CISE Next Generation: Scalable Enterprise Systems: Research on Advanced Technologies to Support Internet-based Scalable E-business Enterprises (ISEE)

下一代软件：支持基于互联网的可扩展电子商务企业（ISEE）的先进技术研究互联网和Web技术给商业企业的运作方式带来了快速而重大的变化，并改变了商业竞争的性质。 为了在互联网连接的世界中保持竞争力，商业企业需要采用这些和其他可用的信息技术（IT），包括以CORBA、JAVA RMI、DCOM和Enterprise Java Bean为例的分布式对象技术。 Internet、Web和分布对象技术的集成提供了基础的信息基础设施，使分布、异构的应用系统以分布对象通信的形式以结构化的方式互连和共享各种资源。 这种基本的基础设施不足以支持可扩展的企业，因为电子商务不仅需要通过互联网访问数据和应用系统，而且还需要管理业务事件、限制、规则和流程/工作流程。 基于Internet的可扩展电子商务企业（ISEE）需要一个更强大的集成信息基础设施，本项目的目标是：1）研究与所提出的技术相关的体系结构、处理技术和算法，并使用行业支持者来评估结果的实用性。 开发代码将通过互联网提供给所有人。2）培训将参与该项目的学生，并将概念和结果纳入PI和CO-PI三个不同家庭部门的相关研究生课程。确定额外的研究任务，并组建一个由学术研究人员和工业参与者组成的团队，他们有资格解决这些任务，并制定一份联合提案，提交给NSF进行后续工作。

EIA-0075284Stanley V. SUUniversity of FloridaCISE Next Generation Software: Research on Advanced Technologies to Support Internet-based Scalable E-business Enterprise (ISEE)The Internet and Web technologies have brought about rapid and significant changes in the way business enterprises operate and have altered the nature of business competition. To remain competitive in the Internet -connected world a business enterprise needs to adopt these and other available information technologies (IT), including the distributed object technology exemplified by CORBA, JAVA RMI, DCOM, and Enterprise Java Beans. The integration of Internet, Web and distributed object technologies provides the basic information infrastructure, which allows distributed, heterogeneous application systems to be interconnected and to share all sorts of resources in a structured manner in the form of communicating distributed objects. This basic infrastructure is not sufficient to support scalable enterprises because e-business requires not just accessing data and application systems over Internet but also the management of business events, constraints, rules and process/workflows. A more powerful integrated information infrastructure is needed for Internet-based scalable e-business enterprises (ISEEs).The objectives of this one-year project are:1) Investigate the architectures, processing techniques and algorithms associated with the proposed technologies and use the industrial endorsers to evaluate the practicality of the results. The development code will be made available to all through the Internet.2) Train students who will participate in this project and incorporate the concepts and results in relevant graduate courses in three different home departments of PIs and CO-PIs.Identify additional research tasks and form a team of academic researchers and industrial participants who are qualified to tackle these tasks, and develop a joint proposal for submission to NSF for the follow-up work.