Етикет: постижения и приложения

Key Words: Virtual Physical Space; digital library; institutional repository; publication system.

Abstract. This article describes and analyzes the problems and tasks associated with the storage and processing of data in the Virtual Physical Space (ViPS), a scientific project of the University of Plovdiv Paisii Hilendarski. Existing storage platforms, in particular DSpace – an institutional repository application, and the possibilities of their application are being explored, not only as a publication tool, but also in a way that allows the integration of a digital library in ViPS and its interaction with the other components of the virtual space. A functional intelligent Web-based academic publication system is presented, created by implementing DSpace REST API, a programmatic interface to DSpace communities, collections, items, and bitstreams and by using the BDI (belief-desire-intention) software model for its agent part.

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Key Words: Enterprise resource planning; business process management; optimization; job shop scheduling; metaheuristics; machine learning.

Abstract. The paper presents a metaheuristics based framework for resource planning optimization and business project management. Possibilities for utilization of metaheuristic algorithms are presented in view of solving job shop scheduling problem for resource planning in ERP. A general framework for resource planning and business process management is suggested that utilizes several metaheuristics approaches. The proposed framework allows integration in ERP based on development of an optimization agent in multiagent framework.

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Key Words: Innovation; tourism; smart enterprise; blockchain; JEL Classification: Z32.

Abstract. Smart blockchain services control platform in the smart hotel is applied to enable optimal control of the services provided in the tourist enterprises by reducing the cost of business transactions and increase the trust among participants in the process, by using intelligent devices and equipment, the Internet of Things (IoT), and blockchains. The paper is focused on a useful model for IoT-enabled telematic devices in a smart hotel via a blockchain-based smart contract. At the tourist site, smart sensors and devices are mounted on the various devices and technological blocks in an intelligent platform providing an efficient economy for tourist services. The purpose of the utility model is based on the principle of the intelligent blockchain system for the implementation of secure and certified provision and payments of services in a tourist complex, without relying on a third party, trusted or not, through the introduction of blockchain platform for the execution of the service and payment.

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