Rockwell Collins, Inc.

Innovative Signal Analysis, Inc.

Rachel A Rivera

Steven Vanlaningham

James A Stevens

Alan Dewayne Amis

Michael Martin

George A Deprez

Jonathan Edward Ray

Bruce A B Babb

Adam Earl Scott

Joseph Evan Harris

Thomas Nicholas Zogakis

Alexander K Johnson

Julia Florence Kerst

An object detection system includes a first camera having a first field of view and a second camera having a second field of view that overlaps with the first field of view. The object detection system includes object detection logic configured to receive a first image from the first camera and a second image from the second camera and identify an object in both the first and second image. The object detection system further includes object mapping logic configured to identify a location of the object based on the first and second image. The object detection system also includes display logic configured to display the location of the object.

Multi-source 3-dimensional detection and tracking

A method for directional mobile ad-hoc communication may include transmitting a join message from a first node to a second node, receiving an accept message from the second node including a TDMA frame slot reassignment correlating to an available TDMA frame slot in a TDMA frame associated with the second node, reassigning a TDMA frame slot for the first node in the TDMA frame associated with the first node according to the frame slot reassignment, and assigning a TDMA frame slot for the second node in the TDMA frame of the first node. It may also comprise executing a discovery protocol to configure a directional mobile ad-hoc communication network between a first node and as second node, transmitting a bandwidth reservation request message from the first node to the second node, receiving a bandwidth reservation response message from the second node, and enabling a relay node.

Directional mobile ad-hoc network

A method for method of estimating the position of one or more target nodes based on received reflections of a primary signal. The method includes receiving a primary signal from a transmitter node having a known location at a receiver node having a known location and receiving at least one reflected signal at the receiver node, the reflected signal generated by a reflection of the primary signal by a target node having an unknown location. The method further includes applying a target position algorithm to the primary signal and the at least one reflected signal to generate target location information.

System and method for target location

Growing community of inventors

Murphy, TX, United States of America

Rachel A Rivera