Energy is the most limiting resource in sensor networks. This is particularly true for dynamic sensor networks in which the sensor-net application is not statically planned. We describe three components of our energy management system for nodes in such dynamic sensor networks: A flexible energy model and an accounting infrastructure for making sensor nodes energy-aware, and Resource Containers for managing the energy accounting information
A Wireless Sensor Network (WSN) powered using harvested energies is limited in its operation by inst...
Emerging low power, embedded, wireless sensor devices are useful for wide range of applications, yet...
This paper proposes and assesses analytical tools for large-scale monitoring applications with wirel...
Energy consumption is one of the most critical protocol properties in a wireless sensor network. The...
AbstractThe development of energy-efficient applications for wireless sensor networks requires mecha...
Wireless sensor networks (WSNs) are becoming increasingly important as they provide an ideal platfor...
Power management is an important concern in sensor networks, because a tethered energy in-frastructu...
A major constraint of sensor network deployments is their power supply: batteries have a limited lif...
Wireless Sensor Networks (WSNs) allow the remote and distributed monitoring of parameters in their d...
Energy related research in wireless ad hoc sensor networks (WASNs) is focusing on energy saving tech...
Wireless sensor networks are continuing to receive considerable research interest due, in part, to t...
Energy is a limited resource in wireless sensor networks. In fact, the reduction of power consumptio...
This paper proposes a novel Energy-Driven Architecture (EDA) as a durable architecture and considers...
Energy is a major constraint in the design of embedded sensor networks. The energy supplied by batte...
The energy problem in wireless sensor networks remains one of the major barriers preventing the comp...
A Wireless Sensor Network (WSN) powered using harvested energies is limited in its operation by inst...
Emerging low power, embedded, wireless sensor devices are useful for wide range of applications, yet...
This paper proposes and assesses analytical tools for large-scale monitoring applications with wirel...
Energy consumption is one of the most critical protocol properties in a wireless sensor network. The...
AbstractThe development of energy-efficient applications for wireless sensor networks requires mecha...
Wireless sensor networks (WSNs) are becoming increasingly important as they provide an ideal platfor...
Power management is an important concern in sensor networks, because a tethered energy in-frastructu...
A major constraint of sensor network deployments is their power supply: batteries have a limited lif...
Wireless Sensor Networks (WSNs) allow the remote and distributed monitoring of parameters in their d...
Energy related research in wireless ad hoc sensor networks (WASNs) is focusing on energy saving tech...
Wireless sensor networks are continuing to receive considerable research interest due, in part, to t...
Energy is a limited resource in wireless sensor networks. In fact, the reduction of power consumptio...
This paper proposes a novel Energy-Driven Architecture (EDA) as a durable architecture and considers...
Energy is a major constraint in the design of embedded sensor networks. The energy supplied by batte...
The energy problem in wireless sensor networks remains one of the major barriers preventing the comp...
A Wireless Sensor Network (WSN) powered using harvested energies is limited in its operation by inst...
Emerging low power, embedded, wireless sensor devices are useful for wide range of applications, yet...
This paper proposes and assesses analytical tools for large-scale monitoring applications with wirel...
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