A growing number of physical systems are being linked to the Internet at an unparalleled value figuring out the idea of the Internet of Things (IoT). Information-Centric Networking (ICN) is a rising generation that permits customers to retrieve data from near caches without requires getting permission to distant servers or clouds each time. Mitigating the redundant traffic overhead & information retrieval latency through shifting data from clouds to caches close to customers is a promising approach. It integrates computing energy & storage to alleviate the bottleneck of network bandwidth sources. To deal with this crisis, we present a Distributed Publisher-Driven Secure Data sharing for ICIoT (DPD-ICIoT) to allow IoT statistics to be securely shared based totally on publisher driven policy. DPD-ICIoT provides bendy authorization from publishers to users. Further, to mitigate the large traffic overhead of attribute updates, we propose an Automatic Attribute Self-update Mechanism (AASM) to allow the update of attributes not including querying the distant server. Compared with the present CP-ABE scheme, the total bandwidth fee in packet transmissions ate up for attribute retrievals can be substantially decreased.
Volume 11 | 04-Special Issue
Pages: 855-859