Arizona State University

Mahesh K Banavar

Andreas Spanias

Cihan Tepedelenlioglu

Xue Zhang

Robert Santucci

The wireless sensor network can including a plurality of anchor sensors each including a signal receiver, a processing module, and a transmitter. The signal receiver can be configured to detect a received signal. The received signal can include noise and further can include a transmitted signal from the node when the node is transmitting the transmitted signal. The node can be located at an exact location that is unknown to each of the plurality of anchor sensors. The exact location can be in a region that is known to each of the plurality of anchor sensors. The transmitted signal can be wirelessly transmitted from the node when the node is transmitting the transmitted signal. The wireless sensor network also can include a fusion center. The processing module of each anchor sensor of the plurality of anchor sensors can performs acts. The acts can include determining a probability of whether the node is present at each of a plurality of grid points of the region. The acts also can include determining a local detection determination of whether the node is detected by the anchor sensor based at least in part on the probabilities of whether the node is present at the plurality of grid points. The transmitter of each anchor sensor of the plurality of anchor sensors can send the local detection determination from the anchor sensor to the fusion center. Other embodiments are disclosed.

Distributed location detection in wireless sensor networks

Some embodiments include a wireless sensor network system. Other embodiments of related systems and methods are also disclosed.

Maximum likelihood localization in the presence of channel uncertainties

Some embodiments include a distributed estimation system. Other embodiments of related systems and methods are also disclosed.

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Tempe, AZ, United States of America

Mahesh K Banavar