Abstract: Wireless communication in an agricultural environment is weakened by surrounding vegetation. The scattering effect on the wireless signal by the foliage surrounding plants means that sensor nodes within the application area have to be placed so that the received signal strength ensures reliable communication. We propose modeling the scattering effect of surrounding foliage with a Gaussian distribution to determine the optimum placement of sensor nodes within the application area. An algorithm to place sensor nodes at optimum positions to ensure reliable communication is presented and analyzed
The use of wireless sensor networks (WSN) for monitoring variables in agricultural environments and ...
[EN] Due to the broad range of options that wireless systems offer, Wi-Fi products are increasingly ...
The use of wireless networks has experienced exponential growth due to the improvements in terms of ...
Abstract: Wireless communication in an agricultural environment is weakened by surrounding vegetatio...
Abstract: Wireless communication in an agricultural environment is weakened by surrounding vegetatio...
Abstract: 1Applications of low cost wireless sensor networks (WSN) in precision agriculture is gaini...
Abstract: Applications of low cost wireless sensor nodes in precision agriculture are being graduall...
Recently, the developments in sensor technologies, such as wireless communication, micro electro mec...
Abstract: Problem statement: In this study, the behavior of small scale fading channel due to a movi...
One of the promising areas where wireless sensor network (WSN) application would be essential is in ...
A wireless sensor network system must have the ability to tolerate harsh environmental conditions an...
A computational model for radio wave propagation through tree orchards is presented. Trees are model...
The transmission characteristics of wireless sensor network nodes for large-scale farmland are influ...
Wireless sensor networks have been proposed as a solution to obtain soil and environment information...
In this contribution, we present a narrowband radio channel model for a scenario wherein the radio l...
The use of wireless sensor networks (WSN) for monitoring variables in agricultural environments and ...
[EN] Due to the broad range of options that wireless systems offer, Wi-Fi products are increasingly ...
The use of wireless networks has experienced exponential growth due to the improvements in terms of ...
Abstract: Wireless communication in an agricultural environment is weakened by surrounding vegetatio...
Abstract: Wireless communication in an agricultural environment is weakened by surrounding vegetatio...
Abstract: 1Applications of low cost wireless sensor networks (WSN) in precision agriculture is gaini...
Abstract: Applications of low cost wireless sensor nodes in precision agriculture are being graduall...
Recently, the developments in sensor technologies, such as wireless communication, micro electro mec...
Abstract: Problem statement: In this study, the behavior of small scale fading channel due to a movi...
One of the promising areas where wireless sensor network (WSN) application would be essential is in ...
A wireless sensor network system must have the ability to tolerate harsh environmental conditions an...
A computational model for radio wave propagation through tree orchards is presented. Trees are model...
The transmission characteristics of wireless sensor network nodes for large-scale farmland are influ...
Wireless sensor networks have been proposed as a solution to obtain soil and environment information...
In this contribution, we present a narrowband radio channel model for a scenario wherein the radio l...
The use of wireless sensor networks (WSN) for monitoring variables in agricultural environments and ...
[EN] Due to the broad range of options that wireless systems offer, Wi-Fi products are increasingly ...
The use of wireless networks has experienced exponential growth due to the improvements in terms of ...