In the future, 6G network will break through the restrictions of terrain and surface, build trans-regional, trans-airspace, trans-sea air, earth integration network, and truly realize the global omnipresent connection. By providing continuous support for the whole time and space information, the integrated network of space and earth can help realize the coverage of the surrounding areas of the "Belt and Road" and the coverage of the "four seas, two sides and two oceans", and meet the demand for information services such as the important economic belt on land and overseas hot spots. The electromagnetic spectrum is the basic carrier of information acquisition, transmission and utilization in the air-earth integrated network. However, the characteristics of high mobility, wide coverage, large connectivity and strong confrontation of the network make the electromagnetic spectrum management face many challenges in the aspects of architecture design, cross-domain flexible collaboration, ubiquitous intelligent networking, efficient information exchange and network security.
As a theoretical method to study the phenomenon of cooperation and competition among individuals, game theory has led the revolutionary development of economics, and has been widely used and studied in the field of communication and network. The spectrum management scheme based on game theory will help to improve the intelligence and credibility of the integrated network. In order to timely track and share the latest achievements and progress made in the field of spectrum game research in the integrated network of space and space, this special topic aims to record and publish the innovative and breakthrough achievements of basic scientific theories, key technologies and methods and engineering application systems in the spectrum game research at home and abroad. This topic hopes to provide a platform for experts and scholars in related fields to exchange cooperation and release the latest cutting-edge scientific research results, promote the deep integration of academia and industry, and promote the development of China's 6G technology field. Experts, scholars and researchers in related fields are welcome to contribute!
The details of the collection of special papers are as follows.
Scope of the Essay
The scope of essays for this topic includes but is not limited to the following topics:
1. Spectrum sharing and game system architecture of air-space integrated network
2. Game mechanism of wireless spectrum resources
3. Spectrum collaborative cognition in complex electromagnetic environment
4. Access cross-domain resources in multiple scenarios on demand
5. Intelligent networking for ubiquitous interconnection
6. Lightweight mass terminal adaptive transmission
7. Endogenous security and privacy protection in spectrum sharing
8. Trusted resource sharing and secure access enabled by blockchain
9. Interference and anti-jamming, reconnaissance and covert spectrum confrontation
Essay Requirements
1. The paper should belong to the author's scientific research results, the data is true and reliable, has important academic value and application value, and has not been published or read in domestic and foreign publications or conferences, there is no problem of multiple submission of one paper.
2. The paper should include title, author information, abstract, keywords, text and references. The paper should be formatted in word.
3. Please submit papers on the official website of the Journal on Communicationss (www.infocomm-journal.com/txxb), and indicate "Key technologies of spectrum game in air-space integrated network".
4. Fill in the information of all authors in the submission system and ensure that the information is accurate and effective.
Time Arrangement
Submission deadline: June 2023
Estimated publication date: August 2023
Consultant
Wang Jinlong Academician, Chinese Academy of Sciences, Army Engineering University
Essay Requirements
Contact person: Zhang Lan 010-53878236
Address: “Journal on Communications” Editorial Department, 2nd Floor, Beiyang Chenguang Building, Shunbatiao No.1 Courtyard, Fengtai District, Beijing, China
Post code: 100079
