FOUNDATION FOR AUTONOMOUS BUILDING SYSTEMS


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SELF-FEDERATING SENSOR NETWORKS AND PHYSICS-BASED DIGITAL TWINS: A FOUNDATION FOR AUTONOMOUS BUILDING SYSTEMS
IEEE Boston Sensors Chapter, IEEE SSCS Boston Chapter, and IEEE EDS Boston Chapter present Troy Harvey of PassiveLogic on Autonomous Building Systems
Date: 16 Sep 2019
Time: 04:00 PM to 06:00 PM
One Broadway
Cambridge, Massachusetts
United States 02142
Building: Cambridge Innovation Center
Room Number: Singapore Conference Room, 11th Floor
Troy Harvey will be presenting the latest developments in autonomous building technology. Autonomous systems technology has progressed rapidly and moving to revolutionize new markets. Buildings, as the largest sensor and control infrastructure in global economy, is the enviable end-point.
Autonomous building systems are built on digital twins, live at the edge, self-federate, make real-time decisions, aggregate sensors, bridge the protocol divide, and interconnect sensors and controlled system topologies - using a meta-ontology built on the foundations of physics.
There are wide ranging implications that will ripple through our building economy. Autonomous buildings change how we approach architecture and engineering, democratize energy efficiency, and bring inclusion to the building automation divide. In addition, this new technology lays the foundation for smart cities and distributed peer energy networks that are self-validating, resilient, and immune to single actor manipulation.
For additional background and further information on Passive Logic, please use this link: https://passive-logic.com/
Biography:
Troy Harvey is the CEO of PassiveLogic and has 20 years of experience in managing teams in the fields of building automation, energy engineering, artificial intelligence and embedded control systems. He was previously the CEO of Heliocentric. His multi-disciplinary experience and strong background in delivering products from concept to manufacturing is uniquely suited to PassiveLogic’s goals.

FOUNDATION FOR AUTONOMOUS BUILDING SYSTEMS