Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.

To start creating a report, click Statistics

...

.

Image Added

5—1).
Anchor_Ref373486224_Ref373486224Fig. 5.5—1 Statistics button
A window opens. In this window, you can set the parameters needed to create the report (Fig. 5.5—2).
Anchor_Ref373486255_Ref373486255Fig. 5.5—2 Configuring a statistical report.

Image Added

You can set the following report parameters:

  1. The time range of the report. Use the Start Beginning date, Start Beginning time, Stop End date, and Stop End time fields.
  2. Object description (Fig. 5.5—3). You can use this field to choose between two report modes:
    1. Report on all the system objects.
    2. Report on one system object.

...

    1. Image Added
  1. Include

...

  1. Take into account the number of cameras on site. If you select this check box, the non-readiness rates for the cameras and archives are calculated taking into account all the cameras of the object.
  2. Take into account Include archive errors. If you select this check box, the non-readiness rates for the the whole system are calculated taking into account the non-readiness rates for the archives.
  3. Show alarms. If you select this check box, alarm information from the object(s) is added to the report.
  4. If you set the Object description parameter to All objects, you can edit the Detailed report parameter. If you do NOT select this check box, a generalized statistical report on the system is created.
    If you select the Detailed report check box

...

  1. , then Sorting, Sort, and

...

  1. Availability factor threshold parameters become available. In this case, a detailed statistical report on the system is created.

...

  1. Image Added
  2. SortingSorting (Fig. 5.5—5). This field allows you to sort statistical data by certain criteria.

...

  1. Image Added
  2. Sort (Fig. 5.5—6). Use this field to set the sort order (ascending or descending)

...

  1. .
    Image Added
  2. If you select the Readiness rate Availability factor threshold check box (Fig. 5.5—7), the Threshold Value (%) and Condition fields become available. Use this fields to sort objects by an additional condition, the threshold for the readiness rate.

...

  1. Image Added
  1. Threshold Value (%). Use this field to set a threshold (between 0 and 100 %).
  2. Condition. Use this field to set an object filtering condition: Below lower than threshold or Above higher than threshold.
  3. If you set the Object description field to a certain object, you can edittheAlarm details and Failure details parameters (Fig. 5.5—8). edit the Provide info about alarms and Provide info about failures parameters. Select these check boxes if you want to include detailed information on failures and alarms in the report.

...

  1. Image Added

After you configure all the parameters, click OK.
Fig. 5.5—9 The following figure shows a sample report on one object.

Image Added

The following figure Anchor_Ref373486714_Ref373486714Fig. 5.5—9 A statistical report on one object
Fig. 5.5—10 shows an example of different failures at an object. Then readiness and non-readiness rates are calculated. Anchor_Ref373486752_Ref373486752Fig. 5.5—10 An example of failures at an object

Image Added

This example uses the time period from 12 a.m. on February 1, 2005, to 12 p.m. on February 28, 2005, to create a statistical report. The readiness rate of an object is calculated as a ratio between the duration of the time period when the object was functioning and the duration of the time period used for the report:

Rr = Taf/(Taf+Tuf)

The following types of failure are used for reports:

...

The non-readiness rates of the object in our example are calculated according to the below formulas.

Connection non-readiness:

Rn_c = (Tuf_net_1 + Tuf_net_2)/(Taf+Tuf)

Software non-readiness:

Rn_sw = Tuf_soft/Taf+Tuf

Camera non-readiness:

Rn_cam = Tuf_cam/Taf+Tuf

Note: Generally, in this model, the non-readiness rate Rn is not equal to the sum of all the non-readiness rates for all failures. Fig. 5.5—11

The following figure shows a sample general report for the entire system. The readiness and non-readiness rates in the report are calculated as the arithmetic mean.

Anchor_Ref373486844_Ref373486844Fig. 5.5—11 A general statistical report for the entire systemImage Added

When you create a detailed report for the entire system, in addition to the general information page (see Fig. 5.5—11), you get a table that contains detailed data for each object (Fig. 5.5—12).

Image Added

Anchor_Ref373486879_Ref373486879Fig. 5.5—12 Detailed data for an object
If you select the Readiness rate threshold check box when you create a detailed report for entire system, the first page looks as shown in Fig. 5.5—13.
Anchor_Ref373486923_Ref373486923Fig. 5.5—13 A report created with the Readiness rate threshold check box selected
Important: the following figure.

Note
titleAttention!

If you create a statistical report on all the objects and a number of failures for the specified period exceeds 1000 for a particular object, then such object is excluded from the report. In this case, a list of such objects is shown.