Energy efficient connectivity in ad hoc networks from user's and designer's perspective

Keyphrases

• Energy Efficient 100%
• Ad Hoc Networks 100%
• Wireless Ad-hoc Networks (WANETs) 100%
• Price of Anarchy 100%
• User Perspective 100%
• Design Perspective 100%
• Network Design 50%
• Tight Bounds 50%
• Approximation Algorithms 50%
• Transmission Power 50%
• Bounded Hops 50%
• Asymptotically-tight 50%
• Network Performance 50%
• Cost Sharing 50%
• Pure Nash Equilibrium 50%
• Latency Constraint 50%
• Sharing Model 50%
• Rescue Operations 50%
• Existing Algorithms 50%
• Most Important Problem 50%
• Centralized Network 50%
• Convergecast 50%
• Communication Operations 50%
• Selfish Behavior 50%
• High Latency 50%
• Selfish Agents 50%
• Real-time multimedia 50%
• Battlefield Communications 50%
• Minimum Energy Broadcast 50%
• Battlefield Rescue 50%
• Overall System Performance 50%

Computer Science

• Energy Efficient 100%
• ad-hoc network 100%
• wireless ad hoc network 100%
• Approximation Algorithms 50%
• Systems Performance 50%
• Transmission Power 50%
• Nash Equilibrium 50%
• Network Design 50%
• Multimedia 50%
• Network Performance 50%
• Rescue Operation 50%