Abstract
Information-Centric Networking (ICN) empowered by information-centric paradigm takes popular paradigm place of host-centric networking of communication networks, which in turn helps prioritizing the labeled content delivery, with no information on the origin of the conten
Highlights
Each and every device is connected to internet via Internet of Things (IoT)
Many research works are available in literature which deals with Information-Centric Networking (ICN) and IoT individually
It is concluded that the proposed cloud-based application delivery (CBAD) yields a much better Energy consumption in comparison with the available Keyword-Based Content Retrieval (KBCR), Logarithmic Search over Encrypted Data (LSED) methods
Summary
Each and every device is connected to internet via IoT. It allows accessing of those devices by any path at any location at any time, for example from any network [1]. The major features of ICN consist of in-network caching, contents naming, remarkable and flexible management of mobility, scalable information delivery and enhanced security that are generally ideal inIoT applications. One remarkable advantage of ICN is, in-network caching, can effectively deal with information delivery problem from inactive (inaccessible) device owing critical life of battery through contents caching at intermediate nodes. Naming the contents is used to resolve address space scarcity problem of IPv4 and can facilitate scalability effectively and can carry out name management effectively and help in retrieving the massive data generated by IoT applications. Information-Centric Networking [22] is introduced in the form of a novel architecture for the Internet in the future, dealing with several challenges in the present IP-based networks, like routing procedure, scalability problem, and the performance of content sharing [24]. Several technical works have highlighted on various functionalities of ICN like security, mobility, in-network caching and caching
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