The lab consists of two units which serve the following research areas:

Parallel and Distributed Systems and Computing Unit
The scientific area of ​​design and implementation of parallel and distributed systems and applications is a constantly evolving area which is a key driving force for the rapid development of IT services and telecommunications. The Research Unit aims to strengthen the teaching and research activities of the members of the research team of the laboratory and its partners in the fields of parallel algorithms and applications on multiprocessor systems and computer clusters, distributed systems, calculation grids in computational systems of mobile and pervasive computing and applications of mobile ad-hoc networks, wireless networks of sensors and actuators, security systems and services in distributed environments. The research and education field of the Research Unit of Parallel and Distributed Systems and Computation includes the following fields:

  • Parallel algorithms and applications in multi-processor and computer cluster systems
  • Grid and Cloud Computing
  • Distributed systems (middleware, resources distribution, algorithms, applications)
  • Emerging networking technologies for distributed systems
    • Mobile Ad-Hoc Networks
    • Wireless Sensor and Actuator Networks
    • P2P networks
  • Pervasive and Mobile Computing

 

Broadband communications and networks unit

Nowadays the widespread use of the Internet for many applications by end users (individuals, public organizations, industry) has been the driving force for growth. The impact of the internet does not end at the economic level, on the contrary is a powerful lever of social transformations as a result of the significant influence that social networks like facebook, twitter politics and development movements. The main technologies that make it possible to use the Internet with satisfactory service quality (Quality of service) are the developed third- and fourth-generation mobile networks and the optical backbone networks aided by access technologies such as xDSL. The continuous development of wireless communication systems enables the broadband access anytime and anywhere. Today optical communications are the dominant implementation technology telecommunications backbone network systems, but also one of the most prevalent technologies to achieve high-speed low energy access networks (fiber to the home). The dynamicity of wireless communication and the guaranteed broadband optical communication makes their convergence in integrated access and sensor networks with efficient support of optimized algorithms sharing resources and secure communications an imperative need.
On this basis, the Research Unit for Communications and Broadband Networks Laboratory of Parallel and Distributed Systems and Networks aims to research activity focusing on modern concepts and communication systems technologies and network architectures that serve the continuously growing traffic in parallel and distributed systems such as grids computing, data centers (data centers), supercomputers (exaflop computing) and demanding services such as cloud computing (cloud computing) with an emphasis on optimizing the use of resources and security. The field of research and education of Broadband Communications and Networks includes the following research topic

  • Optical communication networks
    • Optical interconnect technologies for data centers and distributed systems
    • Wavelength routing algorithms in optical core networks
    • All-optical networking
  • Network Security
  • Fixed mobile convergence

The strong involvement of the lab members with the also newly started postgraduate studies program in “Computing and Network Technologies” disseminates the activities of the lab to the postgraduate students who are strongly interested in participating in smaller projects in the context of diploma dissertations or more demanding initiatives in the context of evolving research activities.