Agilemesh, Inc.

Alcatel USA Sourcing, L.p.

Dennis K Smith

Mark C Cromwell

James W Dickerson

Stephen A Deschaine

Michael H Jette

Steven Dale Sensel

Edgar L Read

Amanda G Noe

Gregory S Lovelace

William A Moffit

Becky J Sampson

Richard Kelly Wiles

Mark S Satinsky

Provided are video nodes for wireless networks and methods thereof that wirelessly extend a wired surveillance system. A wireless interface device services wireless communications between a wired video surveillance network and a wireless viewing node. According to another aspect, a wireless interface device transmits an alert over the wireless network upon a triggering event. In yet another aspect, a technique for viewing an image source from a surveillance system includes displaying available surveillance systems for a user to select according to a display criteria and responsive to selection of an available surveillance system, enabling wireless access to the surveillance system.

Surveillance apparatus and method for wireless mesh network

The embodiments described in this disclosure address the above issues and others. Accordingly, a self-configuring IP video router provides a plug-and-play transport interface between two LANs, one of which is the host to multiple IP video cameras or servers. In accordance with an aspect of the disclosure, plug-and-play functionality provides that the device can be connected to both networks via standard hardware interfaces, discover the video sources on the 'inside' network, and configure itself to do the appropriate IP address mapping and IP port transport across the interface between the networks.

Self-configuring IP video router

Provided are mesh video nodes for wireless mesh networks and methods thereof. A mesh video node includes a wireless interface unit, a multimedia processing unit, an input/output unit, and a control panel interface unit. The mesh video node is configured via a user interface with a communications channel selector and a node selector, where each channel is associated with a predetermined frequency channel, and each node is associated with an internet protocol address. A method of deployment is also provided via a user interface that visually represents link qualities between neighboring nodes.

Video node for wireless mesh network

A distributed digital cross-connect system () is provided. The system includes two or more network interface islands () that connect to the telecommunications network. The system () also includes one or more distributed services nodes (). Each distributed services node () connects to two or more of the network interface islands (). The network interface islands () can transmit data to each other through the distributed services node (). An administration system () is also connected to each distributed services node () and each network interface island (). The administration system () transmits matrix configuration and telecommunications channel routing data to the network interface islands () and the distributed services nodes ().

Distributed digital cross-connect system and method

A distributed digital cross-connect system (,) is provided. The system includes two or more network interface islands (,) that connect to the telecommunications network. The system (,) also includes one or more distributed services nodes (,). Each distributed services node (,) connects to two or more of the network interface islands (,). The network interface islands (,) can transmit data to each other through the distributed services node (,). An administration system (,) is also connected to each distributed services node (,) and each network interface island (,). The administration system (,) transmits matrix configuration and telecommunications channel routing data to the network interface islands (,) and the distributed services nodes (,).

Growing community of inventors

Plano, TX, United States of America

Dennis K Smith