Riverbed Certified Solutions Professional - Application Performance Management - 499-01무료 덤프문제 풀어보기

A. Interface search

B. Business group search

C. Group path

D. Application member business groups

E. Drilldown

A. It allows the user to reimport and redecode the trace.

B. It reduces the number of turns in DEC (data exchange chart).

C. It allows the user to change traffic to a specific port as a specific protocol.

D. It allows the user to change the network effects.

A. Packet slicing on ARX does not affect the appliance's ability to perform web transaction analyis.

B. Packet slicing can be performed on a port aggregator before the packet is sent to ARX.

C. Packet slicing should be limited to 256 bytes to ensure accurate web transaction analysis.

D. The full packet is always needed in order for ARX to perform web transaction analysis.

A. The client IP is the user's IP address, and the originating IP is the IP address of a proxy or load balancer in the application path.

B. There is no difference.

C. The originating IP is the user's IP address, and the client IP is the address of the server which receives and responds to that user's request.

D. The originating IP sends the initial page request, and the client IP may be a proxy that receives and forwards the request to the server.

E. The originating IP is the closest layer-3 hop in the network path, while the client IP is the user's IP address.

A. Store, and make accessible to end users, decoded SSL-encrypted packets.

B. Automatically discover downloads of web pages and related groups of web pages.

C. Automatically detect users based on login information and identify the web page downloads for each detected user.

D. Identify the location, platform and browser of users.

E. Collect detailed metrics on web page usage, such as download times, overall web-page traffic, total number of page downloads, total number of slow pages, distribution of HTTP response codes; auto-decode and analyze SSL traffic.

A. Global app

B. Both app definitions collect data simultaneously.

C. Neither app definition collects data.

D. Local app

A. Taking a snapshot of AppResponse Xpert configuration information

B. To store and persist packet traces when user-defined thresholds are exceeded

C. Allowing the appliance to capture higher levels of traffic during bursts

D. Storing projects and other user-defined views

A. Route clients around the load balancer.

B. Enable the X-Forwarded-for field.

C. Create a firewall rule to ensure the client IP addresses are seen.

D. Specify a route in the router for the client IP addresses.

A. BrowserMetrix SaaS, because it reports the most detail of end-user performance, is measured at the browser, and is easiest to set up.

B. AppTransaction Xpert, because it reports the most detail of transaction performance as seen by the workstation's network packets.

C. BrowserMetrix On-Premise, because it provides the most detail of end-user performance and the ability to see Transaction Trace Warehouse data for server-side delay information.

D. AppInternals Xpert Transaction Trace Warehouse, because it includes network delay and indicates what happens within each tier.

E. AppResponse Xpert, because it shows server and network delays for individual page views.

A. Server Response Time (Client)

B. Server Response Time (Server)

C. Initial Application Response Time (Servers)

D. User Response Time (Servers)

A. BrowserMetrix -> AppTransaction Xpert

B. RPM Dashboards -> AppResponse Xpert -> AppInternals Xpert -> Transaction Trace Warehouse

C. RPM Dashboards -> AppInternals Xpert -> AppTransaction Xpert

D. Transaction Trace Warehouse -> AppInternals Xpert -> AppResponse Xpert -> AppTransaction Xpert

E. RPM Dashboards -> BrowserMetrix -> Transaction Trace Warehouse

A. Cascade Profiler

B. AppResponse Xpert

C. BrowserMetrix

D. AppInternals Xpert

A. 3 seconds

B. 1 second

C. 2 seconds

D. 5 seconds