Usage Report foxtrot

• Period: April 01 – June 30, 2014
• Hostname: foxtrot.futuregrid.org
• Services: nimbus
• Metrics: VMs count, Users count, Wall time (hours), Distribution by wall time, project, project leader, and institution, and systems

Histogram

Summary (Monthly)

Figure 1: Average monthly usage data (wall time (hour), launched VMs, users)

This mixed chart represents average monthly usage as to wall time (hour), the number of VM instances and active users.

• Period: April 01 – June 30, 2014

• Cloud(IaaS): nimbus

• Hostname: foxtrot

• Metric:

  • Runtime (Wall time hours): Sum of time elapsed from launch to termination of VM instances
  • Count (VM count): The number of launched VM instances
  • User count (Active): The number of users who launched VMs

Summary (Daily)

Figure 2: Users count

This time series chart represents daily active user count for cloud services and shows historical changes during the period.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

Figure 3: VMs count

This time series chart represents the number of daily launched VM instances for cloud services and shows historical changes during the period.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

Figure 4: Wall time (hours)

This time series chart represents daily wall time (hours) for cloud services and shows historical changes during the period.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

Distribution

Figure 5: VM count by wall time

This chart illustrates usage patterns of VM instances in terms of running wall time.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

Figure 6: VMs count by project

This chart illustrates the proportion of launched VM instances by project groups. The same data in tabular form follows.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

VMs count by project

Project	Value
fg-54:Investigating cloud computing as a solution for analyzing particle physics data	2026
fg-418:Course: Cloud Computing Class - fourth edition	18
fg-443:Virtual Machine Live Migration for Disaster Recovery in WANs	3
fg-213:Course: Cloud Computing class - second edition	3
fg-82:FG General Software Development	1
fg-257:Particle Physics Data analysis cluster for ATLAS LHC experiment	1

Figure 7: VMs count by project leader

This chart also illustrates the proportion of launched VM instances by project Leader. The same data in tabular form follows.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

VMs count by project leader

Projectleader	Value
Randall Sobie	2026
Massimo Canonico	21
Tae Seung Kang	3
Doug Benjamin	1
Gregor von Laszewski	1

Figure 8: VMs count by institution

This chart illustrates the proportion of launched VM instances by Institution. The same data in tabular form follows.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

VMs count by institution

Institution	Value
University of Victoria	2026
University of Piemonte Orientale, Computer Science Department	18
University of Florida, Advanced Computing and Information System	3
University of Piemonte Orientale	3
Indiana University	1
Duke University	1

Figure 9: Wall time (hours) by project leader

This chart illustrates proportionate total run times by project leader.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

System information

System information shows utilization distribution as to VMs count and wall time. Each cluster represents a compute node.

Figure 10: VMs count by systems (compute nodes) in Cluster (foxtrot)

This column chart represents VMs count among systems.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot

Figure 11: Wall time (hours) by systems (compute nodes) in Cluster (foxtrot)

This column chart represents wall time among systems.

• Period: April 01 – June 30, 2014
• Cloud(IaaS): nimbus
• Hostname: foxtrot