BibSLEIGH
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problem (4)

Stem fire$ (all stems)

39 papers:

CASECASE-2015-LinZW #predict #realtime #using
Using real-time sensing data for predicting future state of building fires (CCL, GZ, LLW), pp. 1313–1318.
ICEISICEIS-v1-2015-BedoBOCCRTT #detection #effectiveness #image #performance #social #social media
Techniques for Effective and Efficient Fire Detection from Social Media Images (MVNB, GB, WDO, MTC, AFC, JFRJ, AJMT, CTJ), pp. 34–45.
ICEISICEIS-v2-2015-SarsharNR #case study #comparison #smarttech
A Study on the Usage of Smartphone Apps in Fire Scenarios — Comparison between GDACSmobile and SmartRescue Apps (PS, VN, JR), pp. 469–474.
KDDKDD-2015-YuanBM #process #re-engineering #using
Gas Concentration Reconstruction for Coal-Fired Boilers Using Gaussian Process (CY, MB, BM), pp. 2247–2256.
CASECASE-2014-GaoLWA #monitoring #petri net #problem #sequence #using
A monitor solution to enforce legal transition firing sequences problems by using Petri nets (XG, ZL, AW, AMAA), pp. 419–424.
FMFM-2014-ArenisWDMA #consistency #industrial #standard #verification
The Wireless Fire Alarm System: Ensuring Conformance to Industrial Standards through Formal Verification (SFA, BW, DD, MM, ASA), pp. 658–672.
CHICHI-2014-HughesDPA #online
Online public communications by police & fire services during the 2012 Hurricane Sandy (ALH, LAASD, LP, KMA), pp. 1505–1514.
HCIDHM-SET-2013-OkimotoPOM #usability
Usability of Portable Fire Extinguisher: Perspectives of Ergonomics and Intuitive Use (MLLRO, MP, STdO, VM), pp. 355–364.
CASECASE-2011-GaoLZZWQ
Fire evacuation model with confidence intervals (YG, PBL, QZ, HZ, NW, LQ), pp. 731–736.
HTHT-2011-Rowberry #hypermedia #question
Vladimir Nabokov’s pale fire: the lost “father of all hypertext demos”? (SR), pp. 319–324.
AFLAFL-2011-Umeo #2d #algorithm #automaton #implementation
Recent Developments in Firing Squad Synchronization Algorithms for Two-Dimensional Cellular Automata and Their State-Efficient Implementations (HU), pp. 368–387.
CHICHI-2011-ToupsKHS #coordination #learning #simulation
Zero-fidelity simulation of fire emergency response: improving team coordination learning (ZOT, AK, WAH, NS), pp. 1959–1968.
ICSEICSE-2011-MatthijssenZ #ajax #comprehension #detection #interactive #named
FireDetective: understanding ajax client/server interactions (NM, AZ), pp. 998–1000.
ICPRICPR-2010-HamKN #automation #detection #finite #fuzzy
Fire-Flame Detection Based on Fuzzy Finite Automation (SH, BK, JYN), pp. 3919–3922.
CIAACIAA-2009-CleophasH #algorithm #automaton #tool support
Forest FIRE: A Taxonomy-based Toolkit of Tree Automata and Regular Tree Algorithms (LGC, KH), pp. 245–248.
HCIDHM-2009-BoschHHD
Intelligent Agents for Training On-Board Fire Fighting (KvdB, MH, AH, WAvD), pp. 463–472.
HCIHCI-AUII-2009-QuSPW #case study #information retrieval
A Study of Information Retrieval of En Route Display of Fire Information on PDA (WQ, XS, TP, LW), pp. 86–94.
HCIHCI-AUII-2009-SunQPW #case study #detection
A Study of Fire Information Detection on PDA Device (XS, WQ, TP, LW), pp. 105–113.
GT-VMTGT-VMT-2008-BiermannM #analysis #configuration management #independence #rule-based
Independence Analysis of Firing and Rule-based Net Transformations in Reconfigurable Object Nets (EB, TM).
SIGIRSIGIR-2008-MajumderMPBMMSP
Text collections for FIRE (PM, MM, DP, AB, SM, SM, AS, SP), pp. 699–700.
CHICHI-2007-ToupsK #coordination #design #education
Implicit coordination in firefighting practice: design implications for teaching fire emergency responders (ZOT, AK), pp. 707–716.
HCIHIMI-IIE-2007-KochHLP #agile #mobile #precise
Rapid and Precise Mobile Data Processing for Fire Brigades and Rescue Services (SAFeR/GÜTER/SHARE) (RK, RH, BSL, JP), pp. 1050–1059.
CIAACIAA-2004-FrishertCW #automaton #finite #regular expression
FIRE Station: An Environment for Manipulating Finite Automata and Regular Expression Views (MF, LGC, BWW), pp. 125–133.
DLTDLT-2004-GruskaTP #array #communication #problem
Optimal Time and Communication Solutions of Firing Squad Synchronization Problems on Square Arrays, Toruses and Rings (JG, SLT, MP), pp. 200–211.
ICEISICEIS-v1-2004-YagueAGLS
Web-Based Training System For Forest Fire Office Staff (AY, PPA, JG, AL, GS), pp. 184–191.
ICPRICPR-v4-2004-LiuA #detection
Vision Based Fire Detection (CBL, NA), pp. 134–137.
DATEDATE-2003-FazelTR #design #logic #named #visualisation
PLFire: A Visualization Tool for Asynchronous Phased Logic Designs (KF, MAT, RBR), pp. 11096–11097.
AGTIVEAGTIVE-2003-HaaseMBG03a #architecture #integration #named #refinement
Fire3: Architecture Refinement for A-posteriori Integration (TH, OM, BB, FHG), pp. 461–467.
CAiSECAiSE-2000-Tsichritzis #named
BIO/COM: Mixing Water with Fire (DT), pp. 1–6.
HCIHCI-CCAD-1999-KoisoFN #coordination #interface #visual notation
Proposal of visual interfaces to coordinate decision making in hierarchical structures and their application to fire systems (TK, TF, SN), pp. 367–371.
HPCAHPCA-1999-HagerstenK #named #scalability
WildFire: A Scalable Path for SMPs (EH, MK), pp. 172–181.
DACDAC-1997-JangQKP #case study #verification
Formal Verification of FIRE: A Case Study (JYJ, SQ, MK, CP), pp. 173–177.
CIAAWIA-1996-Watson #c++
FIRE Lite: FAs and REs in C++ (BWW), pp. 167–188.
SACSAC-1996-LeeHHC #case study #how #implementation #performance #problem #process #set
Efficient implementations of two variant subset sum problems: a case study of how to process appraisal books resulting from fire-destroyed money (PL, FYH, CYH, HTC), pp. 230–237.
ICLPJICSLP-1996-BurgardCFKL #detection #logic programming #tool support
Logic Programming Tools Applied to Fire Detection in Hard-coal Mines (Poster Abstract) (WB, ABC, DF, AMK, SLK), p. 532.
SEKESEKE-1994-PachetP
Rule firing with metarules (FP, JFP), pp. 322–329.
SACSAC-1994-HoskinsHH #behaviour #interactive #multi
An interactive multimedia system for fire behavior training (JAH, WDH, KGH), pp. 379–382.
STOCSTOC-1985-CoanDDS #distributed #problem
The Distributed Firing Squad Problem (Preliminary Version) (BAC, DD, CD, LJS), pp. 335–345.
ICSEICSE-1976-PollockM #development #re-engineering
Software Engineering in the Development of the TRIDENT Fire Control System (RMP, WLM), pp. 363–369.

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.