GPS‐dependent positioning, navigation, and timing synchronization procedures have a
significant impact on everyday life. Therefore, such a widely used system increasingly …

GNSS-dependent positioning, navigation, and timing synchronization procedures have a
significant impact on everyday life. Thus, such an extensively used system progressively …

A method is developed to detect GNSS spoofing by processing beat carrier-phase
measurements from a pair of antennas in a CDGPS-type calculation. This system detects …

A method is developed that processes GNSS beat carrier-phase measurements from a
single moving antenna in order to determine whether the GNSS signals are being spoofed …

Position solutions provided by GNSS receivers can be completely misled by spoofing
attacks. Consequently detection and mitigation of spoofing signals have become one of the …

Global navigation satellite systems (GNSS) have played an important role in commercial,
military and industrial navigation as well as cloud computing, geospatial analysis and digital …

Security of global navigation satellite systems (GNSS) is important since the navigation
capability provided by the GNSS is a key enabler for many civilian and military applications …

As GPS signals are weak broad casted signal over wireless channels therefore they are
vulnerable to in-band interference. Even a low power interference can spoof the GPS, which …

An Unmanned Aerial System (UAS) Flight Control System (FCS) is an example of a Cyber
Physical System (CPS), in that it integrates computation, networking, and the control of a …

Spoofing, the transmission of false global navigation satellite system signals, threatens
receivers. The first step in dealing with spoofers is to detect the attack. Once a spoofing …