Netw320 wk4lab
DB Query Response Time
1. On the Results Browser, make sure you are on Current Project so you have both sets of results. Expand DB Query and Select DB Query Response Time (sec). Hit the Show button. Zoom into the last half portion of the graph for better granularity and to avoid start up oscillation time to stabilize. Copy and label this graph to your lab report and answer the following:
1. Which run has a better (lower) DB Query Response time?
The scenario that runs the silence suppression (red line on my lab) has the best DB query response time.
2. In regard to your answer to part a, approximate how much faster (in seconds or milliseconds) of a response time the better scenario has.
The faster scenario that runs silence suppression is approximately 0.2 seconds faster.
E-Mail Down Response Time (sec)
2. Expand E-mail and select Download Response Time (sec). Select Show and zoom into the last half portion of the graph for better granularity and to avoid start up oscillation time to stabilize. Copy and label this graph to your lab report and answer the following:
3. Which run has a better (lower) e-mail Download Response time?
The scenario that runs the silence suppression (red line on my lab) has the lower email download response time.
4. In regard to your answer to part a, approximate how much faster (in seconds or milliseconds) of a response time the better scenario has.
The scenario that runs silence suppression is approximately 0.4 seconds faster.
HTTP Page Response Time (sec)
. Expand HTTP and select Page Response Time (sec). Select Show and zoom into the last half portion of the graph for better granularity and to avoid start up oscillation time to stabilize. Copy and label this graph to your lab report and answer the following:
5. Which run has a better (lower) page response time?
The scenario that runs the silence suppression (red line on my lab) has the lower page response time.
6. In
1. On the Results Browser, make sure you are on Current Project so you have both sets of results. Expand DB Query and Select DB Query Response Time (sec). Hit the Show button. Zoom into the last half portion of the graph for better granularity and to avoid start up oscillation time to stabilize. Copy and label this graph to your lab report and answer the following:
1. Which run has a better (lower) DB Query Response time?
The scenario that runs the silence suppression (red line on my lab) has the best DB query response time.
2. In regard to your answer to part a, approximate how much faster (in seconds or milliseconds) of a response time the better scenario has.
The faster scenario that runs silence suppression is approximately 0.2 seconds faster.
E-Mail Down Response Time (sec)
2. Expand E-mail and select Download Response Time (sec). Select Show and zoom into the last half portion of the graph for better granularity and to avoid start up oscillation time to stabilize. Copy and label this graph to your lab report and answer the following:
3. Which run has a better (lower) e-mail Download Response time?
The scenario that runs the silence suppression (red line on my lab) has the lower email download response time.
4. In regard to your answer to part a, approximate how much faster (in seconds or milliseconds) of a response time the better scenario has.
The scenario that runs silence suppression is approximately 0.4 seconds faster.
HTTP Page Response Time (sec)
. Expand HTTP and select Page Response Time (sec). Select Show and zoom into the last half portion of the graph for better granularity and to avoid start up oscillation time to stabilize. Copy and label this graph to your lab report and answer the following:
5. Which run has a better (lower) page response time?
The scenario that runs the silence suppression (red line on my lab) has the lower page response time.
6. In