Although the initial objective of the first GNSS Systems (which is called the GPS System) was military, the ubiquitous availability of GNSS signals and the availability of cheap GNSS receivers have rendered the GNSS technology widely used in civil, industrial and military areas. GNSS dependency and the number of applications that utilize position, velocity and time information

TRNAV, TUALCOM’un tamamen yerli ve milli kaynaklarla geliştirdiği akıllı haberleşme teknolojilerine dayanan bir bölgesel navigasyon sistemidir. TRNAV, teknolojisi çalışma prensibi olarak GPS/GNSS teknolojisine benzeşmekle birlikte veri bağı olarak görev yapabilmesi gibi özgün özellikler barındırmakta ve hassas zaman ve konum hesaplama yetenekleriyle ön plana çıkmaktadır. TRNAV veri bağları çoklu haberleşme ve tasarsız ağ oluşturabilme özellikleri sayesinde

Navigation is the process of determining own position, orientation and velocity relative to a known reference point. All living creatures have developed a natural way to determine their location and find the best possible route for their journey, whether it is for migrating or foraging for food.  Humans are never an exception and the desire

Electronic devices communicate by sending/receiving electromagnetic waves, called signals. Electronic signals transmitted by an electronic device travel through space arriving at all receivers available within their range. Then, how is it possible that so many electronic devices transmitting so many kinds of signals at the same time and receivers are able to hear only the

Deployment of Global Positioning System (GPS) satellites by the US in 1960s has provided (almost) ubiquitous opportunity to determine the position of a GPS Receiver with a relatively good accuracy. This unique feature is the main reason why GPS (or as a more broad term GNSS (Global Navigation Satellite System) is integrated with the Inertial

Navigation is the process of determining own position, orientation and velocity relative to a known reference point. It is pivotal for traveling from one point to another. For centuries sailors relied on stars or known landmarks to navigate the seas, however, at the beginning of 20th century, with the development of electronic equipment for producing, transmitting

There is much to gain in disrupting the normal operation of a GNSS receiver in the battlefield such as not allowing military platforms to determine their absolute or relative positions and messing up inter-platform time synchronization. Although with a different motivation, a similar disruption can be observed in non-military areas as well. Truck drivers trying