Assurance of transactions in allied heterogeneous systems by autonomous decentralized system techniques

Abstract

The autonomous decentralized system (DAS) has been designed for high flexibility to realize the on-line properties of on-line maintenance, on-line expansion and fault tolerance. However, users needs are increasingly varied and quickly change today. To satisfy those needs a homogeneous system such as a conventional ADS has limits in its capability to provide adequate services through heterogeneous application systems which are consist of different properties and quality data. Thus the integration of heterogeneous systems are required. This paper presents the technique for the integration of the heterogeneous systems in ADS based on DF architecture and discusses atomic actions on the DF, then shows the effectiveness of the allying techniques in implementation.