Exam Code : 1T6-520
Exam Name : Application Performance Analysis and Troubleshooting
Vendor Name :
"Network-General"
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Application Performance Analysis and Troubleshooting
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A large Window size used by a client could cause .
The server to consume more resources
Increased number of ACKs to be sent
Increased delay when frames are lost
None of the above
The slowest component on a server will be .
Random Access Memory (RAM)
Disk I/O
Central Processing Unit (CPU)
The constraint (bottleneck)
Round-trip distance latency between San Diego and Salt Lake City (1,850 miles or 2,960
km) is .
About 17 microseconds
About 33 milliseconds
0.016.818 seconds
Can not be calculated with the information provided
A well documented application profile may be used to .
Identify constraints in the design of the network
Document how an application will perform on the network
Identify the constraints (bottlenecks) that will affect application performance
All of the above
Bandwidth latency can be calculated for a complete user task.
TRUE
FALSE
When applying the predictive analysis model to an application we need to include
in our analysis.
Statistics from the Sniffer Expert Connection layer
Speed of the slowest link between client and server
TCP window size
All of the above
The number of application turns involved in a conversation where the window size is 8760 and the data transmitted is 642,400 would be .
A. | 36 |
B. | 42 |
C. | 73 |
D. | 87 |
A bandwidth consumption graph can help us determine without constraint.
The total amount of data sent by the client
The total amount of data sent by the server
The maximum amount of data sent on a bits per second basis
The maximum amount of data needed by the client