Riverbed Certified Solutions Professional - Network Performance Management - 299-01 FREE EXAM DUMPS QUESTIONS & ANSWERS

A. Apply a generic View and then define a filter by drilling-down through a more specific View. B. Create a time filter and then apply a View with a Cascade Pilot filter. C. Use a BPF filter to speed up the View. D. Use a Cascade Pilot filter first and then a BPF filter.

A. Inactive time-out setting should be set to 15 seconds. B. Active time-out setting for flows should be set to 60 seconds. C. Active time-out setting for flows should be set to 600 seconds. D. NTP should be configured on the device.

A. none of the above B. v1 and v5 C. v7 D. all of the above E. v9

A. By placing error names on the messages within the diagram B. By color-coding the messages on the diagram C. By listing lost packets in the expert window D. By using dotted-dashed lines for out-of-sequence segments E. By using a thicker line for messages that include errors

A. Three weeks B. Configurable from one minute to three weeks C. One day D. Three days

A. Can work on local trace files only. B. Is not available in the regular Cascade Pilot installation. C. Can be created from a single applied View. D. Can include more than two charts.

A. 8 B. 10 C. 2 D. 1 E. 5

A. NetFlow based technology does NOT typically include response time information, packet inspection is necessary to measure response times B. It is NOT possible to understand which conversations traversed a link without full packet capture C. SNMP based technology querying routers in the network can be used to view end to end conversations across a network to determine top talkers D. NetFlow based technology can query a network device for statistics such as number of packets and bytes sent out an interface but typically doesn't have conversation-level details (such as which IP Addresses where talking at a given time) E. SNMP based technology can query a network device for statistics such as number of packets and bytes sent out an interface but typically doesn't have conversation-level details (such as which IP Addresses where talking at a given time)

A. Start a Capture Job on the capture port with a BPF filter and apply a View on the live interface for the same capture job. B. Start a Capture Job on the capture port, apply a View on the live interface and create a trace clip for the time window of interest. C. Apply a View on the live interface and then start a Capture Job on the capture port to analyze traffic later. D. Never create a Capture Job to prevent packet drops.

A. Host centric B. Interface centric C. Port centric D. The Cascade Profiler does not have two approaches E. Application centric

A. All of the above B. SNMP traps from the switches and routers C. None of the above D. SNMP polling of the switches and routers E. NetFlow v9

A. External Link B. View Packets C. Restart Service D. Error Report E. View Switch Port

A. SNMP v3 trap message B. HTML message in email C. SNMP v2 trap message D. SNMP v1 trap message E. PDF message in email

A. This indicates that Flow data is being reported on the optimized connection, between Steelheads and has no impact on reporting. B. This indicates that Flow data is being reported on the optimized connection, between Steelheads and can lead to Cascade double-counting volumes between locations. C. This is normal in optimization environments and provides the proper reporting of traffic volume between locations. D. This cannot happen.