CYPHONIC Adapter Enhancement for Container-based Edge Computing
2026 IEEE International Conference on Consumer Electronics - Taiwan (ICCE-Taiwan), pp.1-2
doi.org/10.1109/icce-taiwan71481.2026.11652688 #MOBILE COMPUTING LAB
Making things stay connected.
Secure communication across NATs and firewalls, RFID-based positioning, distributed processing platforms, and recognition of everyday activity. We build and test connectivity from many angles.
626
publications
27
years covered (2000–2026)
324
with DOI / CiNii links
10
research themes with publications in the last 5 years
45 last 5 years
total 95 Secure Overlay Network (CYPHONIC) Research on an overlay network that enables encrypted communication between devices across differences in network environments and device movement. We study how to build QUIC into CYPHONIC to maintain connectivity in environments that mix IPv4 and IPv6 and include NAT and firewalls. Our work has covered route optimization to reduce the load and delay caused by relaying traffic, performance improvement under packet loss, and the design and evaluation of mechanisms for connecting existing IoT devices. since 2019 latest 2026 16 last 5 years
total 21 RFID-based Positioning and Sensing Research on estimating the position and direction of movement of items from radio information obtained from RFID tags. We study positioning and tracking methods that combine received signal strength, phase and antenna placement while accounting for variation caused by the surrounding environment. Alongside a prototype analysis platform that visualizes read states in the cloud, we have also studied low-power communication that sends information by reflecting nearby Wi-Fi signals. since 2017 latest 2026 9 last 5 years
total 12 Distributed Dataflow and Edge Computing Research on a platform that processes the data produced by IoT devices by sharing the work among multiple on-site devices, rather than only collecting it in the cloud. With InfoFlow, we study a mechanism for designing a service's processing steps on screen and dividing and placing them across devices. Through software recomposition and container management, we aim to build flexible edge services whose functions can be changed easily without replacing devices. since 2021 latest 2025
total 95 Secure Overlay Network (CYPHONIC) Research on an overlay network that enables encrypted communication between devices across differences in network environments and device movement. We study how to build QUIC into CYPHONIC to maintain connectivity in environments that mix IPv4 and IPv6 and include NAT and firewalls. Our work has covered route optimization to reduce the load and delay caused by relaying traffic, performance improvement under packet loss, and the design and evaluation of mechanisms for connecting existing IoT devices. since 2019 latest 2026 16 last 5 years
total 21 RFID-based Positioning and Sensing Research on estimating the position and direction of movement of items from radio information obtained from RFID tags. We study positioning and tracking methods that combine received signal strength, phase and antenna placement while accounting for variation caused by the surrounding environment. Alongside a prototype analysis platform that visualizes read states in the cloud, we have also studied low-power communication that sends information by reflecting nearby Wi-Fi signals. since 2017 latest 2026 9 last 5 years
total 12 Distributed Dataflow and Edge Computing Research on a platform that processes the data produced by IoT devices by sharing the work among multiple on-site devices, rather than only collecting it in the cloud. With InfoFlow, we study a mechanism for designing a service's processing steps on screen and dividing and placing them across devices. Through software recomposition and container management, we aim to build flexible edge services whose functions can be changed easily without replacing devices. since 2021 latest 2025
PUBLICATIONS
Publications →Dynamic Reconfiguration and Self-Healing Mechanisms for Operational Continuity of CYPHONIC Adapter
2026 IEEE International Conference on Consumer Electronics - Taiwan (ICCE-Taiwan), pp.1-2
doi.org/10.1109/icce-taiwan71481.2026.11652460 #Intra-Network IPv6 Route Optimization Using ULA and LLA for Direct P2P Communication in CYPHONIC
2026 IEEE International Conference on Consumer Electronics - Taiwan (ICCE-Taiwan), pp.1-2
doi.org/10.1109/icce-taiwan71481.2026.11652709 #Prototype Implementation of a Communication Library for a Distributed Processing Platform
2026 IEEE International Conference on Consumer Electronics - Taiwan (ICCE-Taiwan), pp.1-2
doi.org/10.1109/icce-taiwan71481.2026.11652377 #