Miovision Technologies Incorporated

Microtraffic Inc

David Thompson

Kurtis N McBride

Kurtis Mcbride

Jason Chan

Jean-Pierre Bhavnani

Kevin Madill

Chris Fairles

David Hillis

Tony Brijpaul

Di Zhang

Roy Lemke

Vecheslav Silagadze

Tyler R W Abbott

Matthew M Ignor

Kashif Umer

Tyler Abbott

Tomas Benda

John E Price

There is provided a digital intersection system. The system can include at least one safety-critical device corresponding to a device controlling allowable movements into or through the intersection. The system can also include a local control unit configured to generate and output an intersection state plan, and a safety control unit configured to accept the intersection state plan from the local control unit, validate the state plan, and provide the state plan to any interested device in the intersection, the any interested device comprising the at least one safety-critical device. The system can optionally include at least one sensor corresponding to a device or data source capable of collecting information related to the intersection or local area surrounding the intersection, or impacting traffic patterns at an intersection, wherein the local control unit is further configured to accept inputs from the at least one sensor.

System and method for providing a digital intersection

A system and method are provided for connecting intersections, to enable two-way wireless communication between a cloud-based traffic operations service and new and existing traffic cabinet hardware using 'connected intersection' technology. By providing hardware in existing (or new) traffic control cabinets that can communicate wirelessly with a cloud-based traffic operations system, customers can enhance and upgrade legacy traffic networks using existing IT infrastructure (i.e. servers, hard drives, etc.) or existing communication networks. The connected intersection technology further provides software functionalities including real-time alerts, connectivity between existing cabinets and central systems, and signal timing-plan management for customers that lack an existing central system.

System and method for connecting traffic intersections

A method and system are provided for modeling and optimizing the performance of transportation networks, e.g. for traffic signal retiming. The modeling and optimization may be implemented by obtaining a video signal from a camera at a first intersection; processing data from the video signal to determine at least one value indicative of a corresponding traffic flow through the first intersection; sending the at least one value to a remote processing entity via a wireless network to enable the remote processing entity to update a model of the transportation network, the transportation network comprising the first intersection and at least a second intersection; receiving from the remote processing entity, an instruction for a controller at the first intersection, the instruction having been determined from an update of the model based on data from at least the second intersection; and having the instruction implemented by the controller at the first intersection to optimize at least a portion of the transportation network.

System and method for modeling and optimizing the performance of transportation networks

A method and system are provided for remotely analyzing multimedia content, in particular video, and extracting information from such multimedia content. The system analyses, e.g. a video file by way of an FTP, file upload or streaming data etc., and configuration settings specified in one embodiment by a separate entity at one of multiple server entities. The system also comprises one or more remote server entities utilizing data storage and data processing capabilities. In one embodiment the client sends a video source and configuration settings over a network, the remote server accepts the video source, generates configuration settings, and a data processing module analyzes the video content to extract data from the video.

Method and system for analyzing multimedia content

Growing community of inventors

Waterloo, Canada

David Thompson