Enabling Service-Oriented Programming for Multi-User in Polymorphic Network

doi:10.1109/MCOM.001.2400448

Enabling Service-Oriented Programming for Multi-User in Polymorphic Network

2024-01-01

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DOI：10.1109/MCOM.001.2400448

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Polymorphic networking (PINet) aims to support the coexistence and evolution of diverse services for the multi-user in a unified programmable environment. An efficient programming system plays a crucial role in realizing PINet, by which the network programs are deployed on the underlying heterogeneous devices. This article presents PINet's programming environment (PPE), a service- oriented programming environment for PINet with three major goals, that is, incremental, application- level, and coordination programming. PPE provides a one end-to-end service abstraction that allows programmers to express packet processing logic (e.g., forwarding and computing) without concern for the network topology and hardware details. PPE also proposes a network-wide compiler system with hierarchical architecture to deploy out-of-the-box services for the multi-user. We elaborately describe the PPE's goals, workflow, and challenges for our motivation. Some implementation details and open issues are discussed as future research directions.

Keyword:

Personal protective equipment

Programming

Hardware

Runtime

Logic

Program processors

Codes

Field programmable gate arrays

Switches

Protocols

Enabling Service-Oriented Programming for Multi-User in Polymorphic Network

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