Bringing Context-awareness to wireless sensor networks

CPS Student Forum Portugal was held as part of the Cyber-Physical Systems Week (CPS Week 2018), 10-13 April, Porto-Portugal.• Programming abstraction has been a major focus of research in WSN • With IoT, heterogeneous devices with different capabilities brings in new issues. • Essential features for systems to support these changes and user to write applications are as follwoing: • Abstraction, Mobility and Modularityinfo:eu-repo/semantics/publishedVersio

Automatic Allocation of Tasks in T-Res for WSN

3rd Doctoral Congress in Engineering will be held at FEUP on the 27th to 28th of June, 2019This paper presents a demo of an extension developed to support an existing programming abstraction for IoT: mT-Res. mT-Res is an extension of the T-Res programming abstraction, which allows users to write applications using a web framework without low level knowledge of resources. The paper describes an automated mechanism for allocate resources to such applications and adapt to changes in those resources.info:eu-repo/semantics/publishedVersio

Extending T-Res with mobility for context-aware IoT

1st IEEE International Conference on Internet-of-Things Design and Implementation (IoTDI 2016). 4 to 8, Apr, 2016, I4T Workshop. Berlin, Germany.In this paper, we develop a framework for building context-aware applications in IoT. The IoT paradigm brings in various new issues such as macroprogramming, interoperability for heterogeneous devices and in-network processing. Solutions to these issues can enable IoT to support all available resources in an efficient manner and also enable ease of access for users. In addition, this can help in collecting useful information about the user and the system, such as context. Understanding context of different entities and taking actions accordingly will enable a context-aware IoT. However, no complete solution is available to this issue of achieving context-awareness in IoT. In this paper, as a step towards a context-aware framework, we present a mobilityenabling extension of the T-Res programming abstraction. We implement a web-based framework for users to write contextaware applications. We then describe and implement an automated mechanism for deploying these applications.info:eu-repo/semantics/publishedVersio

Extending T-Res with mobility for context-aware IoT

1st IEEE International Conference on Internet-of-Things Design and Implementation (IoTDI 2016). 4 to 8, Apr, 2016, I4T Workshop. Berlin, Germany.In this paper, we develop a framework for building context-aware applications in IoT. The IoT paradigm brings in various new issues such as macroprogramming, interoperability for heterogeneous devices and in-network processing. Solutions to these issues can enable IoT to support all available resources in an efficient manner and also enable ease of access for users. In addition, this can help in collecting useful information about the user and the system, such as context. Understanding context of different entities and taking actions accordingly will enable a context-aware IoT. However, no complete solution is available to this issue of achieving context-awareness in IoT. In this paper, as a step towards a context-aware framework, we present a mobilityenabling extension of the T-Res programming abstraction. We implement a web-based framework for users to write contextaware applications. We then describe and implement an automated mechanism for deploying these applications.info:eu-repo/semantics/publishedVersio