【摘 要】
：
Effective detection on deception signals in satellite navigation is the important foundation and premise for subsequent deception signal rejection and location based on real navigation signals. At pre
【机 构】
：
Science and Technology on Electronic Information Control Laboratory, Chengdu, China
论文部分内容阅读
Effective detection on deception signals in satellite navigation is the important foundation and premise for subsequent deception signal rejection and location based on real navigation signals. At present, most of the proposed methods are based on the single platform application. Due to various reasons, the further improvement of effectiveness and applicability is difficult. In order to solve above problems, a conical constraint condition of two platforms is established by using the advantage of multi platforms networking cooperation and the time difference measurement of the received signals. Then the direction of signal arrival in the coordinate system of multi platforms spatial configuration is obtained by several conical constraint equations. The cross-angle matrix of signals direction can be gotten naturally. At the same time, the cross-angle matrix of standard signals direction is obtained from the known navigation satellite almanac. Therefore, the difference between the actual matrix and the reference one is contrasted to detect navigation deception signals. Finally, the validity and practicability of this method are verified by simulations. It provides a new technical approach for satellite navigation deception signals recognition and anti-deception processing.
其他文献
Crowdsourcing-based localization signal (e.g., wireless signal and environmental signal) database updating is becoming a trend for low-cost location-based service (LBS) and location-enhanced internet
The proper assessment of seismic hazard of the Wellington region in New Zealand is critical due to its reckoned as the main contributor to the earthquake hazard in the North Island. The Wellington reg
The code division multiple access (CDMA) is widely used in GNSS. Although its spectrum utilization efficiency is high, serious multiple access interference is caused by strong deception jamming signal
This paper combines ten tropospheric combined empirical models based on the atmospheric element prediction model of GPT/GPT2, the Saastamoinen and the Modified Hopfield model and the mapping function
With the rapid development of satellite navigation technology, the application fields of GNSS receivers are also extending. In various military and civil application scenarios, the complex electromagn
The concept of cooperative group localization (CGL) scheme, based on the measurements of time of arrival (TOA), is to solve the ill-conditioned cellular localization. In the light of CGL’s traditional
It is hard to accurately analyze the performance of non-coherent (NC) Global Navigation Satellite System(GNSS) vector tracking loop (VTL) according to tracking error because of tracking error propagat
We analyzed the disturbance anomaly in the global ionosphere TEC caused by Coronal mass Ejection on May 23, 2017,based on the GPS ionosphere detection technology. Affected by the Coronal mass Ejection
At present, BDS/GPS/GLONASS operates independently. Because of the difference of orbit accuracy, observation noise and other factors, the number of satellites received and the geometric configuration
With the increasing requirements for satellite navigation and positioning technology, the detection and identification of faulty satellites has become the focus of attention. The existing satellite na