What is CIPI

The Center for Information Platform Engineering is an Inter-University Research Center established by the University of Padua, Italy and by the University of Genoa, Italy in 2007, to promote multi disciplinary research, technology development and technology transfer in the field of Information Processing Platforms. CIPI includes groups of scholars belonging to the contributing universities. Such scholars are encouraged to increase their knowledge through collaboration and through the activation of joint projects with public and private concerns. Project funding is obtained via the adjudication of R&D grants from companies and public institutions.

Our “core”

Computing platforms are ubiquitous and evolving at fast rates. Modern Information Platforms include Smartphones, tablets and traditional PC’s, Operating Systems, Virtual Machines, Cloud Computing and Software Defined Networks as well as the software systems that support user operation in all application domains (e.g., accounting, knowledge management, logistics, marketing, etc.). Information Platforms are considered strategic for all human activities as their use is critical for industry and society.

Our Groups

  • Computing Platforms, Algorithms and  Applications

    Computing Platforms, Algorithms and Applications

    Conduct research on large scale parallel and distributed systems and their applications to the fields of cloud based computer systems, image processing and robotics with focus on real application development, deployment and evaluation.
  • Service Robotics and Ambient Intelligence

    Service Robotics and Ambient Intelligence

    Bring together researches in various fields to obtain an integrated approach for intelligent autonomous systems.
  • Computer Vision

    Computer Vision

    Develop methods and techniques to help the design and development of artificial vision systems.
  • Telecommunication Networks and Telematics

    Telecommunication Networks and Telematics

    Cover the complete cycle of the research and innovation process: activities start from measurement campaigns on real network infrastructures of device prototypes, go through the design of theoretical models and optimization mechanisms, and arrive to the realization of prototypes.
  • Software Engineering & Programming  Languages

    Software Engineering & Programming Languages

    Investigate new development methodologies (including analysis, design and testing techniques), flexible linguistic constructs for code evolution and reuse (including integration with code mobility and the agent paradigm), and extensions of traditional static typechecking by dynamic/incremental checks and more sophisticated types which express semantic properties.
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