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Advisor(s)
Abstract(s)
Evolution in both hardware and software technologies has enabled
Wireless Sensor Networks(WSNs) to target a multiplicity of domains. Programming for such advanced WSNs remains a challenging process for users, especially as the WSN may need to make
changes as per outcomes from different scenarios during execution.
Usually, various adaptation policies are written while programming
such applications to enable changes. However it is difficult for the
programmer to anticipate changes for new scenarios. It also becomes difficult to reuse these adaptation policies. In this paper, we
propose AdaptC, an abstraction for such adaptation policies that
facilitates re-usability and expansion across various WSNs. We also
present concepts for the design and implementation of AdaptC.
We evaluate the abstraction for multiple use cases and compare it
against existing work.
Description
Keywords
Wireless sensor network Cyber-physical systems Macroprogramming Applications Internet of things Context-awareness
Citation
Publisher
Association for Computing Machinery