International audienceWe compare the measurement results of antenna cable delay obtained from six different techniques, including some that allow the measurement of the cable installed in-situ. Among these techniques, the reflection of a pulse from the open end of the cable is described and compared with the results obtained with all the other techniques. We obtain a sub-ns consistency between all techniques for three cables of different types, the best technique, based on a Vector Network Analyzer, providing an uncertainty we estimate within 100ps
With an increasing demand for distributing accurate time, preferably accessible in real time, better...
For time transfer on baselines exceeding 100km, GPS is the most common technical solution. The main ...
International audienceWe present a direct comparison between two different techniques for the relati...
International audienceWe compare the measurement results of antenna cable delay obtained from six di...
International audienceWe compare the measurement results of antenna cable delay obtained from six di...
The group delay behavior of antennas is of high importance for high accuracy localization and naviga...
International audienceWe present a direct comparison between two different techniques for the relati...
Delay times at intersections are one of the most important types of information for ATIS (advanced t...
Using global navigation satellite system (GNSS) signals for accurate timing and time transfer requir...
A simple pulse overlay circuit using a logic OR gate was developed to overlay a precise leading edge...
The article presents the concept of creating model of delays occurring in telecommunication system t...
This technical report explores the degree of accuracy to which the propagation delay of WLAN packets...
We present a new measurement principle to determine the absolute time delay of a waveform from an op...
The accuracy of ranging measurements depends critically on the knowledge of time delays undergone by...
International audienceThe measurement of the time difference between two heterogeneous electrical so...
With an increasing demand for distributing accurate time, preferably accessible in real time, better...
For time transfer on baselines exceeding 100km, GPS is the most common technical solution. The main ...
International audienceWe present a direct comparison between two different techniques for the relati...
International audienceWe compare the measurement results of antenna cable delay obtained from six di...
International audienceWe compare the measurement results of antenna cable delay obtained from six di...
The group delay behavior of antennas is of high importance for high accuracy localization and naviga...
International audienceWe present a direct comparison between two different techniques for the relati...
Delay times at intersections are one of the most important types of information for ATIS (advanced t...
Using global navigation satellite system (GNSS) signals for accurate timing and time transfer requir...
A simple pulse overlay circuit using a logic OR gate was developed to overlay a precise leading edge...
The article presents the concept of creating model of delays occurring in telecommunication system t...
This technical report explores the degree of accuracy to which the propagation delay of WLAN packets...
We present a new measurement principle to determine the absolute time delay of a waveform from an op...
The accuracy of ranging measurements depends critically on the knowledge of time delays undergone by...
International audienceThe measurement of the time difference between two heterogeneous electrical so...
With an increasing demand for distributing accurate time, preferably accessible in real time, better...
For time transfer on baselines exceeding 100km, GPS is the most common technical solution. The main ...
International audienceWe present a direct comparison between two different techniques for the relati...