Abstract—Existing sensor network data aggregation techniques assume that the nodes are preprogrammed and send data to a central sink for offline querying and analysis. This approach faces two major drawbacks. First, the system behavior is preprogrammed and cannot be modified on the fly. Second, the increased energy wastage due to the communication overhead will result in decreasing the overall system lifetime. Thus, energy conservation is of prime consideration in sensor network protocols in order to maximize the network’s operational lifetime. In this paper, we give an energy efficient approach to query processing by implementing new optimization techniques applied to in-network aggregation. We first discuss earlier approaches in sensors d...
Wireless ad hoc networks of battery-powered microsensors (WSN) are proliferating rapidly and transfo...
The widespread dissemination of small-scale sensor nodes has sparked interest in a powerful new dat...
Energy Constraint is the most significant issue in design of any wireless sensor network application...
The main idea behind in network aggregation is that, rather than sending individual data items from ...
Abstract. Sensor networks, consisting of sensor devices equipped with energy-limited batteries, have...
The Sensor Network consists of densely deployed sensor nodes. Energy optimization is one of the most...
Wireless sensor networks consist of sensor nodes with sensing and communication capabilities. We foc...
Abstract—In this paper, we classify data aggregation into two kinds: single-query data aggregation, ...
[[abstract]]This study proposes a method of in-network aggregate query processing to reduce the numb...
Earlier work has demonstrated the effectiveness of in-network data aggregation in order to minimize...
Abstract In-network aggregation has been proposed as one method for reducing energy consumption in s...
Abstract. Earlier work has demonstrated the effectiveness of in-network data aggregation in order to...
This paper explores in-network aggregation as a power-efficient mechanism for collecting data in wir...
Wireless ad hoc networks of battery-powered microsensors (WSN) are proliferating rapidly and transfo...
Abstract. The widespread dissemination of small-scale sensor nodes has sparked interest in a powerfu...
Wireless ad hoc networks of battery-powered microsensors (WSN) are proliferating rapidly and transfo...
The widespread dissemination of small-scale sensor nodes has sparked interest in a powerful new dat...
Energy Constraint is the most significant issue in design of any wireless sensor network application...
The main idea behind in network aggregation is that, rather than sending individual data items from ...
Abstract. Sensor networks, consisting of sensor devices equipped with energy-limited batteries, have...
The Sensor Network consists of densely deployed sensor nodes. Energy optimization is one of the most...
Wireless sensor networks consist of sensor nodes with sensing and communication capabilities. We foc...
Abstract—In this paper, we classify data aggregation into two kinds: single-query data aggregation, ...
[[abstract]]This study proposes a method of in-network aggregate query processing to reduce the numb...
Earlier work has demonstrated the effectiveness of in-network data aggregation in order to minimize...
Abstract In-network aggregation has been proposed as one method for reducing energy consumption in s...
Abstract. Earlier work has demonstrated the effectiveness of in-network data aggregation in order to...
This paper explores in-network aggregation as a power-efficient mechanism for collecting data in wir...
Wireless ad hoc networks of battery-powered microsensors (WSN) are proliferating rapidly and transfo...
Abstract. The widespread dissemination of small-scale sensor nodes has sparked interest in a powerfu...
Wireless ad hoc networks of battery-powered microsensors (WSN) are proliferating rapidly and transfo...
The widespread dissemination of small-scale sensor nodes has sparked interest in a powerful new dat...
Energy Constraint is the most significant issue in design of any wireless sensor network application...