Pulse(3.2)
- Jenni Wallin
This section describes the Pulse agent. This is a collection agent for real-time workflow configurations.
The Pulse agent is useful for testing purposes since it functions both as a collection agent and an internal data source. You can use this agent to generate random or specific data while simulating various traffic patterns through stochastic distributions.
The Pulse agent configuration contains the following tabs:
- Interval
- Data
Interval tab
The Interval tab contains configuration settings related to the interval type and the related time parameters that control how often the pulse UDRs will be generated.
| Field | Description |
Time Unit | Select the time unit that is applicable to the time fields on this tab. |
| Interval Type | Select an interval type that corresponds with the desired generation of Pulse UDRs. Fixed - UDRs are generated at a fixed time interval Linear - UDRs are generated at a linearly increasing or decreasing time interval. (try to simplify) Gaussian - UDRs are generated according to a Gaussian probability distribution. Poisson - UDRs are generated according to a Poisson process. Single - A single UDR is generated at workflow start. |
| Interval | Specify the interval between the pulses according to the Time Unit selected above. Interval is available when the selected Interval Type is Fixed. |
| Start | Specify the start interval between pulses. Start is available when the selected Interval Type is Linear. |
| Stop | Specify the final interval between pulses. Stop is available when the selected Interval Type is Linear. |
| Rate | Specify the value that is incremented or decremented from the interval when a Pulse UDR is generated. Use a positive value to increment and a negative value to decrement. Rate is available when the selected Interval Type is Linear. |
| Central Interval | When the selected Interval Type is Gaussian, enter the median interval between Pulse UDRs in the probability distribution. When the selected Interval Type is Poisson, enter 1/(expected number of Pulse UDRs per time unit). Example - Poisson interval type Expected number of Pulse UDRs is five (5) per second, so 0.2 seconds between UDRs. Select MILLISECONDS in Time Unit and enter 200 in Central Interval. Central Interval is available when the selected Interval Type is Gaussian or Poisson. |
| Width | Enter the standard deviation of the probability distribution. When you use a low value, the intervals tend to be close to the value of the Central Interval. Use a high value to spread the intervals over a wider range. Width is available when the selected Interval Type is Gaussian. |
Note!
The real value of the configured interval length is an approximate and must not be used for time-sensitive tasks. To get the most accurate pulse-delay, use fixed time intervals.
Data tab
The Data tab includes settings that control the contents of the Pulse UDRs. The Data tab has the following fields:
| Field | Description |
| Random With Range | Select this radio button to populate the |
| Sequential | Select this radio button to populate the |
Sequential With Range | Select this radio button to populate the |
| Range | Enter the start and end value of the sequence. You can use negative values but the end value must be greater than the start value. |
| Random Data | Select this radio button to generate random data in the Data field of the Pulse UDRs. The data is generated when the workflow starts and each UDR will contain the same data. |
| Size | Enter the size of the random data and select the byte unit from the drop-down list. |
| Enter Data | Enter the data that is to be populated in the |