Satellite Navigation

• Congratulations! First CiteScore 2022 of Satellite Navigation Ranked 3rd in the “Aerospace Engineering” Category

• Congratulations! Member of the Editorial Board Prof. Jinling Wang, named as Australia’s Research Field Leader

• Distinguished reviewers of Satellite Navigation in 2022 Acknowledgements 

• Congratulations! 15 members of our editorial board were selected as World’s Top 2% Scientists 2022! 

• Congratulations! Satellite Navigation has been included in Scopus & EI Compendex 

• Congratulations! Satellite Navigation has been included in ESCI.

With the increasing demands of high-accuracy autonomous navigation for unmanned ground and aerial vehicles, the integrity monitoring method of Precise Point Positioning (PPP) has become an essential requirement. Nevertheless, there are still many difficulties in the integrity monitoring method for the high-accuracy Global Navigation Satellite Systems (GNSS) positioning. The main difficulties are caused by using the measurements of multiple epochs in PPP. Based on the baseline Multiple Hypothesis Solution Separation (MHSS) Advanced Receiver Autonomous Integrity Monitoring (ARAIM) algorithm, this paper discusses the feasibility of the pseudorange-based baseline ARAIM method on the single-epoch PPP based on Real-Time Kinematic (RTK) networks (PPP-RTK) framework to overcome these difficulties. Results present that the method based on the single-epoch PPP-RTK framework may achieve high availability and tight bounds for estimating protection levels. This also shows the potential of this method in autonomous navigation in the future.
Read the full article here. 

Check our newest content on the following topics:

• BDS/GNSS: New Development, Progress and Applications 
  This special issue is open to all scientists who may have the latest results and developments in BDS/GNSS+, including constellation, signal, orbit, receiver and new scientific applications. 
• GNSS PPP and PPP-RTK
  This special issue is mainly for the new theory, method and application in real-time PPP and PPP-RTK.
• GNSS Applications in Geosciences
  This special issue invites papers that cover ongoing efforts to broaden the GNSS applications to all possible fields relevant to geosciences, especially in natural hazard monitoring. 
• Ubiquitous Positioning, Navigation and Timing for Location Based Services 
  The aim of this special issue is to collect the new theory, method and application for the ubiquity of PNT in GNSS challenging environments.  
• Navigation Technologies for Autonomous Systems
  This special issue accepts contributions covering advanced topics related to the state of the art and future trends of navigation technologies and algorithms for safe navigation of autonomous systems. 
• GNSS Ionospheric Monitoring and Modelling 
  This special issue is mainly for the new theory, method and application in real-time GNSS monitoring and modeling.
• Ubiquitous Positioning, Indoor Navigation and Location-Based Services
  At UPINLBS, we concentrate on innovative, state-of-the-art solutions and techniques dealing with ubiquitous positioning, indoor navigation, location-based technologies, and so much more! UPINLBS will feature leading minds from relevant industries, and provide an indispensable platform for networking with like-minded individuals, researchers, developers, and businesses.
• BDS/GNSS high-precision products: strategies, services, and applications 
  This special issue is an assemblage of research aiming to cover the strategies used for high-precision products of BDS/GNSS constellations and its applications in geosciences as well as mass massive market. 

Following the rapid economic growth in China over the last 30 years, there is now a strong desire to promote the development and propagation of science and technology for the long-term future. Recognizing the importance of academic journals in disseminating research results and inspiring new research ideas as well as strengthening communication, AIRCAS will sponsor Satellite Navigation as an international platform, providing researchers and engineers in navigation, positioning and timing with a unique opportunity to closely interact and communicate. This journal will not only provide a venue for in-depth scientific exchanges, but also seek to promote research collaborations and exploit international funding sources, especially those involving China. See full text. 

Yuanxi Yang serves as Academician of the Chinese Academy of Sciences for his lifelong contributions to navigation, geodetic science and engineering. Currently, he is Professor of Geodesy and Navigation at Xi’an Research Institute of Surveying and Mapping and serves at China National Administration of GNSS and Application (CNAGA). He is also Head of State Key Laboratory Of Geo-information Engineering, adjunct professor and PhD Tutor in Beihang University.
He acted as deputy chief designer of China’s BeiDou Navigation Satellite System (BDS), and has been a leading member of BDS advisory board since its inception in 2010. He originally developed the Robust Parameter Estimation for Geodetic Correlated Observations and adaptive navigation and kinematic positioning. He is credited with improving the design of the interlink between BeiDou satellites, the establishment of the Chinese Geodetic Coordinate System, the creation of the Chinese National GPS Control Network, and is a prominent proponent of interoperability between BeiDou and other GNSSs.
" The continuous development of global and regional satellite navigation systems provides an important basis for the integrated applications of multi-satellite navigation. The Journal aims to disseminate the latest achievements of satellite navigation, discuss different academic views and promote the progress of technology and applications. I hope Satellite Navigation will build an academic exchange platform for all researchers." Said Prof. Yuanxi Yang.