A survey of grid knowledge and grid perception in the public sector

Area of Science:

• Computer Science
• Information Science
• Scientific Computing

Background:

• Grid computing infrastructures facilitate resource sharing for data-intensive scientific applications.
• Existing Grid resources have the potential to benefit diverse user groups beyond their initial design.
• The public sector, including universities, government agencies, and hospitals, represents a significant area for potential Grid adoption.

Purpose of the Study:

• To investigate the perception and adoption of Grid computing within the public sector.
• To identify specific application scenarios for Grid technologies in universities, government, and healthcare.
• To understand the primary barriers hindering the widespread adoption of Grid infrastructures in these institutions.

Main Methods:

• A qualitative survey approach was employed to gather in-depth information.
• Interviews were conducted with key stakeholders: decision-makers, system administrators, and high-level users.
• Data collection focused on user perceptions, institutional interests, and practical application scenarios.

Main Results:

• Decision-makers, administrators, and users in the public sector have distinct perceptions of Grid benefits and challenges.
• Several promising application scenarios were identified, leveraging Grid capabilities for research and operations.
• Significant barriers to Grid adoption include technical, organizational, and financial challenges.

Conclusions:

• Understanding user and institutional perspectives is crucial for successful Grid adoption in the public sector.
• Tailored strategies are needed to overcome identified barriers and promote Grid resource sharing.
• Further research can explore specific implementation models for public sector Grid integration.