Analysis on US GPS Signal Anti-jamming Technology
0
Citation
0
Reference
20
Related Paper
Abstract:
The purpose of modern navigation campain studying and the ways,which GPS jammer is used,are outlined,the measures used by US to respond the enemy's GPS signal jamming are analyzed. And the purpose of taking these measures are to ensure the maximum benefits for US in military, politics and economic fields.Keywords:
SIGNAL (programming language)
Cite
It has been recognized that the risk from the vulnerability of GPS can lead to the extreme damage in the infrastructure of the civil and military in recent years. As an example, the intentional interference to GPS signal, named GPS jamming, was really performed to misguide GPS guided weapons during Iraq war in 2003, and the fact has also followed by the serious issues on GPS in civilian community. In the modernized military society, the navigation warfare(NAVWAR) based on the GPS jamming has been emerged and introduced as a military operation. The intentional interference to the future global navigation satellite system(GNSS) involving GPS must be also an important issue to civilian users in near future. This study is focused on the fundamental research prior to the research on "Potential principle of NAVWAR" under NAVWAR of the future warfare. In this paper, we would study on the investigation of NAVWAR based on electronic warfare(EW) and analyze characteristics of the jamming against GNSS's receivers. Then the general mechanism on GNSS jamming is proposed.
Vulnerability
Cite
Citations (4)
Most modem weapon systems and aircraft depend, in
part, on the Global Positioning System (GPS) for
navigation. This reliance on GPS navigation dictates that
laboratory test facilities be equipped to create realistic
GPS jamming environments able to verify compliance
with jamming specifications. Engineers at the Naval Air
Warfare Center Weapons Division (NAWCWPNS) have
designed and built a GPS jamming system for laboratory
use to test GPS system jamming performance.
This paper identifies and discusses issues related to
implementing a GPS jamming system in a laboratory test
environment. These issues pertain to jamming accuracy
requirements, as well as important jamming system
design parameters and how they may affect jamming
system performance. An example of the Navigation
Laboratory jamming system is presented. It addresses
fabrication issues, data requirements, error handling, local
and remote operations, and how to attain high accuracy
and repeatability during the generation and measurement
of jamming.
Cite
Citations (14)
According to the development of navigation war,GPS jamming and anti-jamming technique is introduced in this paper,presenting some ideas of GPS jamming and anti-jamming technique.
Cite
Citations (0)
In recent days, the uses for Global Positioning System (GPS) has increased as now everyone has mobile phones with GPS in it. GPS data is also used in military as it provides the information about location and time which are important factors in various applications. So, the issues of vulnerability for GPS increase with extensive utilization of GPS data by public as well as defense organizations. And when vulnerability increases it becomes easier opportunity for attacker to attack the system. Here two types of attacks are modeled, one where the GPS signal may interfere with the authentic signal and second where the attacker provides wrong information to users about their location by creating forged signal with fake location address and time. The aim of this paper is to achieve successful jamming and spoofing attack using Software Define Radio (SDR). These results can contribute to speed up research on anti-jamming as well as anti-spoofing technology in order to make the GPS more secured for its users and other applications. Some points are also emphasized on anti-spoofing techniques for future research.
Spoofing attack
Vulnerability
Cite
Citations (6)
Critical government and industry sectors (such as law enforcement, transportation, communication, and finance) are growing increasingly dependent on Global Navigation Satellite Systems (GNSS) for positioning, navigation, and timing. At the same time, the availability of low-cost GNSS jamming devices are presenting a serious threat to GNSS and increasing the likelihood of outages to infrastructures relying on GNSS. The attacks range from malicious parties intentionally jamming GNSS signals within a targeted geographical region to uninformed users causing accidental interference. This paper is an overview of different approaches adopted to date to mitigate GNSS disruption caused by intentional and unintentional jamming. The first approach outlined in this paper is the use of inertial systems to aid GNSS. The second and third approaches are the filtering of jamming/interference in the spatial and time-frequency domains, respectively. The fourth approach is vector tracking of GNSS signals in the receiver.
GNSS augmentation
Air navigation
Cite
Citations (150)
With the increasing dependency on the Global Navigation Satellite System (GNSS) for navigation and surveillance, aviation is focusing on mitigation of threats caused by a possible system unavailability due to jamming or spoofing. This research deals with pattern recognition of the time evolution of quality indicators in transmitted Automatic Dependent Surveillance - Broadcast (ADS-B) messages during GNSS jamming in non jammed data over Central Europe. An evaluation of the quality indicators from all messages within a one month interval is presented. A practical jamming experiment was done to determine how the quality indicators are changing during a jamming presence. Afterwards, the results of the experiment are used as a foundation for the proposed jamming detection technique using ADS-B data based on pattern recognition and cluster analysis. A natural presence of a quality indicators variability is proven in the data using these methods, similar to the indicators variability during GNSS jamming.
Unavailability
Spoofing attack
GNSS augmentation
Cite
Citations (12)
The Global Positioning System(GPS) provide low power signals that are susceptible to interference.The potential to jam GPS cause a loss of service over a large area.This article discusses jamming effects on the GPS,and consider mitigating options.
Cite
Citations (0)
The application and military range of navigation war, the goal for attacking navigation war and the measures for defending navigation war, the development and encryption application of C/A code in the GPS systems, the development of a new code and the anti interfering capability are discussed. The interfering principle and interfering effect analysis of the GPS receiver and the technical situation of the U.S. and Russia developing the GPS jammer with an applied example are made further discussion.
Code (set theory)
Cite
Citations (0)
Vulnerability
Cite
Citations (34)
Spoofing attack
Compass
SIGNAL (programming language)
Cite
Citations (0)