Tracking a Moving Target in Cluttered Environments with Ranging Radios Geoffrey Hollinger, Joseph Djugash, and Sanjiv Singh Abstract— In this paper, we propose a framework for utilizing fixed, ultra-wideband ranging ra

Source URL: robotics.usc.edu

Design Patterns from Biology for Distributed Computing OZALP BABAOGLU University of Bologna, Italy GEOFFREY CANRIGHT Telenor R&D

Source URL: web2.qatar.cmu.edu

Calculating Bounds on Information Leakage Using Two-Bit Patterns Ziyuan Meng Geoffrey Smith

Source URL: users.cis.fiu.edu

Quantifying Information Flow Using Min-Entropy (Invited Paper) Geoffrey Smith School of Computing and Information Sciences Florida International University Miami, Florida USA

Source URL: users.cis.fiu.edu

Game Emulation: Testing Famicom Emulation Koichi HOSOI, Ritsumeikan University, Geoffrey ROCKWELL, Kazufumi FUKUDA, Ritsumeikan University, Jaakko

Source URL: www.ritsumei.ac.jp

Distributed Coordination and Data Fusion for Underwater Search Geoffrey A. Hollinger, Srinivas Yerramalli, Sanjiv Singh, Urbashi Mitra and Gaurav S. Sukhatme Abstract— This paper presents coordination and data fusion m

Source URL: robotics.usc.edu

Revised submission to ApJ Accurate Radial Velocities of 2086 Nearby FGKM Stars and 132 Standards1 Carly Chubak2 , Geoffrey W. Marcy2 , Debra A. Fischer5 , Andrew W. Howard2,3 , Howard Isaacson2 , John Asher Johnson4 , J

Source URL: www.exoplanets.org

Eliminating Covert Flows with Minimum Typings† Dennis Volpano Geoffrey Smith Computer Science Department

Source URL: users.cis.fiu.edu

Volume Conserving Finite Element Simulations of Deformable Models Geoffrey Irving∗ Stanford University Pixar Animation Studios Craig Schroeder∗

Source URL: naml.us

• Mathematics
• Physics
• Mathematical analysis
• Partial differential equations
• Continuum mechanics
• Vector calculus
• Elasticity
• Computational fluid dynamics
• Incompressible flow
• Conjugate gradient method
• Tetrahedron
• Divergence

Towards Experimental Analysis of Challenge Scenarios in Robotics Geoffrey A. Hollinger and Sanjiv Singh Abstract In this paper, we explore the idea of simulated experimental analysis for challenge scenarios in robotics u

Source URL: robotics.usc.edu