Directional antennas provide angle-of-arrival information, which can be used for localization and routing algorithms in wireless sensor networks. We briefly describe three classical, major types of antennas: 1) the Adcock-pair antenna, 2) the pseudo-Doppler antenna, and 3) the electronically switched parasitic element antenna. We have found the last type to be the most suitable for wireless sensor networks, and we present here the early design details and beam pattern measurements of a prototype antenna for the 2.4-GHz ISM band, the SPIDA: SICS Parasitic Interference Directional Antenna
Wireless sensor networks (WSNs) are becoming prevalent due to their diverse applications. Tiny wirel...
In this paper, we investigate the network connectivity of wireless sensor networks with directional ...
Abstract — Motivated by recent interest in directional antennas for WSNs, we propose a Four-Beam Pat...
Directional antennas provide angle-of-arrival information, which can be used for localization and ro...
Reducing power consumption is among the top concerns in Wireless Sensor Networks, as the lifetime of...
Being often deployed in remote or hostile environments, wireless sensor networks are vulnerable to v...
We study the benefits of electronically-switched directional (ESD) antennas in wireless sensor netwo...
By radiating the power in the direction of choice, electronically- switched directional (ESD) antenn...
By radiating the power in the direction of choice, electronically-switched directional (ESD) antenna...
We present the real-world evaluation of SPIDA, an electronically switched directional antenna. Compa...
Electronically Switched Directional (ESD) antennas allow software-based control of the direction of ...
Abstract—Most of studies only consider that wireless sensor networks are equipped with only omni-dir...
The eavesdropping attack is a serious security threat to a wireless sensor network (WSN) since the e...
Wireless sensor networks (WSNs) are becoming prevalent due to their diverse applications. Tiny wirel...
In this paper, we investigate the network connectivity of wireless sensor networks with directional ...
Abstract — Motivated by recent interest in directional antennas for WSNs, we propose a Four-Beam Pat...
Directional antennas provide angle-of-arrival information, which can be used for localization and ro...
Reducing power consumption is among the top concerns in Wireless Sensor Networks, as the lifetime of...
Being often deployed in remote or hostile environments, wireless sensor networks are vulnerable to v...
We study the benefits of electronically-switched directional (ESD) antennas in wireless sensor netwo...
By radiating the power in the direction of choice, electronically- switched directional (ESD) antenn...
By radiating the power in the direction of choice, electronically-switched directional (ESD) antenna...
We present the real-world evaluation of SPIDA, an electronically switched directional antenna. Compa...
Electronically Switched Directional (ESD) antennas allow software-based control of the direction of ...
Abstract—Most of studies only consider that wireless sensor networks are equipped with only omni-dir...
The eavesdropping attack is a serious security threat to a wireless sensor network (WSN) since the e...
Wireless sensor networks (WSNs) are becoming prevalent due to their diverse applications. Tiny wirel...
In this paper, we investigate the network connectivity of wireless sensor networks with directional ...
Abstract — Motivated by recent interest in directional antennas for WSNs, we propose a Four-Beam Pat...