Abstract
The proliferation of connected devices in the Internet of Things (IoT) presents a connectivity challenge. The future internet will require a paradigm shift in which content is evaluated on the basis of “What” it is rather than “Where” it originated. ICN’s goal is to provide the benefits of name-based content addressing in order to facilitate scalable content distribution, security, mobility, and trust. NDN is a new internet architecture that evolved from Content-Centric Networking (CCN). NDN is viewed as a solution to the IoT’s challenges, as well as a way to transcend the IP paradigm. With IoT systems that had a number of challenging characteristics to satisfy, including heterogeneous devices, resource constraints, and energy efficiency. Due to the fact that NDN native features deliver data via hierarchically structured names, it offer promising solutions for current research integrating NDN into IoT. The review discusses the significance of naming, its influence, and security factor. Additionally, research challenges in the areas of naming and security will be discussed. The primary objective of this review is to give a new facelift to a new integrating naming convention for NDN.
Highlights
T HE goal of the Internet of Things (IoT) [1] aims to connect heterogeneous devices to the Internet in order to facilitate data sharing
NAMED DATA NETWORKING Previously, we discovered that Named Data Networking (NDN) architecture has emerged as an entirely different design that may be used in the context of the IoT ecosystem
We believe that the primary challenges in NDN-IoT are ensuring data confidentiality and integrity in IoT applications
Summary
T HE goal of the Internet of Things (IoT) [1] aims to connect heterogeneous devices to the Internet in order to facilitate data sharing. The rest of this paper is organized as follows: Section II will provide an overview of NDN in terms of naming, security, and application in the context of IoT. The author categorises the approaches to naming schemes based on their usability in scenarios such as user-centric environments, object-centric environments, cloud computing, and software defined networking This survey falls short in terms of including naming in the IoT application use-case and naming in ICN as a whole without the IoT context. Universality: There can be a common network protocol that is used for both applications and network contexts; NDN protocol and packet format provide support for a broad range of applications ranging from limited (IoT) environments to massive data science applications. Hop-by-Hop Flow Balance: In each link, “one-interest one-data packet” per request to achieve hop-by-hop flow balance
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