BibSLEIGH
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Used together with:
home (8)
use (8)
inform (6)
base (5)
design (5)

Stem applianc$ (all stems)

39 papers:

CASECASE-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.
HCIDUXU-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.
CIKMCIKM-2014-TangWPTL #approach #detection
An Appliance-Driven Approach to Detection of Corrupted Load Curve Data (GT, KW, JP, JT, JL), pp. 1429–1438.
ICPRICPR-2014-RidiGH #bibliography #monitoring #recognition
A Survey on Intrusive Load Monitoring for Appliance Recognition (AR, CG, JH), pp. 3702–3707.
DATEDATE-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.
SIGMODSIGMOD-2013-WoodsTA #performance
Less watts, more performance: an intelligent storage engine for data appliances (LW, JT, GA), pp. 1073–1076.
ITiCSEITiCSE-2013-Malan #clustering
From cluster to cloud to appliance (DJM), pp. 88–92.
CASECASE-2012-KawarazakiY #recognition #speech #using
Remote control system of home electrical appliances using speech recognition (NK, TY), pp. 761–764.
DACDAC-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.
HCIHCI-ITE-2011-NgKNA #automation #gesture
Gesture Based Automating Household Appliances (WLN, NCK, NKN, BMA), pp. 285–293.
HCIHCI-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.
HCIHIMI-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.
SEKESEKE-2011-Collazo-MojicaS #distributed #metamodelling
A Metamodel for Distributed Ensembles of Virtual Appliances (XJCM, SMS), pp. 560–565.
SACSAC-2011-Liu #agile #configuration management #using
Rapid application configuration in Amazon cloud using configurable virtual appliances (HL), pp. 147–154.
HPDCHPDC-2011-WolinskyF #case study #distributed #experience #grid #self #using
Experiences with self-organizing, decentralized grids using the grid appliance (DIW, RJOF), pp. 183–194.
CASECASE-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.
SIGMODSIGMOD-2009-Krishnamurthy
A data warehouse appliance for the mass market (RK), pp. 879–880.
HCIHCI-NIMT-2009-NakanishiOY #case study #effectiveness
A Study on Effective Tactile Feeling of Control Panels for Electrical Appliances (MN, YO, SY), pp. 486–495.
HCIHIMI-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.
HCIHCI-IDU-2007-Lee #design #interface #usability
Usability Test for Cellular Phone Interface Design That Controls Home Appliances (HL), pp. 891–900.
HCIHCI-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.
HCIHIMI-MTT-2007-YangDJB #human-computer
Human-Friendly HCI Method for the Control of Home Appliance (SEY, JHD, HJ, ZB), pp. 218–226.
CHICHI-2006-EisensteinM #communication #evaluation
Interacting with communication appliances: an evaluation of two computer vision-based selection techniques (JE, WEM), pp. 1111–1114.
FSEFSE-2004-Marks #exclamation #problem #usability
The usability problem for home appliances: engineers caused it, engineers can fix it! (JM), p. 95.
DACDAC-2003-WongMP #case study #design
Design techniques for sensor appliances: foundations and light compass case study (JLW, SM, MP), pp. 66–71.
DATEDATE-2003-RaghunathanRHQ #challenge #design #mobile
Securing Mobile Appliances: New Challenges for the System Designer (AR, SR, SH, JJQ), pp. 10176–10183.
SIGMODSIGMOD-2003-Shivakumar
Google in a Box — Building the Google Search Appliance (NS), p. 635.
CHICHI-2003-OHaraPL #coordination #social
Social coordination around a situated display appliance (KO, MJP, SL), pp. 65–72.
HPDCHPDC-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.
CHICHI-2000-GaverM #concept #design #named
Alternatives: exploring information appliances through conceptual design proposals (WWG, HM), pp. 209–216.
SIGIRSIGIR-2000-JonesB #information management
Information access for context-aware appliances (GJFJ, PJB), pp. 382–384.
HCIHCI-CCAD-1999-NimanTHH #communication
Transparent communication appliances (BvN, DVT, JH, HH), pp. 18–22.
HCIHCI-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.
HCIHCI-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.
LCTESLCTES-1999-Ryu #challenge #embedded
Issues and Challenges in Developing Embedded Software for Information Appliances and Telecommunication Terminals (IR), pp. 104–120.
SACSAC-1998-Chatterjee #education #paradigm #towards
Towards a MASC appliances-based educational paradigm (SC), pp. 112–116.
SACSAC-1995-ThomasMM #development #framework
A framework for the development of information appliances (PJT, JFM, RDM), pp. 396–400.
HCIHCI-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.
TOOLSTOOLS-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.

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.