Achieving consensus in distributed software architectures for satellite missions

Keyphrases

• Distributed Architecture 100%
• Satellite Mission 100%
• Attitude Determination 50%
• Software Process 50%
• State Estimation 50%
• Data Bus 50%
• Paxos Algorithm 50%
• Attitude Control 50%
• Fault Detection Capability 25%
• Execution Environment 25%
• Telemetry 25%
• Space Mission Design 25%
• Satellite Attitude 25%
• Software Performance 25%
• Spacecraft Bus 25%
• Anomalous Behavior 25%
• Chronological Order 25%
• Pointing Error 25%
• Satellite Operations 25%
• Asynchronous Data 25%
• Resilience 25%
• Agent-based 25%
• By Design 25%
• Design Rules 25%
• Satellite Systems 25%
• Increased Reliability 25%
• Optimal Configuration 25%
• Synchronous and Asynchronous 25%
• Onboard Software 25%
• Voting System 25%
• Fault Recovery Capability 25%
• Time Critical Process 25%
• Intermittent Failure 25%
• Spacecraft Data 25%
• Consensus Strategy 25%
• Distributed Software 25%
• Multiple Sensors 25%
• Software Design Patterns 25%
• Temporal Consistency 25%
• Performance Comparison 25%
• Software Design 25%
• Scalability Issues 25%
• System Fault 25%
• Consensus Protocol 25%
• Performance Characteristics 25%
• Fault-tolerant Mechanism 25%
• Increased Performance 25%
• Software Reliability 25%
• Synchronous Data 25%
• Highly-Distributed Systems 25%
• Control Subsystem 25%

Computer Science

• Software Architecture 100%
• Software 75%
• Procedure 75%
• Design 50%
• Control 50%
• State Estimation 50%
• Paxos Algorithm 50%
• Development Phase 25%
• Multiple Sensor 25%
• Consensus Protocol 25%
• Software Development 25%
• Critical Process 25%
• Anomalous Behavior 25%
• Satellite System 25%
• Fault Tolerant 25%
• Software Process 25%
• Performance Characteristic 25%
• Missing Information 25%
• Fault detection 25%
• Software Performance 25%
• Decision-Making 25%
• Chronological Order 25%
• Optimal Configuration 25%
• Software Design Pattern 25%
• Software Design 25%
• Distributed System 25%
• Execution Environments 25%
• Criticality 25%
• Running Process 25%
• Tolerant Mechanism 25%

INIS

• satellites 100%
• architecture 100%
• computer codes 100%
• design 33%
• attitudes 25%
• reliability 25%
• space vehicles 25%
• performance 25%
• buses 25%
• data 25%
• control 16%
• information 16%
• algorithms 16%
• failures 8%
• operation 8%
• implementation 8%
• comparative evaluations 8%
• recovery 8%
• criticality 8%
• space 8%
• errors 8%
• detection 8%
• sensors 8%
• configuration 8%
• environment 8%
• telemetry 8%
• charges 8%
• decision making 8%