Standards-based network monitoring for the grid

Area of Science:

• Computer Science
• Network Engineering
• Scientific Computing

Background:

• Large-scale grid infrastructures are essential for global scientific collaboration, supporting numerous computational jobs and data transfers.
• The reliable operation of these grids depends heavily on effective monitoring tools.
• Network performance is a critical factor in grid infrastructure success.

Purpose of the Study:

• To design and implement tools for accessing federated network monitoring data.
• To facilitate the integration of heterogeneous network monitoring tools within grid environments.
• To support the sustainable operation of large grid infrastructures through enhanced network visibility.

Main Methods:

• Development of tools based on standards from the Open Grid Forum Network Measurements Working Group (NM-WG).
• Implementation of a system providing access to federated network monitoring data.
• Integration with heterogeneous, NM-WG compliant network monitoring solutions.

Main Results:

• A set of tools enabling access to federated network monitoring data has been successfully designed and implemented.
• The tools provide a unified interface to data from diverse network monitoring systems.
• Demonstrated compatibility with existing NM-WG standards.

Conclusions:

• Federated network monitoring is vital for the operational integrity of large grid infrastructures.
• The developed tools enhance the ability of scientists to monitor network performance critical to their work.
• Adherence to Open Grid Forum standards promotes interoperability and data accessibility in grid monitoring.