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should be queued for journaling. The configuration files anc the built in default parameters are used to generate policies fo efficient synchronization. The policies determine which file to queue, which entirely and which bytes to queue fo communications. Figure 4 illustrates EDpCloud’s policy basex journaling. Both priority and capacity queues are used te leverage dynamic load balancing, parallel disk I/O, paralle communications, to reduce communications overhead and t increase the final throughput of the synchronization.

Figure 4 should be queued for journaling. The configuration files anc the built in default parameters are used to generate policies fo efficient synchronization. The policies determine which file to queue, which entirely and which bytes to queue fo communications. Figure 4 illustrates EDpCloud’s policy basex journaling. Both priority and capacity queues are used te leverage dynamic load balancing, parallel disk I/O, paralle communications, to reduce communications overhead and t increase the final throughput of the synchronization.

Related Figures (6)

Figure 1: EDpCloud for backup and content aggregation III. JOURNALING
Figure 1: EDpCloud for backup and content aggregation III. JOURNALING
~ The communication interface is a glue between ed_sender, ed_receiver and the policy manager. Further details are shown in sections II and IV.
~ The communication interface is a glue between ed_sender, ed_receiver and the policy manager. Further details are shown in sections II and IV.
Figure 4: EDpC loud policy based journaling Figure 3: EDpCloud Data Flow Diagram IV. SYNCHRONIZATION
Figure 4: EDpC loud policy based journaling Figure 3: EDpCloud Data Flow Diagram IV. SYNCHRONIZATION
Figure 5: Communication queues and policy based parallel synchronization When the receiver COM service receives requests for synchronization, authentication is performed and the remote synchronization agent uses its own policy manager, heuristics manager to negotiate with the sender. The remote synchronization system receives the compressed data blocks and based on the local policy, the data is either decrypted (if encryption was used) or left intact.
Figure 5: Communication queues and policy based parallel synchronization When the receiver COM service receives requests for synchronization, authentication is performed and the remote synchronization agent uses its own policy manager, heuristics manager to negotiate with the sender. The remote synchronization system receives the compressed data blocks and based on the local policy, the data is either decrypted (if encryption was used) or left intact.
Furthermore, I/O and communication multiplexing decisions are derived for decision blocks.
Furthermore, I/O and communication multiplexing decisions are derived for decision blocks.
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File Synchronization
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