A Novel Hybrid Optimization Approach for Securing Health Information using Block Chain
Keywords:
Healthcare system, security, block chain, elephant herding integrated salp swarm optimization (EHISSO)Abstract
Protecting patients' medical records from unapproved entry, communicating with transports such as ambulances, and employing intelligent electronic health monitoring. Due to a lack pertaining to the countless the healthcare system's expert design of security protocols, numerous security risks exist, including authenticity and data sharing, and medical data transmission. In such instances, Utilization of the block chain protocol. This study proposes an scalable block chain network for healthcare data security utilizing a novel elephant herding integrated salp swarm optimization (EHISSO) to generate a wise with a safe healthcare infrastructure. In the context, block chain is a distributed ledger that distributed ledger system and distributed ledger technology comprised of multiple segments connected by digital signature schemes and consensus mechanisms, and a a series of hashes, and provides highly secure storage capabilities. EHISSO is used to optimize the parameters of including block capacity, number of transactions, and the quantity of block chain channels. With the evolution of EHISSO, provide new features that improve protection and scalability. For healthcare technologies, the experimental results of the recommended procedure are greater to those of conventional approaches such as KNN, LSTM, and VGG.
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