BibSLEIGH
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Used together with:
human (5)
flight (5)
function (4)
problem (4)
assist (4)

Stem crew$ (all stems)

27 papers:

CHICHI-2015-SchofieldBW #named
Bootlegger: Turning Fans into Film Crew (GS, TB, PCW), pp. 767–776.
ICEISICEIS-v1-2015-ConstantinonNS #heuristic
Combining Heuristic and Utility Function for Fair Train Crew Rostering (AAC, CFXdMN, AGN, AFdS), pp. 593–602.
CASECASE-2014-YuanLJ #health #probability #problem #scheduling
Home health care crew scheduling and routing problem with stochastic service times (BY, RL, ZJ), pp. 564–569.
CIKMCIKM-2014-HassanFVDL0
Anything You Can Do, I Can Do Better: Finding Expert Teams by CrewScout (NH, HF, RV, GD, CL, NZ), pp. 2030–2032.
CASECASE-2012-SugiyamaNITU #approach #composition #problem
A bilevel decomposition approach to railway crew rostering problems for fair labor condition (TS, TN, MI, ST, KU), pp. 383–389.
HCIDHM-2011-SunGYZ #design #modelling #multi
Application of Human Modeling in Multi-crew Cockpit Design (XS, FG, XY, JZ), pp. 204–209.
HCIDHM-2011-ZhengF #evaluation #research
The Research of Crew Workload Evaluation Based on Digital Human Model (YZ, SF), pp. 446–450.
HCIHIMI-II-2009-LevaKCLKSM #performance #safety
Unique Reporting Form: Flight Crew Auditing of Everyday Performance in an Airline Safety Management System (MCL, AMK, JC, GL, SK, DS, NM), pp. 806–815.
HCIHCI-IPT-2007-BattisteJJGD
Flight Crew Perspective on the Display of 4D Information for En Route and Arrival Merging and Spacing (VB, WWJ, NHJ, SG, AQVD), pp. 541–550.
PADLPADL-2000-YunesMS #approach #hybrid #problem #scalability #scheduling
A Hybrid Approach for Solving Large Scale Crew Scheduling Problems (THY, AVM, CCdS), pp. 293–307.
SACSAC-2000-YunesMS #problem #scalability #scheduling
Solving Very Large Crew Scheduling Problems to Optimality (THY, AVM, CCdS), pp. 446–451.
HCIHCI-CCAD-1999-Callantine #analysis #performance #visualisation
Visualization and analysis of flight crew procedure performance (TJC), pp. 1281–1285.
HCIHCI-CCAD-1999-CranePP #integration
Flight crew factors CTAS/FMS integration in the terminal airspace (BC, TP, EAP), pp. 1276–1280.
HCIHCI-CCAD-1999-FlemischO
The search for pilot’s ideal complement: experimental results with the crew assistant military Aircraft CAMA (FOF, RO), pp. 1271–1275.
HCIHCI-CCAD-1999-NumanoMTMNFM #fault #reduction
Reduction of human errors in plant operation utilizing human error correction function as an individual and crew (MN, KM, KT, HM, YN, JF, YM), pp. 1206–1210.
REICRE-1998-MaidenMMR #generative #named
CREWS-SAVRE: Systematic Scenario Generation and Use (NAMM, SM, KM, MR), pp. 148–155.
REFSQREFSQ-1998-MaidenCPM #requirements #validation
CREWS Validation Frames: Patterns for Validating Systems Requirements (NAMM, MC, HP, DM), pp. 167–178.
PEPMPEPM-1997-Augustsson #partial evaluation
Partial Evaluation in Aircraft Crew Planning (LA), pp. 127–136.
HCIHCI-CC-1997-StutzO #adaptation #modelling
Adaptive Pilot Modeling Within Cockpit Crew Assistance (PS, RO), pp. 733–736.
HCIHCI-SEC-1997-StrohalO
The Crew Assistant Military Aircraft (CAMA) (MS, RO), pp. 7–10.
HCIHCI-SEC-1997-Taylor97a #requirements
Human Electronic Crew Teamwork: Cognitive Requirements for Compatibility and Control with Dynamic Function Allocation (RMT), pp. 247–250.
HCIHCI-ACS-1993-DyckAW #human-computer #multi
HCI in Multi-Crew Aircraft (JLD, DWA, JAW), pp. 151–156.
HCIHCI-ACS-1993-WittigO #fault
Inferring Pilot Intent and Error as a Basis for Electronic Crew Assistance (TW, RO), pp. 386–391.
HCIHCI-SHI-1993-UjitaKIK #analysis
Cooperative Work Analysis of Plant Operator Crew (HU, RK, KI, RK), pp. 955–960.
CSCWCSCW-1990-BensonCP #social
Some Social and Economic Consequences of Groupware for Flight Crew (IB, CC, SP), pp. 119–129.
STOCSTOC-1989-Nisan
CREW PRAMs and Decision Trees (NN), pp. 327–335.
ICALPICALP-1989-BilardiM #bound
Time Lower Bounds For CREW-PRAM Computation Of Monotone Functions (GB, AM), pp. 95–107.

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.