A special meteor burst equipment for the precise two-way time transfer has been developed in Kazan State University, Kazan, Russia, making time transfer with an accuracy better than 1 ns for a distance of up to 200-KM possible. A series of time transfer experiments have been performed using several meteor links to test the equipment and estimate the time transfer performances. The random error of time transfer results in these experiments was about 0.3-0.5 ns
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
The work is dedicated to metrological validation of meteor-based method of information protection-ne...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
A special meteor burst equipment for the precise two-way time transfer has been developed in Kazan S...
A special meteor burst equipment for the precise two-way time transfer has been developed in Kazan S...
A special meteor burst equipment for the precise two-way time transfer has been developed in Kazan S...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
The work is dedicated to metrological validation of meteor-based method of information protection-ne...
The work is dedicated to metrological validation of meteor-based method of information protection-ne...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
To be accepted as a viable competitor for long distance communication, it remains to be demonstrated...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
The work is dedicated to metrological validation of meteor-based method of information protection-ne...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
A special meteor burst equipment for the precise two-way time transfer has been developed in Kazan S...
A special meteor burst equipment for the precise two-way time transfer has been developed in Kazan S...
A special meteor burst equipment for the precise two-way time transfer has been developed in Kazan S...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
Paper presents methods of overcoming problems of automated time & frequency coordination by meteor b...
The work is dedicated to metrological validation of meteor-based method of information protection-ne...
The work is dedicated to metrological validation of meteor-based method of information protection-ne...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
To be accepted as a viable competitor for long distance communication, it remains to be demonstrated...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...
The work is dedicated to metrological validation of meteor-based method of information protection-ne...
We present the capacity of meteor synchronization equipment in data transfer mode with data rate dep...