In this paper, we describe implementation details of STT and performance evaluation results from various perspectives.

For STT implementation, we used our previously proposed virtual NIC offloading framework,. Co-Virtual Switch (CVSW)[6], to ease the development of the protocol.

In practice, the STT implementation has been done using a virtual NIC offloading framework, co-virtual switch (CVSW). CVSW is a software component that extends ...

A tunnel encapsulation that enables overlay networks to be built in virtualized networks, is described and the rationale for its design is explained.

Implementation and Performance Analysis of STT Tunneling Using vNIC Offloading Framework (CVSW). Kawashima, Ryota, Matsuo, Hiroshi.

Implementation and Performance Analysis of STT Tunneling Using vNIC Offloading Framework (CVSW). CloudCom 2014: 929-934. [c12]. view. electronic edition via ...

Implementation and Performance Analysis of STT Tunneling using vNIC Offloading Framework (CVSW) Reviewed. Ryota Kawashima, Hiroshi Matsuo. Proc. 6th IEEE ...

We implement a VXLAN over SCLP tunneling and evaluate its performance by comparing with the original VXLAN (over UDP), NVGRE, Geneve, and STT. The results show ...

Dec 15, 2014 · Implementation and Performance Analysis of STT Tunneling Using vNIC Offloading Framework (CVSW) pp. 929-934. Instructional Model for Building ...

Kawashima and H. Matsuo, “Implementation and performance analysis of STT tunneling using vNIC offloading framework (CVSW),” Proc. 2014 IEEE 6th International ...