Smart Cities applications and infrastructures are actively being developed and rolled out. However, maintenance complexity is significant, often limiting deployments to small regions or small cities. To support gradual or spontaneous infrastructure scaling at region or national levels, infrastructure management that monitors end device connectivity and ensures overall IoT communication reliability becomes key. This article describes a method using intercontinental research facilities that programmatically manages smart devices and their communication with the ultimate aim to elastically deploy IoT servers in the cloud. Implementation details and experimental results of real devices are included.
Reference:
Corici, A. Steinke, R. Magedanz, T. Coetzee, L. Oosthuizen, D. Mkhize, B. Catalan, M. Fontelles, J.C. Paradells, J. Shrestha, R. Nehl, D. and Riemer, B. 2016. Towards programmable and scalable IoT infrastructures for smart cities. In: 13th IEE International Workshop, MUC 2016 - Towards Programmable and Scalable IoT Infrastructure for Smart Cities, 18 March 2016, Sydney, Australia
Corici, A., Steinke, R., Magedanz, T., Coetzee, L., Oosthuizen, D., Mkhize, B., ... Riemer, B. (2016). Towards programmable and scalable IoT infrastructures for smart cities. IEEE Xplore. http://hdl.handle.net/10204/8685
Corici, A, R Steinke, T Magedanz, L Coetzee, D Oosthuizen, B Mkhize, M Catalan, et al. "Towards programmable and scalable IoT infrastructures for smart cities." (2016): http://hdl.handle.net/10204/8685
Corici A, Steinke R, Magedanz T, Coetzee L, Oosthuizen D, Mkhize B, et al, Towards programmable and scalable IoT infrastructures for smart cities; IEEE Xplore; 2016. http://hdl.handle.net/10204/8685 .
13th IEE International Workshop, MUC 2016 - Towards Programmable and Scalable IoT Infrastructure for Smart Cities, 18 March 2016, Sydney, Australia. Due to copyright restrictions, the attached PDF file only contains the abstract of the full text item. For access to the full text item, please consult the publisher's website
