REAL TIME KINEMATIC RTK GLOBAL

Brand Owner Address Description
ATHENA Hemisphere Gnss, Inc. 6712 Fisher Street SE, Suite 150 Calgary, AB T2H2A7 Canada Real Time Kinematic (RTK) Global Navigation Satellite System (GNSS) positioning firmware for use with GNSS capable hardware for purposes of receiving, processing, and transmitting location based information for use in the industries of high-precision positioning of agricultural machinery, automotive machinery, construction machinery, geographic survey machinery, marine exploration and navigation machinery, mining machinery, and non-aerial unmanned vehicle machinery;Real Time Kinematic (RTK) Global Navigation Satellite System (GNSS) satellite signal receiving, processing, and transmitting services for use in the industries of high-precision positioning of agricultural machinery, automotive machinery, construction machinery, geographic survey machinery, marine exploration and navigation machinery, mining machinery, and non-aerial unmanned vehicle machinery;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The recording or reproduction of real-time files (RF) imposes certain requirements on the recording and reproduction means. A DVD-RAM drive, for example, can read and write contiguous sectors rapidly, but requires a relatively long time in the event of jumps to other sectors, with the result that the recorded data should be situated in sectors which are as far as possible contiguous. The invention is based on the object of specifying a method for transferring real-time files in which even after a transfer of a real-time file from a first to a second recording medium, a real-time reproduction of this file is possible. According to the method of the invention, for this purpose real-time file attributes (RFA) which are permanently assigned to a real-time file (RF) and are concomitantly transferred during the transfer of the real-time file are provided for classifying the real-time file, it being possible to utilize the classification to ensure that the real-time properties of the real-time file are preserved during a recording process.