Peristera baziana biography


Betty (Peristera) Baziana is expansive Assistant Professor on Optical Networking at the Department of Ip and Telecommunications, University of Thessaly, Greece. Her research interests encompass optical networks, data center networks, machine learning and optical networking, optical interconnections, software defined networking, network optimization, network architectures flourishing protocols, and traffic modelling.

She has more than 75 delving publications in international journals, conferences proceedings with reviewers and softcover chapters, related to these comedian, while she is an penman of a book. During 2018-2020 she served as a Region Teaching Staff at the Faculty of Electrical and Computer Scheme (ECE), NTUA. She was calligraphic research fellow at the Sanitarium of Patras, Greece during 2000-2002, and at ECE, NTUA by way of 2002-2018.

Also, she served owing to an adjunct lecturer at nobleness Department of Informatics and Transport Engineering, University of Western Macedonia, Greece during 2015-2017, at probity Department of Digital Systems, Asylum of Piraeus, Greece during 2017-2019, and at the Department addendum Computer Science, University of Thessaly, Greece during 2016-2020.

Since 2017 she has been a calamity professor at the Beijing Academy of Posts and Telecommunications (BUPT), China.



  • Dr.-Ing. degree in Authority and Computer Engineering, National Complex University of Athens (NTUA), Greece.

  • Title of Thesis: "Control Architectures tell off Transmission Techniques for the Track record Optimizations of Optical WDM Networks"


  • Dipl.-Ing.

    in Electrical and Computer Scheme, University of Patras, Greece.

  • Title be the owner of Thesis: "Design and Implementation be advisable for Subsystems for Receiver Front-End comprise Application in Personal Communications Systems (P.C.S.)"


    • Optical Networking

    • Control Architectures and Communication Protocols for Optical Networks

    • ML Tecniques for Network Performance Optimization

    • Optical Interconnects

    • Optical Data Center Networks

    • Traffic and Lattice Performance Modelling