Academia.eduAcademia.edu

Figure 6 – uploaded by EYOB TEFERA

See full PDFdownloadDownload figure
accountable to assigns the virtual machine to the user request based on a defined loac

Figure 6 accountable to assigns the virtual machine to the user request based on a defined loac

Related Figures (35)

management effort or service provider communication [10]. network, servers, storage, software can be quickly provisioned and released with a least
management effort or service provider communication [10]. network, servers, storage, software can be quickly provisioned and released with a least
Table 1. Summary of related work
Table 1. Summary of related work
characteristics. By picking two unique virtual machines and by separating the available anc busy list table during searching WRWT algorithm fills the problem on searching the next
characteristics. By picking two unique virtual machines and by separating the available anc busy list table during searching WRWT algorithm fills the problem on searching the next
Fig. 6. Sample simulation output window experiment part, it facilitates the comparison and analysis mechanism by its table and chart-
Fig. 6. Sample simulation output window experiment part, it facilitates the comparison and analysis mechanism by its table and chart-
efficiency of simulation [28]. Fig. 8. User base configuration and application deployment configuration
efficiency of simulation [28]. Fig. 8. User base configuration and application deployment configuration
Table 2. VM-STATE-LIST of Throttled, Modified Throttled, and RWT others’ VM-STATE-LIST hash-maps is shown below with an example data.
Table 2. VM-STATE-LIST of Throttled, Modified Throttled, and RWT others’ VM-STATE-LIST hash-maps is shown below with an example data.
Table 3.VM-STATE-LISTS of Proposed algorithms (a) Available List (b) Busy List In the proposed load balancing algorithm, generally, two hash-maps are created. The first allocation. this helps the load-balancer to search within only available unoccupied VM
Table 3.VM-STATE-LISTS of Proposed algorithms (a) Available List (b) Busy List In the proposed load balancing algorithm, generally, two hash-maps are created. The first allocation. this helps the load-balancer to search within only available unoccupied VM
Fig. 11. Flow Chart of WRWTA LBA during assignation of next VM
Fig. 11. Flow Chart of WRWTA LBA during assignation of next VM
5.2 Experimentations Table 4. Distribution of Facebook user in each user base
5.2 Experimentations Table 4. Distribution of Facebook user in each user base
Fig. 12. User base configuration in experiment |
Fig. 12. User base configuration in experiment |
Fig. 14. Advanced tab configuration in experiment 1 Fig. 13. Datacenter configuration in experiment 1|
Fig. 14. Advanced tab configuration in experiment 1 Fig. 13. Datacenter configuration in experiment 1|
Fig. 20. Average Data Center Processing Time in experiment |
Fig. 20. Average Data Center Processing Time in experiment |
Fig. 21. UB configuration and application deployment configuration for experiment 2
Fig. 21. UB configuration and application deployment configuration for experiment 2
Fig. 22. Datacenter configuration for experiment 2
Fig. 22. Datacenter configuration for experiment 2
Fig. 28. Average Data Center Processing Time in experiment 2
Fig. 28. Average Data Center Processing Time in experiment 2
Fig. 29. VM allocation count in the case of 5 VM in experiment 3
Fig. 29. VM allocation count in the case of 5 VM in experiment 3
Table 5. Virtual machine allocation count for experiment 3
Table 5. Virtual machine allocation count for experiment 3
Discussion Table 6. VM allocation counts in experiment 4 with 5 virtual machines
Discussion Table 6. VM allocation counts in experiment 4 with 5 virtual machines
Fig. 30. Virtual machine allocation count in experiment 4 5.2.3. Experiment 4: Test WRWTA resource utilization for larger user-request per hour
Fig. 30. Virtual machine allocation count in experiment 4 5.2.3. Experiment 4: Test WRWTA resource utilization for larger user-request per hour
580 California St., Suite 400
San Francisco, CA, 94104
© 2025 Academia. All rights reserved