Passive Robotic Walker Path Following with Bang-Bang Hybrid Control Paradigm Marco Andreetto, Stefano Divan, Daniele Fontanelli and Luigi Palopoli Abstract— This paper presents a control algorithm that steers a robotic

Source URL: www.ict-acanto.eu

Automatically Computing Program Path Complexity Lucas Bang, Abdulbaki Aydin, and Tevfik Bultan I. I NTRODUCTION Recent automated software testing techniques focus on achieving path coverage. We present a program complexi

Source URL: gswc.cs.ucsb.edu

• Computational complexity theory
• Software metrics
• Software engineering
• Theory of computation
• Complexity classes
• Cyclomatic complexity
• Software testing
• Structural complexity theory
• Control flow graph
• Complexity
• Code coverage
• PL

4th International Conference on Machine Control & Guidance, March 19-20, 2014 RemoteFarming.1: Human-machine interaction for a fieldrobot-based weed control application in organic farming Fabian Sellmann1, Waldemar Bang

Source URL: www.ecs.hs-osnabrueck.de

• Environment
• Agronomy
• Weed control
• Sustainable agriculture
• Weed
• Organic farming
• Robot
• Autonomous robot
• Agriculture
• Garden pests
• Land management

Bang-bang control of T-cell receptor signaling Lily A. Chylek1,2*, Vyacheslav Akimov3*, Joern Dengjel4*, Kristoffer T.G. Rigbolt4, Bin Hu5, William S. Hlavacek2,5, Blagoy Blagoev3 Short Abstract — The T-cell receptor t

Source URL: q-bio.org

• Cell signaling
• Cell biology
• Integral membrane proteins
• Phosphorylation
• T-cell receptor
• Linker of activated T cells
• CD3
• Phosphatase
• Mammalian target of rapamycin
• Biology
• T cells
• Signal transduction

Enabling Workspace Awareness for Collaborative Software Modeling Jae young Bang, Daniel Popescu, Nenad Medvidovic University of Southern California Los Angeles, California, USA {jaeyounb, dpopescu, neno}@usc.edu

Source URL: ronia.net

• Collaboration
• Human–computer interaction
• Multimodal interaction
• Business software
• Collaborative software
• Computer-mediated communication
• Modeling language
• Software design
• Revision control
• Computing
• Software
• Groupware

CATION OF CONST AINT DYNAMICS FOR SPACECRAFT MANEUVER Hyochoong Bang and Brij N. Agrawal Naval Postgraduate School, CA[removed]stability problem. For spacecraft , especially flexible spacecraft maneuver, this approach can

Source URL: faculty.nps.edu

• Classical mechanics
• Mathematical optimization
• Lagrange multiplier
• Inverse dynamics
• Optimal control
• Holonomic
• Equations of motion
• Control theory
• Constraint algorithm
• Physics
• Mathematics
• Mathematical analysis

JOURNAL OF GUIDANCE, CONTROL, AND DYNAMICS Vol. 18, No. 6, November-December 1995 Robust Closed-Loop Control Design for Spacecraft Slew Maneuver Using Thrusters Brij N. Agrawal* and Hyochoong Bang^

Source URL: faculty.nps.edu

• Systems science
• Cybernetics
• Control engineering
• Slew
• Deadband
• Spacecraft design
• Control system
• Systems theory
• Control theory
• Systems engineering

Experiments on Jerk-Limited Slew Maneuvers of a Flexible Spacecraft

Source URL: www.nps.edu

• Optimal control
• Control theory
• Jerk
• Mathematical optimization
• Bang–bang control
• Vibration
• Damping
• Feedforward control
• Coupling
• Physics
• Science
• Mechanical engineering

Method of Slewing the Spacecraft to Minimize Settling Time

Source URL: www.nps.edu

• Systems theory
• Science
• Input shaping
• Torque
• Vibration
• Feedback
• Bang–bang control
• Control theory
• Cybernetics
• Physics

MLGW Protocol specification ............................................................................................................................... MLGW02 Rev. 1 | 31 May 2011

Source URL: mlgw.bang-olufsen.dk

• Computing
• Transmission Control Protocol
• SOCKS
• Network protocols
• Network architecture
• OSI protocols