Exploring redundancy in sensor deployment to maximize network lifetime and coverage

Keyphrases

• Sensor Networks 100%
• Redundancy 100%
• Fault Tolerance 100%
• Network Lifetime 100%
• Network Coverage 100%
• Sensor Deployment 100%
• Wireless Sensor Networks 50%
• Energy Efficiency 50%
• Network Model 50%
• Energy Saving 50%
• Space-based 50%
• Heuristic Approach 50%
• Sensor Network Applications 50%
• Network Partitioning 50%
• NP-complete 50%
• Sensor Coverage 50%
• Unstructured Environment 50%
• Two-dimensional Space 50%
• Multiple Sensors 50%
• Reliable Operation 50%
• Sustained Operations 50%
• Geometric Reasoning 50%
• K-coverage 50%
• Large-scale Sensor Networks 50%
• Prolong Network Lifetime 50%
• Redundant Coverage 50%
• Sensing Reliability 50%
• Disjoint Subset 50%

Computer Science

• Sensor Networks 100%
• Sensor Deployment 100%
• Network Lifetime 100%
• fault-tolerance 66%
• Energy Efficiency 33%
• Wireless Sensor Network 33%
• Network Application 33%
• Multiple Sensor 33%
• Energy Saving 33%
• Sufficient Condition 33%
• Network Partition 33%
• Dimensional Space 33%
• Reliable Operation 33%
• Geometric Reasoning 33%
• Disjoint Subset 33%

Engineering

• Sensor Network 100%
• Network Lifetime 100%
• Energy Conservation 66%
• Fits and Tolerances 66%
• Energy Efficiency 33%
• Wireless Sensor Network 33%
• Two Dimensional 33%
• Network Model 33%
• Multiple Sensor 33%
• Network Application 33%
• Sufficient Condition 33%
• Dimensional Space 33%
• Reliable Operation 33%
• Region Ii 33%
• Geometric Reasoning 33%