Research on Public Administration and Resource Allocation Based on Blockchain and Structured Occupational Therapy

Area of Science:

• Public Administration
• Information Technology
• Health Management

Background:

• The COVID-19 pandemic highlighted challenges in public administration and resource allocation.
• Existing systems often lack transparency and efficiency in managing critical resources.
• Blockchain technology offers potential solutions for decentralized and secure data management.

Purpose of the Study:

• To explore public administration and resource allocation models using blockchain and structured occupational therapy.
• To analyze the effectiveness of these technologies in managing public affairs during health crises.
• To propose a framework for enhanced data integration, security, and trust in resource allocation.

Main Methods:

• Literature review on public administration, blockchain, and occupational therapy.
• Analysis of public administration and resource allocation during the COVID-19 pandemic.
• Development of a data quality collaboration model and multiparty collaboration standards.
• Establishment of a blockchain-based resource allocation method and trust mechanism.

Main Results:

• The proposed model enables effective data integration and end-to-end traceability across departments.
• Blockchain technology facilitates a flatter organizational structure, improving information flow and efficiency.
• Reconstruction of the trust system through information encryption and traceability, preventing data tampering.

Conclusions:

• Blockchain and structured occupational therapy offer a robust framework for modernizing public administration and resource allocation.
• This approach enhances transparency, efficiency, and trust in managing public resources, particularly during crises.
• The study provides a valuable reference for future research in decentralized resource management systems.