ns and autocorrelations, if not carefully considered, may allow for the reconstruction of the original streams. Other problems are that in random perturbation systems, analysis of the data has to be performed incrementally, using limited processing time and buffer space, making batch approaches unsuitable. Second, the characteristics of streams evolve over time. Consequently, approaches based on global analysis of the data are not adequate.
Therefore a need exists to overcome the problems with the prior art as discussed above.

1. Field of the Invention
The present invention relates to a method for interfacing between a transmitter and receiver of a digital broadcasting system using a satellite. Specifically, this invention is relates to the kind, construction, and form of data of a resource and subscriber management system, which are transmitted to the receiver by the satellite.
2. Discussion of Related Art
Domestically, direct-broadcasting by a satellite has never been executed, whereas it has already been executed in foreign countries using an analog way. Satellite broadcasting service produces much more improved picture and audio quality, thereby providing more satisfactory reception state, compared to conventional broadcasting media. It also makes whole country put in a unitary broadcasting range. The satellite broadcasting has advantages in that it is not only applicable to various new media but also utilized in emergency caused by disaster. However, for the satellite broadcasting using the analog way, since fixed channels are allotted to each countries, the number of channels for transmission is restricted. Therefore, the satellite broadcasting cannot provide various services. Since a high-output satellite should be used, financial burden cannot be avoided. To solve these problems, digital satellite broadcasting system using a digital way, is being developed. In America, test broadcasting is being carried out. As a result of development in a video signal digitalizing technology like a digital image compres