A driver communication summary report contains three groups of information, summarizing a drivers activity for a specified time period.
When you select Driver Communication Summary Report in the Report Types drop-down list, the Types drop-down list filters to display Drivers.
In addition to the report header identifying the report type and duration set for the report, the driver communication summary report includes:
Driver quality information:
Quality is calculated based on a weighted time interval. Communications closer to the present have more importance than those further in the past. The quality is a running analog value that can be trended on the historical data viewer. Sudden dips in the graph indicate periods where problems occurred. By comparing the %start quality to the %end quality for a given time frame, you can determine whether events that occurred during that time improved or damaged communication quality.
The following columns relate to driver quality information:
The tag name for each driver tag included in the report.
The % average quality of data for each driver within the specified time period.
The % minimum quality of data for each driver within the specified time period.
The % maximum quality of data for each driver within the specified time period.
The % start quality of data for each driver within the specified time period.
The % end quality of data for each driver within the specified time period.
Communication timing information:
These three values provide an indication of communications lag time and can be used to identify bandwidth issues that may be present.
The average Response time (i.e. the time between successive messages) for each driver within the specified time period.
The minimum Response time for each driver within the specified time period.
The maximum Response time for each driver within the specified time period.
Communication count information:
These four values are actual counts recorded during the time frame. Unlike the quality information, these values ignore communications that occurred before the time frame.
The number of failed data transmissions for each driver within the specified time period.
The number of failed reattempts at data transmissions for each driver within the specified time period.
The number of successful attempts at data transmissions for each driver within the specified time period.
The % success for each driver within the specified time period. This is calculated as: (success counts) / (failed counts + success counts). The counts begin at the start of the given time frame, thus this value can be useful for hour to hour or day to day comparisons.