Abstract
This paper emphasizes on the characteristics and schemes of carrier acquisition and track in high dynamic and high information-rate situation. Carrier acquisition model is analyzed theoretically and the design princi-ple of carrier acquisition is deduced and described clearly. An algorithm for carrier acquisition in high dy-namic and high information-rate situation is provided. This paper also proves the validity of the algorithm and design scheme in high dynamic and high information-rate situation.
Highlights
IntroductionThe HAPS (high altitude platform Station) system has been concentrated on research because of important values in military and application
The HAPS system has been concentrated on research because of important values in military and application
This paper emphasizes on the characteristics and schemes of carrier acquisition and track in high dynamic and high information-rate situation
Summary
The HAPS (high altitude platform Station) system has been concentrated on research because of important values in military and application. A combined method of data phase information and carrier frequency estimation was provided in literature [6] by means of correction of the local numerical control oscillator (NCO) through the frequency and phase error estimation. In the literature [7,8] the author analyzed the frequency and phase error by means of the combined method of self-adaptive filter and flatness technology. In order to implement the carrier acquisition and track in high dynamic and high information-rate situation, the technologies referred to the literatures above can’t reach the requirement of the communication system obviously. This paper provides a new and suitable carrier acquisition and track technology for HAPS communication in high dynamic and high information-rate situation and proved its validity
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have