1Department of Computer Engineering, University of Guilan
2University of Guilan
The Internet of Things (IoT) comprises billions of Internet-connected things that can sense, communicate, compute, and potentially actuate pervasive devices. Hence the main goal of this paper is based on establishment of IoT structure for ubiquitous communications. This structure is made by data type modelling. Type modeling is useful to construct homogeneous computational patterns. A design cycle is introduced here which is a wizard to cluster and insert computational nodes. For IoT intentions, first of all, data that should be transmitted to the higher protocol layers must be processed. Therefore, computational nodes are responsible for these in-network computations. The experimental results show that response time and time wasting challenges can be eliminated by limited case scenarios. The amount of transmitted data has been restricted by a higher bound. This type model is efficient and also reliable for ubiquitous communications. The results show that the same resources can be responsible for new computational demands according to the same type operations.
Pervasive Computing, Data Type Modelling, Ubiqouitous Communication, Internet of Things, CAN Network