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Multi-platform lidar enables digital twin cities
Digital twin technology emerged a decade ago to provide 3D virtual replicas of physical assets. Today, with Big Data and internet of things capabilities, it is a complex and comprehensive method to support the construction of smart cities.
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The Virtual Primary Reference Time Clock: A Next-Generation Timing Architecture for Critical Infrastructures
Date: Aug. 27
Sponsor: Microchip
Summary: Accuracy, precision and stability have traditionally been used to describe the requirements for timing and synchronization. Although these timing metrics remain vital, a new set of requirements have become equally important with the goal of delivering better resiliency in critical infrastructure: prevention, restoration and recovery. A variety of technologies are being discussed to create a back-up to GNSS. The answer to greater resiliency does not lie in the number of timing sources, but rather in a timing architecture that incorporates these technologies. This presentation will discuss how a Virtual Primary Reference Timing Clock architecture is optimized for resilient timing.
Speakers:
• Tony Flavin, manager, strategic research, Chronos Technology Ltd.
• Jim Olsen, senior solution architect, Microchip
• Lee Cosart, chair of ATIS SYNC Committee, Microchip
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