• Design of a Multi-purpose Surface-EMG Readout System for Draft Control Applications 

      Petrellis N., Gioulekas F., Birbas M. (2019)
      This paper presents current work on the design of a multi-purpose surface-electromyography (EMG) readout system that can be used in various draft controlled applications of low-accuracy (e.g. rehabilitation environments ...
    • Mitigating Bunching with Bus-Following Models and Bus-to-Bus Cooperation 

      Ampountolas K., Kring M. (2021)
      Bus bunching is an instability problem where buses operating on high-frequency public transport lines arrive at stops in bunches. This work unveils that bus-following models can be used to design bus-to-bus cooperative ...
    • A programmable Si-photonic node for SDN-enabled Bloom filter forwarding in disaggregated data centers 

      Moralis-Pegios M., Terzenidis N., Vagionas C., Pitris S., Chatzianagnostou E., Brimont A., Zanzi A., Sanchis P., Marti J., Kraft J., Rochracher K., Dorrestein S., Bogdan M., Tekin T., Syrivelis D., Tassiulas L., Miliou A., Pleros N., Vyrsokinos K. (2017)
      Programmable switching nodes supporting Software-Defined Networking (SDN) over optical interconnecting technologies arise as a key enabling technology for future disaggregated Data Center (DC) environments. The SDNenabling ...
    • SDN implementation of slicing and fast failover in 5G transport networks 

      Giatsios D., Choumas K., Flegkas P., Korakis T., Camps-Mur D. (2017)
      Software-defined networking is at the root of future 5G transport network design. Among others, it allows for automated network reconfiguration and network slicing support. In this paper we present an OpenFlow-based ...