Autonomous Onboard Mission Planning for Multiple Satellite Systems

INIS

• actuators 1%
• algorithms 11%
• allocations 5%
• antennas 1%
• architecture 11%
• artificial intelligence 13%
• benchmarks 1%
• calculation methods 1%
• comparative evaluations 11%
• constraints 5%
• control 3%
• convergence 1%
• cooperation 1%
• cost 3%
• data 19%
• demand 1%
• design 3%
• dynamics 3%
• efficiency 1%
• emergencies 13%
• emission 3%
• engineers 1%
• environment 3%
• evaluation 1%
• failures 5%
• flexibility 1%
• game theory 1%
• gases 1%
• genetic algorithms 11%
• humans 3%
• hybrids 3%
• information 1%
• interference 1%
• levels 1%
• lifetime 1%
• losses 1%
• mhz range 1%
• mutations 19%
• negotiation 9%
• operation 11%
• optimization 3%
• orbits 13%
• performance 1%
• planning 100%
• radiowave radiation 3%
• resources 3%
• reviews 1%
• satellites 100%
• signals 1%
• simulation 3%
• sky 1%
• solutions 1%
• space 11%
• space vehicles 1%
• spectra 1%
• transmission 3%
• universe 1%
• utilities 5%
• vehicles 1%
• wavelengths 1%

Engineering

• Actuator Failure 1%
• Adaptability 3%
• Antenna 1%
• Artificial Intelligence Technique 1%
• Benchmark 1%
• Classical Method 1%
• Collected Data 1%
• Computation Time 1%
• Computational Time 1%
• Design 3%
• Development 1%
• Digital Subscriber Lines 11%
• Emergency Situation 7%
• Failure (Mechanical) 3%
• Fictitious Play 1%
• Frame Time 3%
• Genetic Algorithm 7%
• Global Optimum 1%
• Infrastructure 1%
• Internals 1%
• Large Number 1%
• Local Optimum 1%
• Long Wavelength 1%
• Malfunction 1%
• Mechanisms 5%
• Mission Objective 3%
• Models 1%
• Mutation Operator 7%
• Observed Data 1%
• Operational Task 1%
• Optimisation Problem 1%
• Optimization 1%
• Prevent Interference 1%
• Satellites 100%
• Setting Time 1%
• Simulation Result 1%
• Spacecraft 1%
• Supports 1%
• Tasks 1%
• Transmissions 3%
• Windows 1%