Everest survey succeeds with Trimble GNSS
The Government of Nepal has completed fieldwork for measuring Everest’s height using GNSS equipment from Trimble, including the R10 receiver. Read more about the receiver's role in the project.
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GPS reveals volcanic activity under Europe
Scientists have discovered new evidence for active volcanism next door to some of the most densely populated areas of Europe. Find out how the study crowdsourced GPS monitoring data to garner results.
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The Virtual Primary Reference Time Clock: A Next-Generation Timing Architecture for Critical Infrastructures
Date: Aug. 27
Sponsored Content by: 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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