15 papers:
HPDC-2014-YinWFZZ #analysis #middleware #named #scalability #visualisation- SLAM: scalable locality-aware middleware for I/O in scientific analysis and visualization (JY, JW, WcF, XZ, JZ), pp. 257–260.
HCI-III-2013-WangLLD #algorithm #performance #realtime #visual notation- A New Real-Time Visual SLAM Algorithm Based on the Improved FAST Features (LW, RL, CL, FD), pp. 206–215.
ICML-c1-2013-BootsG #approach #learning- A Spectral Learning Approach to Range-Only SLAM (BB, GJG), pp. 19–26.
SAC-2013-TeixeiraRG #detection #locality #parallel #using- Indoor localization using SLAM in parallel with a natural marker detector (LT, ABR, MG), pp. 27–33.
CASE-2012-ParulkarSK #automation #performance #random- Fast randomized planner for SLAM automation (AP, PS, KMK), pp. 765–770.
SAC-2011-MohammadiG #approach #representation- Integrated PSO and line based representation approach for SLAM (MRM, SSG), pp. 1382–1388.
ICPR-2010-Casarrubias-VargasPB #machine learning #navigation #visual notation- EKF-SLAM and Machine Learning Techniques for Visual Robot Navigation (HCV, APB, EBC), pp. 396–399.
ICPR-2010-EudesLND #integration #performance #visual notation- Fast Odometry Integration in Local Bundle Adjustment-Based Visual SLAM (AE, ML, SNC, MD), pp. 290–293.
ICPR-2010-RituertoPG #visual notation- Visual SLAM with an Omnidirectional Camera (AR, LP, JJG), pp. 348–351.
HCI-MIE-2007-JangKC #geometry #using #visual notation- Position and Pose Computation of a Moving Camera Using Geometric Edge Matching for Visual SLAM (HJ, GYK, HIC), pp. 634–641.
ICPR-v3-2006-MouragnonLDDS #mobile- Monocular Vision Based SLAM for Mobile Robots (EM, ML, MD, FD, PS), pp. 1027–1031.
IFM-2004-BallCLR #formal method #verification- SLAM and Static Driver Verifier: Technology Transfer of Formal Methods inside Microsoft (TB, BC, VL, SKR), pp. 1–20.
POPL-2002-BallR #debugging #static analysis- The SLAM project: debugging system software via static analysis (TB, SKR), pp. 1–3.
CAV-2001-BallR #tool support- The SLAM Toolkit (TB, SKR), pp. 260–264.
IFL-2000-SargeantKW #functional #parallel #source code- Exploiting Implicit Parallelism in Functional Programs with SLAM (JS, CCK, IW), pp. 19–36.