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GPS time synchronization in school-network cosmic ray detectors
Hans Gerd Berns
, Toby H. Burnett
,
Richard Gran
, R. Jeffrey Wilkes
Physics & Astronomy (Duluth)
Research output
:
Contribution to journal
›
Conference article
›
peer-review
3
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Scopus citations
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Keyphrases
School Networks
100%
Time Synchronization
100%
Cosmic Rays Detectors
100%
GPS Time
100%
Particle Physics
50%
Nuclear Physics
50%
Time-varying Data
50%
Low-cost Alternative
50%
Front-end Electronics
50%
Scintillation Counter
50%
Event-triggered
50%
Value of Time
50%
Timestamping
50%
Long-baseline Neutrino Experiments
50%
ASCII
50%
GPS Receiver
50%
Standard Particle
50%
Text String
50%
Receiver Module
50%
Serial Port
50%
DAQ Card
50%
Low-cost GPS Receiver
50%
RS232
50%
Stock Model
50%
1PPS
50%
GPS Module
50%
Trigger Delay
50%
4-fold
50%
Fast Pulse
50%
Trigger Pulse
50%
Electronic Module
50%
Nanosecond Precision
50%
Physics
Cosmic Ray Detectors
100%
Global Positioning System
100%
Time Synchronization
100%
Scintillation Counter
20%
Data Acquisition
20%
Nuclear Physics
20%
Detectors
20%
Earth and Planetary Sciences
Global Positioning System
100%
Time Synchronization
100%
Port
20%
Nuclear Physics
20%
Scintillation Counter
20%
Engineering
Global Positioning System
100%
Cost Efficiency
40%
Front End
20%
Nanosecond
20%
Serial Port
20%
Text String
20%
Electronic Module
20%
United States of America
20%