Introduction to PlanEditor

Parameter Database Structure

CoCo

Parameter database structure

RNC WBTSWBTS

WBTS

WCELWCEL

WCEL

ADJSADJS

ADJS

ADJIADJI

ADJI

ADJGADJG

ADJG

HOPSHOPS

HOPS

HOPIHOPI

HOPI

HOPGHOPG

HOPG

FMCSFMCS

FMCS

RT

NRT

RTNRT

CoCo

Parameter Database Structure• Each cell will be assigned the following for HC:

•One intra-frequency measurement control parameter set (FMCS), separate set for RT and NRT traffic

•One inter-frequency measurement control parameter set (FMCI), when inter-frequency neighbour cells are defined

•One inter-system measurement control parameter set (FMCG), when inter-system neighbour cells are defined

•Upto 31 intra-frequency neighbour cells (ADJS). Each neighbour cell will be assigned an intra-frequency handover path parameter set (HOPS), separate HOPS set for RT and NRT traffic

•Upto 48 inter-frequency neighbour cells (ADJI). Each neighbour cell will be assigned an inter-frequency handover path parameter set (HOPI)

•Upto 32 inter-system neighbour cells (ADJG). Each neighbour cell will be assigned an inter-system handover path parameter set (HOPG).

Open Plan Editor

1. Open the “NOKIA NetAct Plan Editor 4.2 => click “Database”

1. Open the “NOKIA NetAct Plan Editor 4.2 => click 2. Open the database file “***.mdb” in “Open Plan“Database”

Editor Database” dialog box.

2. Open the database file “***.mdb” in “Open Plan

Editor Database” dialog box.

3. Click the “Browser” to open it.3. Click the “Browser” to open it.

Templates in Planning Editor

Templates in PE• Template is a predefined set of parameter values for one

managed object class. After you defined a template for an object, you can use these default values by just choosing the template name.

• There are several templates for each object class:

• And lots of object classes:

Viewing Templates in PE

Choose Object Class

and Template

Changing of the template values in PE• When you finish the value setting, click Save button to save the changes.

New template values will be saved according to the options:

• Update only the template value• The changed values will be only saved to the plain

template. Nothing will change in objects having this template.

Changing of the template values in PE• Insert new values to active plan for all objects having this

template• The changed values will be added to all the objects having

this template within active plan.

• Insert all the template values to active plan for related objects(not just changed template values)

• All parameter values in the template will be added to the active plan for objects having this template. This option is active only when you select the 2nd option and 3rd option above.

Changing of the template values in PE• Insert new values to active plan for all objects having this

template and value equal to the old template value• The changed values will be added to active plan for all the

objects that have the template assigned and for all the objects with the value equal to the old value.

Changing of the Template Parameter values in PE

Use the drop-downmenu or type the new value in manually

Import the Actual data (1/4)

4-1. Import the actual data uploaded from NMS to Plan Editor.

(1) Click the “Import” box(2) Select “Default RNS RN1.5

Trial4.1” in “Profile”(3) In “ …” box, “Import Profiles” can be

seen.

4-1. Import the actual data uploaded from NMS to Plan Editor.

(1) Click the “Import” box(2) Select “Default RNS RN1.5

Trial4.1” in “Profile”(3) In “ …” box, “Import Profiles” can be

seen.

(1)

(2) (3)

Import the Actual data (2/4)

***.xml A_*tables

Import Actual data

Actual data file

Plan Editor

database

(1)

(2)

(3) (3)

(4)

4-2. Import the actual data uploaded from NMS to Plan Editor.

(1) Click the “…” box(2) Select the actual uploaded

data,“XXX.xml” and click “Save”

(3) Marking the “Import actual data

from NMS ID” and choose the NMS

ID in right side box. (4) Marking the “File is only a

subset of the NMS actual data” to

avoidmistake by importing the actual

datai t d t diff t NMS

4-2. Import the actual data uploaded from NMS to Plan Editor.

(1) Click the “…” box(2) Select the actual uploaded

data,“XXX.xml” and click “Save”

(3) Marking the “Import actual data

from NMS ID” and choose the NMS

ID in right side box. (4) Marking the “File is only a

subset of the NMS actual data” to

avoidmistake by importing the actual

dataonce imported to different NMS

Import the Actual data (3/4)

4-3. Import the actual data uploaded from

NMS to Plan Editor.(1) Click the “Import”(2) Click “Yes” => Importing the data.(3) After the Importing is completed,

close the “Import” dialog box.

4-3. Import the actual data uploaded from

NMS to Plan Editor.(1) Click the “Import”(2) Click “Yes” => Importing the data.(3) After the Importing is completed,

close the “Import” dialog box.

(1)

(2)

(3)

Import the Actual data (4/4)

Object Brows

er

A_*tables

visualization

4-4. Import the actual data uploaded fromNMS to Plan Editor.

(1) In “Object Browser”, click the refresh

box and then “+” mark is appeared atthe imported NMS.

The imported data is displayed in“Object Browser” as in the figure.

4-4. Import the actual data uploaded fromNMS to Plan Editor.

(1) In “Object Browser”, click the refresh

box and then “+” mark is appeared atthe imported NMS.

The imported data is displayed in“Object Browser” as in the figure.

(1)

Blue color means actual dataBlue color means actual data

Modify the Actual data (1/7)- Display data (1/2) -

Mass Modification

A_*tables Data

Modification

(1)

(2)

(3)

(4)

(5)

5-1. Display the WCEL parameters

(1) Open the “Query & MassModifications” dialog box.

(2) Select the “WCEL” in“Objects”.(3) Adjust the scroll bar so

the“Transmission power of theprimary CPICH channel” to

beseen,

(4) Push the mouse button on

the title cell.(5) Drag and put it on “=“ in

“Relation” box.

t

5-1. Display the WCEL parameters

(1) Open the “Query & MassModifications” dialog box.

(2) Select the “WCEL” in“Objects”.(3) Adjust the scroll bar so

the“Transmission power of theprimary CPICH channel” to

beseen,

(4) Push the mouse button on

the title cell.(5) Drag and put it on “=“ in

“Relation” box.270 means 27

dBm300 means 30 dBm* Please see page19

=> next page

Modify the Actual data (2/7)- Display data (2/2) -

5-2. Display the WCEL parameters(1) Then “PtxPrimaryCPICH

=“ appears.

(2) Type the value to be displayed

(270 (27dBm) is typed.)(3) Click “Query”.(4) Only the cells of which the

PtxPramaryCPICH is 270 are

displayed.

5-2. Display the WCEL parameters(1) Then “PtxPrimaryCPICH

=“ appears.

(2) Type the value to be displayed

(270 (27dBm) is typed.)(3) Click “Query”.(4) Only the cells of which the

(1) (2)

(3)

(4) PtxPramaryCPICH is 270 are

displayed.

Modify the Actual data (3/7)- Modify data (batch job) -

6. Modify the WCEL parameters(1) Edit the first value of the

column => change 270 to 300.(2) Then push the mouse button

onthe modified cell and drag it to upper title cell and put on it.(But 300 is not be seen)

(3) Click “Yes”(4) Click “Save”

– “Confirm Updates” appears.(5) Confirm “300” and click

“Update”

6. Modify the WCEL parameters(1) Edit the first value of the

column => change 270 to 300.(2) Then push the mouse button

onthe modified cell and drag it to upper title cell and put on it.(But 300 is not be seen)

(3) Click “Yes”(4) Click “Save”

– “Confirm Updates” appears.(5) Confirm “300” and click

“Update”

(1)(2)

(3)

(4)

(5)

Modify the Actual data (4/7)- View data (1/3) -

7-1. View the modified WCEL parameters

(1) Click the “Views” button.(2) Click the “…” button to create

new “Parameter View Name”.(user defined name)

(3) Click “New” button in “Parameter

View : Properties” dialog box.(4) Type the user defined name.(5) Click “OK”

7-1. View the modified WCEL parameters

(1) Click the “Views” button.(2) Click the “…” button to create

new “Parameter View Name”.(user defined name)

(3) Click “New” button in “Parameter

View : Properties” dialog box.(4) Type the user defined name.(5) Click “OK”

(1)

(2)

(3)

(4)(5)

Modify the Actual data (5/7)- View data (2/3) -

(2)

(1)

(3)

(4)

(5)

(7)7-2. View the modified WCEL

parameters(1) User defined name appears.(2) Click “Parameter” button to

define corresponding parameters.(3) Confirm the “Name” and

select the parameters to be seen in“Show” – select “WCEL”

because PtxPramaryCPICH parameter

is aWCEL parameter.

(4) Click “Apply”.(5) Click “Save”(6) Click “Close” to close “Select

Parameters” dialog box.(7) Click “Close” to close

“Parameters View:Properties” dialog box.

(8) Close the “Query & Mass

7-2. View the modified WCEL parameters

(1) User defined name appears.(2) Click “Parameter” button to

define corresponding parameters.(3) Confirm the “Name” and

select the parameters to be seen in“Show” – select “WCEL”

because PtxPramaryCPICH parameter

is aWCEL parameter.

(4) Click “Apply”.(5) Click “Save”(6) Click “Close” to close “Select

Parameters” dialog box.(7) Click “Close” to close

“Parameters (6)

View:Properties” dialog box.(8) Close the “Query & Mass

M difi ti ” di l b

Modify the Actual data (6/7)- View data (3/3) -

7-3. View the modified WCEL parameters(1) From “Object Browser”, select the modified cell and “click & drag” to the area [A] in “Parameter View”

dialog box.(2) Check that the “Transmission power of the primary CPICH” has modified from 270 to 300.(3) Repeat on other cells if needed.

(1)

[A]

(4) Click “Close” button.

7-3. View the modified WCEL parameters(1) From “Object Browser”, select the modified cell and “click & drag” to the area [A] in “Parameter View”

dialog box.(2) Check that the “Transmission power of the primary CPICH” has modified from 270 to 300.(3) Repeat on other cells if needed.(4) Click “Close” button.

(2)

(3)

Modify the Actual data (7/7)- Modify data (individual job) -

8. Modify the WCEL parameters individually.(1) Modify directly the value in value column of the “Parameter View” dialog

box,.(2) Click “Save”.(3) Click “Close”

8. Modify the WCEL parameters individually.(1) Modify directly the value in value column of the “Parameter View” dialog

box,.(2) Click “Save”.(3) Click “Close”

ParameterViewA_*tabl

es DataModificatio

n

(1)

(2)

(3)

Export the Modified data (1/2)

9-1. Export the modified data to buffer. (1) Click the “Export”.(2) Select the “Export plan” in “Export Data” dialog box.(3) Click “Export” (4) Click “View Profile”(5) Do not mark “Do not change Class Filter, Parameter Filter of

Format”(6) Define the output file name as “***.xml”. (7) Select

“RAM1.0”.(8) Click “Export” (9) Click “Move to Buffer”(10) Click “View Export Buffer”

9-1. Export the modified data to buffer. (1) Click the “Export”.(2) Select the “Export plan” in “Export Data” dialog box.(3) Click “Export” (4) Click “View Profile”(5) Do not mark “Do not change Class Filter, Parameter Filter of

Format”(6) Define the output file name as “***.xml”. (7) Select

“RAM1.0”.(8) Click “Export” (9) Click “Move to Buffer”(10) Click “View Export Buffer”

(1)

(2)

(3)

(4)

(5)(6)

(7)(8)

(9) (10)

Export the Modified data (2/2)

9-2. Export the modified data to buffer. (1) Click the “Export”.

Then the output file(***.xml) is created.

(2) Click the “Close”.(3) Close the “Plans” dialog box.(4) Close the “Export Data” dialog box.

9-2. Export the modified data to buffer. (1) Click the “Export”.

Then the output file(***.xml) is created.

(2) Click the “Close”.(3) Close the “Plans” dialog box.(4) Close the “Export Data” dialog box.

10. Modify the file ID.(1) Open the saved “***.xml” file using

notepad.(2) Change the id “DefaultPlan” in 2nd line

for unique name.(e.g.)id=“DefaultPlan” => id

=“PtxCPICH_change”

10. Modify the file ID.(1) Open the saved “***.xml” file using

notepad.(2) Change the id “DefaultPlan” in 2nd line

for unique name.(e.g.)id=“DefaultPlan” => id

=“PtxCPICH_change”11. Download the ***.xml file to NMS.11. Download the ***.xml file to NMS.

(1) (2)

PE Parameter View

Start this tool from the Views button

You can drag and drop items from the Object Browser into this area, see the next slide

PE Parameter View

Choose the view of parameters

Create your own view

Create a New Parameter View 1/2

Create a New Parameter View 2/2

Importing Plan to Plan Editor

Excel Import File ExampleIdentifiers Parameters to be importedTemplate for parameters

•Save sheets as CSV for importObjects classes to be imported

•Define mapping table in PlanEditor

Import the Plan data (1/4)5-1. Import the plan data to buffer (ADJS file with “csv”

format).(1) Open the “Import” window.(2) Select the Profile : “Default CSV Profile”(3) Open the “Import Profiles” dialog box(4) Select the ADJS file in “CSV” format(5) Edit the Class filter : only marking the ADJS item

as in the following figure and click “Apply Filter”.

5-1. Import the plan data to buffer (ADJS file with “csv”format).

(1) Open the “Import” window.(2) Select the Profile : “Default CSV Profile”(3) Open the “Import Profiles” dialog box(4) Select the ADJS file in “CSV” format(5) Edit the Class filter : only marking the ADJS item

as in the following figure and click “Apply Filter”.

Next page

Next page

(2) (3)

(4)

(5)

Import the Plan data (2/4)5-2. Import the plan data to buffer (ADJS file with “csv” format). – Edit “Select Parameters”

(1) Select the “Name” and “Show” item as “Default CSV Filter” and “ADJS” as following figure.(2) Marking the 4th column “Selected” except 6 items.

<1> Cell Name <2> CPICH Ec/No Offset <3> Disable Effect on Reporting Range <4> NRT HOPS Identifier

<5> RT HOPS Identifier <6> Template Set (3) Click “Apply Filter”

5-2. Import the plan data to buffer (ADJS file with “csv” format). – Edit “Select Parameters”(1) Select the “Name” and “Show” item as “Default CSV Filter” and “ADJS” as following figure.(2) Marking the 4th column “Selected” except 6 items.

<1> Cell Name <2> CPICH Ec/No Offset <3> Disable Effect on Reporting Range <4> NRT HOPS Identifier

<5> RT HOPS Identifier <6> Template Set (3) Click “Apply Filter”

(1)

(2)

(3)

Import the Plan data (3/4)

5-3. Import the plan data to buffer (ADJS file with “csv” format).

– CSV Table Mapping(1) In “CSV Table Mapping” dialog box, the “Column

Number”shows the number of column in CSV file made by excel.

(2) “Close” : close the “CSV Table Mapping” dialog box.(3) In “Import Profiles” dialog box, click the “Import”.(4) In “Import” dialog box, click the “Import”(5) Click “Yes” => (6) Click “Yes”

5-3. Import the plan data to buffer (ADJS file with “csv” format).

– CSV Table Mapping(1) In “CSV Table Mapping” dialog box, the “Column

Number”shows the number of column in CSV file made by excel.

(2) “Close” : close the “CSV Table Mapping” dialog box.(3) In “Import Profiles” dialog box, click the “Import”.(4) In “Import” dialog box, click the “Import”(5) Click “Yes” => (6) Click “Yes”

(1)

(2)

(3)(4)

(5)

(6)

Import the Plan data (4/4)

6. Import the plan data from buffer to database (ADJS file with “csv” format). – CSV Table

Mapping(1) Click the “View Buffer” in “Import” dialog box.(2) Check whether the data in buffer is o.k. using

“Import Preview” dialog box.(3) Click “Accept Import”.(4) Click “Yes”(5) Close the “Import Preview” with clicking

“Close”

6. Import the plan data from buffer to database (ADJS file with “csv” format). – CSV Table

Mapping(1) Click the “View Buffer” in “Import” dialog box.(2) Check whether the data in buffer is o.k. using

“Import Preview” dialog box.(3) Click “Accept Import”.(4) Click “Yes”(5) Close the “Import Preview” with clicking

“Close”

(6) Close the “Import” dialog box with clicking “Cancel”

(6) Close the “Import” dialog box with clicking “Cancel”

(1)

(3) (5)

(6)

(4)

Export the Plan data (1/3)

7. Check the imported data in “Object Browser” (1) Click the “refresh” button.(2) Check the ADJS data under the WCEL

folders.The blue color means the actual data and

thegreen color means the plan data.

7. Check the imported data in “Object Browser” (1) Click the “refresh” button.(2) Check the ADJS data under the WCEL

folders.The blue color means the actual data and

thegreen color means the plan data.

8-1. Export the ADJS data to buffer. (1) Click the “Export”.(2) Select the “Export plan” in “Export Data”

dialog box.(3) Click “Export”

8-1. Export the ADJS data to buffer. (1) Click the “Export”.(2) Select the “Export plan” in “Export Data”

dialog box.(3) Click “Export”

Green color means plan data- ADJS is imported.

Green color means plan data- ADJS is imported.

(1)

(2)

(1)

(2)

(3)

Export the Plan data (2/3)

8-2. Export the ADJS data to buffer & Export ADJS file in xml format. (1) Click the “View Profiles” in “Plans” dialog box. (2) Do not mark “Do not change Class Filter, Parameter

Filter or Format”.(3) Define the output file name as “***.xml”. (4) Select the “Format” as “RAML1.0” in “Export Profiles” dialog

box.

8-2. Export the ADJS data to buffer & Export ADJS file in xml format. (1) Click the “View Profiles” in “Plans” dialog box. (2) Do not mark “Do not change Class Filter, Parameter

Filter or Format”.(3) Define the output file name as “***.xml”. (4) Select the “Format” as “RAML1.0” in “Export Profiles” dialog

box.

(5) Click the “Export” button in “Export Profiles” (6) Click “Move to Export Buffer” then (7) click the “View Export Buffer”.

(5) Click the “Export” button in “Export Profiles” (6) Click “Move to Export Buffer” then (7) click the “View Export Buffer”.

(1) (2) (3)

(4)(5)

(6) (7)

Export the Plan data (3/3)

8-3. Export the ADJS file in xml format. (1) Open the “Export Preview”

(from previous page)(2) Click the “Export”

Then the ADJS file in XML format is created.

(3) Check and Close the “Export Preview”

dialog box.(4) Close the “Plans” dialog box.(5) Close the “Export Data” dialog

box.

8-3. Export the ADJS file in xml format. (1) Open the “Export Preview”

(from previous page)(2) Click the “Export”

Then the ADJS file in XML format is created.

(3) Check and Close the “Export Preview”

dialog box.(4) Close the “Plans” dialog box.(5) Close the “Export Data” dialog

box.9. Modify the file ID.(1) Open the saved “***.xml” file

usingnotepad.

(2) Change the id “DefaultPlan” in 2nd

line.for unique name.

(e.g.)id="DefaultPlan“ => id=“ADJS_2”

9. Modify the file ID.(1) Open the saved “***.xml” file

usingnotepad.

(2) Change the id “DefaultPlan” in 2nd

line.for unique name.

(e.g.)id="DefaultPlan“ => id=“ADJS_2”

(2) (3)

10. Download the ***.xml file to NMS.10. Download the ***.xml file to NMS.

Create Objects of Selected Classes

Objects to be created• From NAP import RNC, WBTS and WCELL objects are

created• In PlanEditor following objects needs to be created for Radio

Planning:-FMCS (RT, NRT)-HOPS (RT, NRT)-ADJS (all adjacencies)-WBTS&WCELL HW objects with pre-defined templete sets (for

commissioning)

Create Objects of Selected Classes1/9

1.

2.

3.

4.

5.

Create Objects of Selected Classes 2/96. Define template

7. Drag & Drop

8.

Create Objects of Selected Classes 3/9

9. Click OK to close these pop-up windows

Create Objects of Selected Classes 4/9

Most of the values are allocated automatically

Some values should be typed in manually if they are not defined for the source cell, see the next slide

10. Check the values

Create Objects of Selected Classes 5/9

Values are not defined in the source cell

Create Objects of Selected Classes 6/9

Click ”Yes” if you want create a symmetrical relation11.

Create Objects of Selected Classes 7/9

Click ”Allocate” and the values are updated

These two values are interchanged

12.13.

Create Objects of Selected Classes 8/9

14.

15.

Create Objects of Selected Classes 9/9

Check the results

Create Objects Based on TemplateSet

Create Objects Based on Template Set 1/5

If you get the following message do as suggested. See the next slide

Create Objects Based on Template Set 2/5

In this case the active plan was changed

Create Objects Based on Template Set 3/5

Create Objects Based on Template Set 4/5

Click OK to close the pop-up windows

Create Objects Based on Template Set 5/5

Check the results

DictionaryThe input range of NMS is not same with parameter dictionary and it can be checked using “Dictionary” in Plan

Editor.

(1) Click “Dictionary” => (2) Click “Find” => (3) Select “RAC GUI name” => (4) Select “like” (for not exact name) =>

(5) Type “CPICH” to see the parameters including “CPICH” => (6) Select the required parameter among the number or Records.

The input range of NMS is not same with parameter dictionary and it can be checked using “Dictionary” in Plan Editor.

(1) Click “Dictionary” => (2) Click “Find” => (3) Select “RAC GUI name” => (4) Select “like” (for not exact name) =>

(5) Type “CPICH” to see the parameters including “CPICH” => (6) Select the required parameter among the number or Records. (1)

(2)

(3)

(4)

(5)

(6)

(7) (7) Compare range

1> Controller range : Actual data range

2> RAC GUI range : NMS range

* Use “RAC GUI range” when modify

using Plan Editor.

(7) Compare range

1> Controller range : Actual data range

2> RAC GUI range : NMS range

* Use “RAC GUI range” when modify

using Plan Editor.

Abbreviations IADJG Object for inter-system Adjacency ADJI Object for inter-frequency Adjacency ADJS Object for intra-frequency Adjacency ATM Asynchronous Transfer Mode AXC ATM Cross-Connection COCO Radio Network Connection Configuration CSV Comma Separated Values FMCG Object for inter-system Frequency

Measurement Control FMCI Object for inter-frequency Frequency

Measurement Control FMCS Object for intra-frequency Frequency

Measurement Control HOPG Object for inter-system Handover Path HOPI Object for inter-frequency Handover Path HOPS Object for intra-frequency Handover Path LAC Location Area Code

Abbreviations IILACE Light Automated Commissioning Environment LMT Local Management Tool MCC Mobile Country Code MNC Mobile Network Code NAP NetAct Planner PE Planning Editor RAC Radio Access Configurator, Routing Area Code RNC Radio Network Controller SAC Service Area Code SCT Site Configuration Tool UARFCN UTRA Absolute Radio Frequency Channel

Number URA UTRAN Registration Area WBTS WCDMA Base Station WCEL WCDMA Cell XML Extensible Markup Language

Network Element deletion (ADJS) using CSV importing Function of PlanEditor4.3-

3

Network Element deletion (ADJS) using CSV importing Function of PlanEditor4.3-

3

Introduction• Daily network management from network database point of view requires

modification of RAN parameters, addition or deletion of network elements –WBTS/WCEL/ADJS etc.

• Especially, the modification of ADJS – addition or deletion – is most challenging task for RNW planner and OSS engineer because the amount of ADJS data is pretty massive and needs manual work a lot.

• To avoid this massive manual work, PlanEditor 4.3-3 support deletion of ADJS using CSV file.

• The synchronization works only for object classes that do not have child classes (or instances) defined. Adjacency lists are good for synchronization, when delete commands are generated for ADJ(s) not present in the plan

• Please note that delete commands should not be used at the same time with Synchronize option, and synchronized objects should not have child objects

Procedure – To upload actual data• PE4.3-3 can delete all network element by CSV file but the

procedure of deletion is described only for ADJS here since it is most massive data and we will face the modification of it almost daily.

• Step 1: upload actual data of network (xml file from plan management and planning interface).

• Step 2: Run PE4.3-3 and open empty database file (*.mdb file)• Step 3: Create a plan and a sub-plan. This work is not so

necessary but it is recommended since you need to modify import/export profile several times and it make you confused if you did not create plan/sub-plan.

Procedure – To create plan• If you press “Plan” button, the following window will show up.

1. Press “New plan”1. Press “New plan”

2. Assign plan and sub-plan name

2. Assign plan and sub-plan name

3. Be sure that you have toSelect Default RNC RN1.5 for deleting Network elements (NOT rehost)

3. Be sure that you have toSelect Default RNC RN1.5 for deleting Network elements (NOT rehost)

• Next step is to create the new plan and accept it as active plan

Procedure – To import actual data• Step 4: Import uploaded actual network data (xml file) into

PE4.3-3 1. Press “Import”1. Press “Import”

2. Select “Default RNC RN1.5”2. Select “Default RNC RN1.5”

3. Specify the xmlfile to import

3. Specify the xmlfile to import

4. Be sure that this option should be Selected and any NMS can be used.4. Be sure that this option should be Selected and any NMS can be used.

5. “Import” then “Yes”5. “Import” then “Yes”

Procedure - To import actual data• Step 5: Open Browser and confirm the actual data was

imported properly.

1. Press “Browser” and check the actual data was imported correctly1. Press “Browser” and check the actual data was imported correctly

!!! We are going to delete ADJS 1 of WCEL 231 as an example !!!

!!! We are going to delete ADJS 1 of WCEL 231 as an example !!!

Procedure – Settings for CSV import• Step 6: Define the import settings for CSV file of network

element deletion (ex: ADJS).1. Press “Import”1. Press “Import”

2. Press “…”2. Press “…”

3. Select “CSV” format3. Select “CSV” format

4. “Import” if you already created correct CSV file. Please look at the next pages before importing

4. “Import” if you already created correct CSV file. Please look at the next pages before importing

Procedure - Settings for CSV import• Step 7: Class filter settings for CSV file. This step continues

from previous page.

1. Press “…” of “Class filter”1. Press “…” of “Class filter”

2. Tic the check box of the associatedelement that you want to delete

2. Tic the check box of the associatedelement that you want to delete

Procedure - Settings for CSV import• Step 8: Create CSV file for element deletion (ex: ADJS)

2. Be noted that four parmaters – RndId, WBTSId, LcrId, and AJDSId – are needed to delete a ADJS element and their proper columns to be put in CSV file are 1,5,8 and 12.

2. Be noted that four parmaters – RndId, WBTSId, LcrId, and AJDSId – are needed to delete a ADJS element and their proper columns to be put in CSV file are 1,5,8 and 12.

1. Press “…” of CSV mapping1. Press “…” of CSV mapping

Procedure – To create CSV file• Step 8 (Cont.): Run Excel and create four columns as shown

in following and save it as CSV format.1. Write down four parameters of the ADJS to be deleted in

column 1,5,8,12 as described in CSV mapping 1. Write down four parameters of the ADJS to be deleted in

column 1,5,8,12 as described in CSV mapping

2. Be sure that you have to add“d” at the end of each IDs

2. Be sure that you have to add“d” at the end of each IDs

Procedure – CSV file importing• Step 9: After creating the CSV file and import it into PE4.3-3.

Then “View buffer” and accept it.• Step 10: Confirm the deletion of network element was done

properly using Browser.

ADJSId=1 is deleted(the element in RED is deleted)

ADJSId=1 is deleted(the element in RED is deleted)

Procedure – To export modified plan• Step 11: Export the deletion plan to XML file.

1. Export1. Export

2. Press “view profile” (behind the window) and Confirm the settings are correct as shown.

2. Press “view profile” (behind the window) and Confirm the settings are correct as shown.

3. Specify the file name of xml to be created3. Specify the file name of xml to be created

4. Click them sequentially4. Click them sequentially

Procedure – To export modified plan• Step 11 (Cont.) : Export the plan and create XML file.

1. Confirm the elements to be deleted are all correct1. Confirm the elements to be deleted are all correct

2. Export2. Export

Procedure – To check XML file• Step 12: XML file is now created.

Created Plan NameCreated Plan NameXml file formatXml file format

Element to be deleted!!Element to be deleted!!