Abstract: The Internet is an inefficient platform for latency-sensitive web service workflows, due to latency, jitter, and performance disparity across the globe. Executing user workflows on the Internet in a latency-aware manner is a hard problem, given the distributed nature of the Internet users. Moreover, composing workflows from several Internet services requires communication and coordination across heterogeneous execution environments, including clouds and the edge managed by several infrastructure providers.
The Internet of Things (IoT) and edge computing provide an increasing demand and potential for more user control for their workflow executions. However, the Internet largely remains under the control of service providers and autonomous systems, thus providing limited capabilities to the users to choose network paths and web service instances for their workflows.
Through complete virtualization of network and its services, network softwarization offers efficient management of network architecture. In this talk, we discuss the flexibility and management benefits of network softwarization to support network-aware web service workflows. We further envision Software-Defined Internet (SDI), an extension of classic network softwarization to the Internet-scale, to support latency-sensitive web service workflows.
[#MoNeTec2020] I missed meeting everyone in Moscow in person this year due to COVID19. But see you maybe in 2022. :) https://t.co/XEGvuAUpLU https://t.co/oqGpUPdtS8 pic.twitter.com/cFCsCMrvtT
— Pradeeban (@pradeeban) October 28, 2020
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