14 papers:
- SAC-2015-HublerRFS #data flow #named #using
- P-SaMI: a data-flow pattern to perform massively-parallel molecular docking experiments using a fully-flexible receptor model (PH, DDAR, JEF, ONdS), pp. 54–57.
- DHM-HB-2013-LiWZYHZ #complexity #variability
- Changes in Heart Rate Variability during Manual Controlled Rendezvous and Docking with Task Complexity (PL, BW, YZ, ZY, WH, XZ), pp. 86–92.
- DHM-HB-2013-WangTLCTL #architecture #behaviour #modelling
- Cognitive Behavior Modeling of Manual Rendezvous and Docking Based on the ACT-R Cognitive Architecture (CW, YT, YL, SC, ZT, JL), pp. 143–148.
- ICEIS-v3-2013-SzirbikB #architecture #network
- Discovering the EIS Architecture that Supports Hub-and-Spoke Freight Transportation Networks Operating in a Cross Dock Mode (NBS, PB), pp. 388–395.
- SAC-2012-Koohi-MoghadamR #difference #evolution
- Molecular docking with opposition-based differential evolution (MKM, ATR), pp. 1387–1392.
- DHM-2011-JiangWTXW #case study #evaluation #performance
- Study on Synthetic Evaluation of Human Performance in Manually Controlled Spacecraft Rendezvous and Docking Tasks (TJ, CW, ZT, YX, ZW), pp. 387–393.
- DHM-2011-WuHYNH #parametricity #using
- Using Physiological Parameters to Evaluate Operator’s Workload in Manual Controlled Rendezvous and Docking (RVD) (BW, FH, ZY, JN, WH), pp. 426–435.
- CASE-2010-GibsonM #geometry #integration
- Geometric integration of impact during an orbital docking procedure (CG, TDM), pp. 928–932.
- CASE-2008-KimCY #mobile
- Fusion of direction sensing RFID and sonar for mobile robot docking (MK, NYC, WY), pp. 709–714.
- CASE-2008-RohPSYC0LC #flexibility #using
- Flexible docking mechanism using combination of magnetic force with error-compensation capability (SgR, JHP, YKS, KY, MC, HSK, HL, HRC), pp. 697–702.
- CHI-2000-MasliahM #empirical
- Measuring the allocation of control in a 6 degree-of-freedom docking experiment (MRM, PM), pp. 25–32.
- ICSE-1999-HallHW #approach #deployment #using
- A Cooperative Approach to Support Software Deployment Using the Software Dock (RSH, DH, ALW), pp. 174–183.
- SAC-1995-GopalanHSDS #fuzzy #problem #search-based
- Fuzzy genetic controllers for the autonomous rendezvous and docking problem (VG, AH, MRS, RWD, BS), pp. 532–536.
- SAC-1994-XiaoW #algorithm #search-based #using
- Molecular docking using genetic algorithms (YLX, DEW), pp. 196–200.