Blockchain Concepts on Computer Vision With Human-Computer Interaction and Secured Data-Sharing Framework

Blockchain Concepts on Computer Vision With Human-Computer Interaction and Secured Data-Sharing Framework

Priyadharshini K., R. Aroul Canessane
Copyright: © 2022 |Pages: 21
DOI: 10.4018/IJFSA.312240
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Abstract

Presently, the technological developments in the field of human-computer interaction (HCI) have shown that developers are developing cognitive vision systems that provide normal and effective operating mechanism for smart sensors, and the privacy should be maintained in the course of data transfer. Blockchain technology received significant interest to remove third-party business providers, to introduce HCI rapidly, and for secure information sharing in the network. Therefore this paper presents blockchain assisted cognitive vision systems for human-computer interaction and secured data sharing (BCVS-DS) framework. Cognitive vision systems use the information from various sensors that is used to handle and joined by blending techniques. The secured data sharing (SDS) method is flexible and efficiently manages permission by spreading various user characteristics to multiple authorization centers. Experimental results are tested for BCVS-DS by AVEC dataset. BCVS-DS achieves the highest classification accuracy of 94.32%.
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Introduction To Blockchain Concepts On Computer Vision And Data Protection

Block is protected and connected by cryptography; each one of these database files is blocked. There is no central body in the public blockchain, and it is the concept of a decentralized structure. Symmetric keys, public-key encryption, hash functions, message authentication, and digital signature are the building blocks of cryptographic mechanisms. The material in the book is available to everyone, as it is a written and permanent booklet (Wang et al., 2019). Everything constructed on the blockchain, therefore, is open by its very definition, but everybody concerned is responsible for that decision. Niranjanamurthy et al. (2019) the blockchain is a convenient but creative way to completely organize and safely transmit data from point A to point B. One individual starts a transfer by setting up a block (Atlam et al., 2018). Each block is reviewed by hundreds, maybe billions of computers on the internet (Lewenberg et al., 2015). An initial blockchain consists of an increasing list of called cryptographic blocks. The growing block includes a hash, a timeframe, and a payment previous works block. A Google Doc is an easy example to recognize blockchain solutions. This establishes a transparent distribution network, which enables anyone to download the text. No one else is closed waiting for updates from some other group, as all adjustments to the document are registered in true time, making updates entirely open (Mamoshina et al., 2018). Blockchain is a highly exciting and innovative development as it leads to risk management, fraud detection, and verification for many purposes (El Ioini et al., 2018). Blockchain describes a form of a database system that allows interactions to be identified and tracked collectively, which is shared through a decentralized computer system and creates a multilevel security system (Evans et al., 2014). Blockchain decentralized leader platform offers a clear and safe way to track property and property transfers. The systematic and continuous accumulation of authority at key points is known as centralization. Decentralization, on either hand, is the systematic delegation within an institution. A small organization should practice centralization, but a large organization can practice decentralization.

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