Enterprise software

About: Enterprise software is a research topic. Over the lifetime, 8400 publications have been published within this topic receiving 125857 citations. The topic is also known as: Enterprise Application Software & EAS.

Framework Integration to Support the Development of Future Internet Enterprise Systems

Abstract: Information, nowadays a commodity, keeps the knowledge representation and management within the framework of knowledge driven economy towards sustainability of next generation of Future Internet Enterprise Systems (FInES). However, the Information Society requires new holistic approaches to perform acquisition, collection, processing, deposition, distribution of data, information and knowledge according to a coherent choreography procedure within geographically dispersed enterprises. The development of new Internet related concepts oriented towards providing positive benefits for economy has been included in a broad concept of “Future Internet Based Enterprise Systems”. In this context, the authors propose a framework for development of FInES.

A study on SOA based multi agent under RTE environment

Abstract: Recently, business environment is spreading from singular business to supply-chain problem. On keen competition environment, not individual enterprise, but efficient building and running of total supply-chain decided to survival competitive of supply-chain. On the other hand, SCM (Supply Chain Management) is changing from closed and static to opened and dynamic environment, so these environment changes of SCM require to enterprise different approach than past. As supply-chain is becoming opened and dynamic, a claim is being naming that it can promote the enterprise competitive if it converses the real-time of recognition of supply-chain problem, search and choice of alternative plans to solve this problem and the time leads to the reaction To realize these conceptions of RTE(Real-Time Enterprise), not a conception of individual enterprise, but it needs to see total supply-chain as an organization and needs efficiency to converse the management activities between these enterprises. But until present, the research to deal with these changes of SCM and RTE is on insufficient situation. Thus in this paper proposes the agent system by a way of realizing dynamic supply-chain and RTE. The agent is going to accomplish the management activities in real-time depends on environment and given condition and designed for solving problems development and maintenance and repair of existing normal application system problems. Also, algorithms performance of the agent is tested on TAC SCM environment and realized dashboard so it can monitor the management activities of supply-chain.

Information and information flows mapping as factors of the modern enterprise’s successful activity

Abstract: Introduction. A modern enterprise has to own information factor for the stable and productive work in the market. Thus, information helps to simplify the process of production and sales, to set up networking with economic players. Purpose. To investigate place and role of information and information flows mapping in the modern enterprise successful activity. Methods. Analysis, generalization, system and complex analysis, method of pair comparisons. Results. The essence and distinctions of categories «data», «information» and «knowledge» are analyzed. The system «data-information-knowledge» and stages of these concepts transformation are considered. The generalized and detailed schemes of information flows at the modern enterprise are submitted. The types of information flows coming from environment and functioning at the enterprise are considered. It is also reviewed the essence and role of mapping as a method of information flows description at the enterprise. The concept «information flows mapping» is defined and leveled. Different types of mapping are investigated and their common and distinctive features are analyzed. Conclusion. The specified distinctions of the categories «data», «information» and «knowledge» help to operate information massifs effectively at the enterprise. These concepts’ transformation stages and conditions allow constructing the effective system «data-information-knowledge». The generalization and specification of information flows allows tracking and controlling the information from the external and internal environments for its effective management. The stated aspects of information flows mapping can be used in the analysis of the enterprise information system and its reorganization.

Multimodel-Driven Software Engineering for Evolving Enterprise Systems.

Abstract: We advocate the use of multimodel-driven software engineering for the principled evolution of enterprise systems whose stakeholder concerns are captured using multiple interdependent models. Enterprise systems that evolve are increasingly common in healthcare, transportation, e-government and defense. These important systems must be regularly extended with new components satisfying interdependent functional, governance and quality-of-service (QoS) requirements that are modelled using different domain-specific languages. We describe key challenges associated with modelling, reasoning about QoS properties, and evolving such systems. The concepts of this engineering paradigm are presented in the context of a statistical reporting project carried out in collaboration with healthcare organisations.

Secure Enterprise Information Systems: A Mutual Authentication Scheme for Roaming Users Using Memorable Information

Abstract: In enterprise information systems, personal mobility provides the ability for roaming users to access enterprise network services from anywhere at anytime. However, methods for mutual authentication between roaming user and servers are still far from satisfied. In this paper, we focus on such a mutual authentication scheme, by which users can only use memorable information to log in servers with confidence. The scheme is designed in a threshold fashion to improve system’s availability and robustness. It can resist known attacks, such as replay attack, password guessing attack and verifier stolen attack. We believe this scheme is suitable for enterprise computing scenarios, in which network environments are confidential and closed.