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» Microarchitecture evaluation with physical planning
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ICRA
1999
IEEE
118views Robotics» more  ICRA 1999»
13 years 9 months ago
Rapid Physics-Based Rough-Terrain Rover Planning with Sensor and Control Uncertainty
In future planetary exploration missions, rovers will be required to autonomously traverse challenging environments. Much of the previous work in robot motion planning cannot be s...
Karl Iagnemma, Frank Génot, Steven Dubowsky
ISER
1999
Springer
147views Robotics» more  ISER 1999»
13 years 9 months ago
Experimental Validation of Physics-Based Planning and Control Algorithms for Planetary Robotic Rovers
: Robotic planetary exploration is a major component of the United States’ NASA space science program. The focus of our research is to develop rover planning and control algorith...
Karl Iagnemma, Robert Burn, Eric Wilhelm, Steven D...
MICRO
2008
IEEE
208views Hardware» more  MICRO 2008»
13 years 11 months ago
Microarchitecture soft error vulnerability characterization and mitigation under 3D integration technology
— As semiconductor processing techniques continue to scale down, transient faults, also known as soft errors, are increasingly becoming a reliability threat to high-performance m...
Wangyuan Zhang, Tao Li
TROB
2008
97views more  TROB 2008»
13 years 5 months ago
Physical Path Planning Using a Pervasive Embedded Network
Abstract--We evaluate a technique that uses an embedded network deployed pervasively throughout an environment to aid robots in navigation. The embedded nodes do not know their abs...
Keith J. O'Hara, Daniel B. Walker, Tucker R. Balch
MICRO
2000
IEEE
107views Hardware» more  MICRO 2000»
13 years 9 months ago
Register integration: a simple and efficient implementation of squash reuse
Register integration (or simply integration) is a mechanism for incorporating speculative results directly into a sequential execution using data-dependence relationships. In this...
Amir Roth, Gurindar S. Sohi