Vanderheiden #generative #information management #interface #protocol
- Use of Seamless Access Protocol to Expand the Hman Interface of Next Generation Information Systems and Appliances (GCV), pp. 492–497.
TOOLS-USA-1993-SumiyaOHI #automation #development #object-oriented #visual notation- Visual CASE: An Object-Oriented Software Development System for Home Appliances (KS, TO, SH, YI), pp. 97–107.
