期刊名称：Indian Journal of Computer Science and Engineering
印刷版ISSN：2231-3850
电子版ISSN：0976-5166
出版年度：2021
卷号：12
期号：6
页码：1899-1909
DOI：10.21817/indjcse/2021/v12i6/211206181
语种：English
出版社：Engg Journals Publications
摘要：The pervasive and IoT connectivity is facing different issues in the communication in dynamic environments. Because the availability of the connecting resources is changing dynamically in each situation. So, in the pervasive and IoT connectivity quality of the service plays an important role in continuous communication. Different parameters of Quality of Services are used to measure continuous connectives of devices. Throughput, network size, connecting devices, energies are some of the main parameters used to manage the quality of services. The present paper has analyzed and achieved the quality of services using continuous connecting devices in the dynamic environments and selection of path of devices. The proposed work consists of communication components for continuous signal sending, routing approach and selection of path in the dynamic environments. The communication components are used to connect various devices in the dynamic situations. The main connecting components are IoT model, IoT node, Road side unit, and Communication model. The routing approach is used to connect the long-distance using ant colony-based routing algorithm. Using this routing algorithm, one can extent the connectivity from one source to the destination of moving objects. The path selection is used to segment the moving devices using Euclidean distance and MDI techniques. Using this selection moving devices are connected segment wise. With the use of above mentioned three things the moving devices are connected continuously and quality of the services also improved. The Quality of the services is achieved using throughput, network size, energy and availability of resources. The IoT sensor and road side units are available in segment wise. Hence availability and quality of services are improved. The implementation is performed using OMNeT++ to provide the better solutions in throughput and energy.
关键词：Pervasive and IoT Computing;Quality of Service;Path Selection Algorithm;Routing in Dynamic Devices
