An Efficient Secure Sharing of Electronic Health Records Using IoT-Based Hyperledger Blockchain

Table 3

Experimental methodology for evaluating the Efficient Secure Sharing of EHR.

Aspect	Description	Rationale
Setup	Simulated or prototype environment that mimics real-world scenarios using IoT devices that provide EHR data	Mimics real-world deployment to assess practicality and functionality of the system
Metrics	Throughput and transaction speed: This metric measure the rates at which transactions are processed; Scalability: The ability of a system to manage increasing data volumes. Security measures: Assesses the efficacy of security protocols; Interoperability: The ease with which IoT devices communicate with one another; Privacy Compliance: Ensures that regulations are followed	Throughput and transaction speed are critical for determining system efficiency; Scalability is critical for accommodating expanding data volumes; Security measures: Safeguards sensitive EHR data; Interoperability is essential for efficient data exchange; Privacy Compliance: Ensures that regulations are followed
Rationale	Metrics for analysing system efficiency, security, scalability, interoperability, and regulatory compliance	In healthcare contexts, comprehensive review assures the system’s practicability, security, and regulatory compliance