Remote Engineering and Virtual Instrumentation Using Jini Technology

Authors

  • Zoltan Juhasz Pannon University, Department of Information Technology
  • Gabor Bognar Pannon University, Department of Information Technology
  • Krisztian Kuntner Pannon University, Department of Information Technology
  • Akos Pasztory Pannon University, Department of Information Technology
  • Szabolcs Pota Pannon University, Department of Information Technology

DOI:

https://doi.org/10.3991/ijoe.v2i3.357

Abstract


The rise of Internet and web technology have transformed our society by providing access to unprecedented amount of information, supporting communication and collaboration, empowering e-business and e-commerce. Its role in advancing science is equally important. It has become possible to disseminate scientific information more effectively, access large databases, share computational resources, measurement devices, control experiments and collaborate at a global scale. The human user centered traditional world wide web technology, however, cannot provide the suitable technological platform necessary for the further development and improvement of online and remote engineering applications. New, service-oriented technologies are required, which support higher level of automation, enable seamless programmatic and interactive access to remote devices and systems, and have an adequate programming model suitable for creating large and complex distributed scientific applications. In this paper, we describe such a technology, Jini technology, and illustrate with case studies its various benefits for the remote engineering, virtual instrumentation community.

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Published

2006-08-07

How to Cite

Juhasz, Z., Bognar, G., Kuntner, K., Pasztory, A., & Pota, S. (2006). Remote Engineering and Virtual Instrumentation Using Jini Technology. International Journal of Online and Biomedical Engineering (iJOE), 2(3). https://doi.org/10.3991/ijoe.v2i3.357