By Flávia C. Delicato, Paulo F. Pires, Thais Batista
This booklet investigates the urgent factor of source administration for web of items (IoT). the original IoT atmosphere poses new demanding situations and demands detailed and bespoke recommendations to house those demanding situations. utilizing a holistic procedure, the authors current a radical research into the allocation of the assets on hand inside IoT platforms to house software standards. this is often performed by means of investigating diversified functionalities and architectural ways curious about a uncomplicated workflow for coping with the lifecycle of assets in an IoT process.
Resource administration for the net of items will be of curiosity to researchers and scholars in addition to specialist builders drawn to learning the IoT paradigm from facts acquisition to the supply of value-added prone for the tip consumer.
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Additional info for Resource Management for Internet of Things
The user can require an exact match or a subsume match when submitting a query . After the initial step of ﬁnding entities of interest, a second step queries their provided APIs. 2 Discussion on Resource Discovery for IoT A typical discovery process is twofold. First, it is necessary to identify and locate the device (physical or virtual), then it is necessary to ﬁnd the resource or service provided by the device, which will be effectively used. However, unlike what happens in the traditional Internet, IoT users and applications, in general, are not interested in accessing a particular node in the network, but instead in the resource it provides.
Therefore, they are not discussed in this section. Another approach strongly built on the concept of virtualization is the software-deﬁned network (SDN) . Several authors have recently adopted the SDN approach to build IoT infrastructures that abstract low-level network components and functionalities, and enable their provisioning and management through a well-deﬁned high-level API. This allows exposing the underlying infrastructure resources in a set of ﬁne-grained logical components, whose functionality is abstracted way by software and can be provisioned and conﬁgured after the deployment of the physical components.
Mayer S, Guinard D, Trifa V (2012) Searching in a web-based infrastructure for smart things. In: Internet of Things (IoT), 2012 3rd international conference on the IEEE, pp 119–126 9. Huber S, Seiger R, Schlegel T (2016) Using semantic queries to enable dynamic service invocation for processes in the Internet of Things. In: 2016 IEEE tenth International Conference on Semantic Computing (ICSC). IEEE, pp 214–221 10. Kim J, Lee J-W (2014) OpenIoT: an open service framework for the Internet of Things.
Resource Management for Internet of Things by Flávia C. Delicato, Paulo F. Pires, Thais Batista