Energy-efficient computing for wildlife tracking: Design tradeoffs and early experiences with ZebraNet

Keyphrases

• Design Trade-offs 100%
• Wildlife Tracking 100%
• Energy-efficient Computing 100%
• Track Design 100%
• Peer-to-peer Networks 100%
• Reliable System 50%
• Central Kenya 50%
• Energy Storage 50%
• Wireless Communication 50%
• Success Rate 50%
• Global Positioning System 50%
• Wireless 50%
• Sensor Applications 50%
• Energy Trade-off 50%
• Wireless Sensor Networks 50%
• General Applicability 50%
• Base Station 50%
• Computing Devices 50%
• Mobile Sensor Networks 50%
• Wireless Transceiver 50%
• Wilderness Areas 50%
• Mobile Computing 50%
• Wireless Communication Device 50%
• Cellular Services 50%
• Least Energy 50%
• Service Communication 50%
• Flash Memory 50%
• Fixed Base 50%
• Broadcast Communication 50%
• Computing Applications 50%
• Wireless Applications 50%
• Wireless Computing 50%
• Log Data 50%
• Mpala Research Centre 50%
• Mobile Wireless 50%
• Biology Research 50%
• Ad Hoc Routing Protocol 50%
• Research Preferences 50%
• Commercial Purpose 50%

Computer Science

• Wireless Communication 100%
• Energy Efficient 100%
• Computing Device 50%
• Commercial Purpose 50%
• Wireless Sensor Network 50%
• Communication Device 50%
• mobile sensor network 50%
• Mobile Computing 50%
• Decision Research 50%
• Wireless Computing 50%
• Flash Memory 50%
• Broadcast Communication 50%
• Peer to Peer Networks 50%
• Global Positioning System 50%