2008 |
19 | EE | Roger Bostelman,
James S. Albus:
Sensor experiments to facilitate robot use in assistive environments.
PETRA 2008: 8 |
18 | EE | James S. Albus,
Roger Bostelman,
Raj Madhavan,
Harry Scott,
Tony Barbera,
Sandor Szabo,
Tsai Hong,
Tommy Chang,
William P. Shackleford,
Michael Shneier,
Stephen Balakirsky,
Craig Schlenoff,
Hui-Min Huang,
Frederick M. Proctor:
Intelligent Control of Mobility Systems.
Computational Intelligence in Automotive Applications 2008: 237-274 |
17 | EE | Michael Shneier,
Tommy Chang,
Tsai Hong,
William P. Shackleford,
Roger Bostelman,
James S. Albus:
Learning traversability models for autonomous mobile vehicles.
Auton. Robots 24(1): 69-86 (2008) |
2007 |
16 | EE | Roger Bostelman,
James S. Albus:
A multipurpose robotic wheelchair and rehabilitation device for the home.
IROS 2007: 3348-3353 |
2006 |
15 | EE | James S. Albus,
Tsai Hong,
Tommy Chang:
Segmentation and Classification of Human Forms using LADAR Data.
AIPR 2006: 7 |
14 | | James S. Albus,
Roger Bostelman,
Tsai Hong,
Tommy Chang,
William P. Shackleford,
Michael Shneier:
The lagr project - integrating learning into the 4D/RCS control hierarchy.
ICINCO-RA 2006: 154-161 |
13 | | Craig Schlenoff,
James S. Albus,
Elena Messina,
Anthony Barbera,
Raj Madhavan,
Stephen Balakirsky:
Using 4D/RCS to Address AI Knowledge Integration.
AI Magazine 27(2): 57-70 (2006) |
12 | EE | James S. Albus,
Roger Bostelman,
Tommy Chang,
Tsai Hong,
William P. Shackleford,
Michael Shneier:
Learning in a hierarchical control system: 4D/RCS in the DARPA LAGR program.
J. Field Robotics 23(11-12): 975-1003 (2006) |
2004 |
11 | | So-Ryeok Oh,
Kalyan K. Mankala,
Sunil Kumar Agrawal,
James S. Albus:
Dynamic Modeling and Robust Controller Design of a Two-stage Parallel Cable Robot.
ICRA 2004: 3678-3683 |
10 | EE | Robert L. Williams II,
James S. Albus,
Roger Bostelman:
3D Cable-Based Cartesian Metrology System.
J. Field Robotics 21(5): 237-257 (2004) |
9 | EE | Anthony Barbera,
James S. Albus,
Elena Messina,
Craig Schlenoff,
John Horst:
How task analysis can be used to derive and organize the knowledge for the control of autonomous vehicles.
Robotics and Autonomous Systems 49(1-2): 67-78 (2004) |
2003 |
8 | EE | Elena Messina,
James S. Albus,
Craig Schlenoff,
John Evans:
Knowledge engineering for real time intelligent control.
Journal of Intelligent and Fuzzy Systems 14(3): 137-147 (2003) |
2000 |
7 | | James S. Albus:
4-D/RCS Reference Model Architecture for Unmanned Ground Vehicles.
ICRA 2000: 3260-3265 |
1999 |
6 | | James S. Albus:
The Engineering of Mind.
Inf. Sci. 117(1-2): 1-18 (1999) |
1997 |
5 | | James S. Albus:
The NIST Real-time Control System (RCS): an approach to intelligent systems research.
J. Exp. Theor. Artif. Intell. 9(2-3): 157-174 (1997) |
1992 |
4 | | James S. Albus:
RCS: A Reference Model Architecture for Intelligent Control.
IEEE Computer 25(5): 56-59 (1992) |
1990 |
3 | EE | James S. Albus:
Robotics: Where has it been? Where is it going?
Robotics and Autonomous Systems 6(3): 199-219 (1990) |
1988 |
2 | EE | Ronald Lumia,
James S. Albus:
Teleoperation and autonomy for space robotics.
Robotics and Autonomous Systems 4(1): 27-33 (1988) |
1977 |
1 | | William B. Gevarter,
James S. Albus,
N. Caplan,
B. Chern,
Kent Curtis,
Marvin Denicoff,
James R. Slagle:
Federal Programs in Artificial Intelligence.
IJCAI 1977: 940-950 |