Abstract: A method is provided for distributed recording of a set of data. The method includes a step of issuing a recording request by a requiring equipment, a step of distributing said recording on at least one equipment different from the requiring equipment and connected thereto by a communication network.

Abstract: The invention relates to a method for guiding a vehicle (Ve) provided with an off-board navigation system relative to an external navigation server (S). It consists in transmitting (A) from the positioning module of the vehicle (Ve) to the server (S) position coordinates of the vehicle, calculating (B) the initial latency time (T1) and the return latency time (T2) between the vehicle and server, estimating (C) the distances covered (X1, Y2) by the vehicle (Ve) during the initial latency time and the return latency time, correcting (D) the position coordinates of the vehicle at the current moment by the value of the covered distances (X1, X2) in order to generate corrected coordinates (XC, YC), and triggering (E) the transmission of a guidance command if the corrected data corresponds to a positioning of the vehicle (Ve) allowing an appropriate reaction of the user of the vehicle. Application in the industry of off-board guidance systems.

Abstract: The invention relates to a guiding process comprising the stages of: generating (106) an itinerary between starting and finishing points; generating guiding instructions including: the establishing (107) of several outstanding points close to a part of the itinerary taken from a database (2); the calculating (107) of an index representative of the visibility of outstanding points established from said part of the itinerary; the selecting (107) of at least one outstanding point according to the index of visibility; the generating (108) of guiding instructions associated with a selected outstanding point.

Abstract: The invention relates to a method for guiding a vehicle (Ve) provided with an off-board navigation system relative to an external navigation server (S). It consists in transmitting (A) from the positioning module of the vehicle (Ve) to the server (S) position coordinates of the vehicle, calculating (B) the initial latency time (T1) and the return latency time (T2) between the vehicle and server, estimating (C) the distances covered (X1, Y2) by the vehicle (Ve) during the initial latency time and the return latency time, correcting (D) the position coordinates of the vehicle at the current moment by the value of the covered distances (X1, X2) in order to generate corrected coordinates (XC, YC), and triggering (E) the transmission of a guidance command if the corrected data corresponds to a positioning of the vehicle (Ve) allowing an appropriate reaction of the user of the vehicle. Application in the industry of off-board guidance systems.