Mentum Planet 5.3.0 Core and WCDMA VersionB

7/30/2019 Mentum Planet 5.3.0 Core and WCDMA VersionB

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Mentum Planet 5.3

Core

Mentum Planet Public Training

MP501


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Copyright 2011

Mentum S.A. All rights reserved.

Notice

This document contains confidential and proprietary information of Mentum S.A. and may not be copied,

transmitted, stored in a retrieval system, or reproduced in any format or media, in whole or in part, without

the prior written consent of Mentum S.A. Information contained in this document supersedes that found in

any previous manuals, guides, specifications data sheets, or other information that may have been provided or

made available to the user. This document is provided for informational purposes only, and Mentum S.A. does

not warrant or guarantee the accuracy, adequacy, quality, validity, completeness or suitability for any purpose

the information contained in this document. Mentum S.A. may update, improve, and enhance this document

and the products to which it relates at any time without prior notice to the user. MENTUM S.A. MAKES NO

WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING, WITHOUT LIMITATION, THOSE OF MERCHANTABILITY AND

FITNESS FOR A PARTICULAR PURPOSE, WITH RESPECT TO THIS DOCUMENT OR THE INFORMATION

CONTAINED HEREIN.

Trademark Acknowledgement

Mentum, Mentum Planet and Mentum Ellipse are registered trademarks owned by Mentum S.A. MapInfo

Professional is a registered trademark of PB MapInfo Corporation. RF-vu is a trademark owned by iBwave. Thisdocument may contain other trademarks, trade names, or service marks of other organizations, each of which

is the property of its respective owner.

Last updated June 2011 ver.MP501.3(WCDMA)


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IntroductionAbout the Class

Over the course of this Four-day class, you will learn how to use Mentum

Planet functionality to model your WCDMA network.

Mentum Planet 5 is a state-of the-art RF

planning software.

It allows you to create detailed models

of air interfaces with support for

advanced antenna systems. Also alllegacy systems are supported from

HSPA+ to FDMA all systems can be

modeled in the same project


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IntroductionAbout the Class

The class is focused around the following activities:

Lecture

To describe technical information To explain concepts

To introduce activities

Guided hands-on practice

To give you the opportunity to use Mentum

Planet to complete common tasks

To demonstrate the use of Mentum Planet

features and functionality

To provide suggestions for using Mentum Planet

effectively


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IntroductionParticipation Protocol

Set phones and pagers to vibrate mode

Check email only during scheduled breaks

Listen

Discuss ideas openly

Share at discussion time

Follow along with the instructor


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IntroductionGetting Help

From within Mentum Planet, choose

HelpHelp Topics Planet

From any dialog box, press F1

By browsing to the /Help/ User

Guides folder and opening any of theavailable PDFs


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IntroductionWorkflow (MP501)

1

Gather information about site locations, antennas aswell as ensure you have a DTM and up-to-date clutter

2

Ensure data is in a format supported by MentumPlanet.

Import grids and surveys as required.

3

Define user preferences including default settings andData Manager profiles

4

Create or open a project.

5Define network settings.

6 Create groups and flags.

7

Configure and place sites. Create site templates.

8 Define propagation models.

9

Optionally, compare and analyze survey data.

10 Generate predictions.


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IntroductionDefining a WCDMA Workflow (MP503)

11 Optionally, generate traffic maps.

12 Define subscriber settings

13 Define environment settings.

14 Generate an analysis or simulation.

15 Generate and view layer statistics.

16 Optionally, generate interference matrices.

17 Optionally, generate neighbor lists.

18 Optionally, create coverage maps.

19 Create reports.

20 Visualize in Bing Maps


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Mentum Planet 5 Feature SetReady for the Evolution of 4G

LTE Downlink Data Rate Layer


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Mentum Planet 5 Feature SetReady for the Evolution of 4G

MentumPlanet

AdvancedAntennaSystems

Multi-Technology

Support

Indoor

Systems

Optimization Solutions

AutomaticNetwork

PlanningTool

AutomaticPropagation

AnalysisTool


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Mentum Planet 5 Feature SetUnderstanding the New Editors

MentumPlanet

Antenna

Editor AntennaAlgorithm

Editor

Site Editor

Link ConfigurationEditor

Frame EditorSubscriber Editor

EnvironmentEditor

Tabular

Editor

Propagation

Model Editor


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ProjectsOpening

Choose FileOpen Project

Choose FileRecent Project

Create a shortcut to the project.planet file and double-click


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User PreferencesCustomizing Mentum Planet


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Project SettingsConfiguring a Mentum Planet Project


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Key ConsiderationsProject Settings

On the General tab, if you want to save project display settings, associate a

workspace (.wor) file with the Mentum Planet project.

On the Geodata tab, specify the geodata settings respecting the required

folder structure.

On the Coordinate System tab, ensure that the units are defined

appropriately and that you use units consistently across the project.

On the Folders tab, specify the Bin or Prediction View folders on a central

server if you want to save disk space locally.

On the Mobile Speeds tab, specify the mobile speeds to be used

throughout the project

On the Advanced Options tab, if you are using Data Manager, enablesharing permissions. When a file type is shared (i.e., the check box is

enabled), the absolute path to the data is stored in Data Manager.

On the Custom List and Custom Data tab, you can pre-define customer

attribute that can be further assigned to different project elements.


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Mentum Planet fully supports

User Mobility.

Mobile speed values are used

when you define subscriber

types in the Subscriber Settingsdialog box. Each usage type is

associated with a mobile speed.

Mobile speeds are also used

when you define modulations in

the Network Settings dialog box.

The impact of the mobile speed

is greater at higher

modulations.


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Color ProfilesCreating and Applying


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Network SettingsDefining


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Network SettingsDefining Bearers


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Site EditorDefining Site and Sector Parameters


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Site EditorDefining Antenna System Settings


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Site EditorDefining Antenna System Settings


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Antenna EditorAntenna System Settings


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AntennasAdding to the Project

Copy the Planet Antenna File (.paf)

to the Antennas folder within your

project

In the Project Explorer, in the

Project Data category, right-click theAntennas node and choose Add.

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Online Antenna LibraryDownloading antenna files

Online antenna library

hosted by Mentum

Antenna query &

download tool included

with Mentum Planet

Mentum working with

antenna vendors to create

publicly available

catalogue of antenna

formats

Querying the Antenna Online Library


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Site EditorDefining Antenna System Settings Repeaters and DAS

Repeater support for all

technologies

Off the air and fiber-

connected repeaters

Support for Split Sectors Quasi Omni-directional

antennas (special case of

split sectors)

Support for Distributed

Antenna Systems (DAS)

Site with added Repeater


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Site EditorDefining Site and Sector Parameters


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Channel element (CE) per site (1)

(shared for co-site sectors)


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Channel element (CE) per site (2)

(shared for co-site sectors)


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Site EditorDefining General Sector Parameters


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Site EditorDefining Groups and Flags

Downtown group (flags)


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Site EditorDefining Groups and Flags (cont)

Downtown group

Phase 1

(group)


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Sector QueryDefining sector queries


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Site EditorDefining Sector Link Parameters


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Site EditorDefining Link Configurations

Cable (Feeder)

length is set at the

sector level


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Site EditorDefining Link Configurations

Link Configurations

defined at the carrier

level for WCDMA

technologies


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Link ConfigurationsCreating


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Site EditorDefining Sector Settings


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Site EditorCarrier General Settings


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Site EditorCarrier R99/HSPA


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Site EditorCarrier Implementation Settings


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Site EditorScheduler gain for HSDPA


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Site EditorNoise rise


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Site EditorCarrier Power Settings


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Site EditorPower link budget

Common channels

HSDPA

Release 99

DownlinkPower,codespace

Max/min DPCH power range specify range of

DL traffic channel


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Site EditorNeighbor List

Neighbor List tab specifies the criteria for the active sector neighbor list. Each sector has

an active neighbor list. This list is updated when you apply a neighbor plan to the

network.


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Sector Display SchemesCreating and Applying


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Site TemplatesCreating

A green arrow indicates the site

template is active. It will be

used when placing new sites

Site template contains all the

parameters defined in the Site Editor

upon which it is based


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Tabular EditorModifying Data Globally


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Tabular EditorModifying Data Globally

Versatile tabular-based editing capabilities

Filtering through Excel-like auto-filter or queries

Ability to perform bulk editing of values

Copy and paste to/from Excel

Validate constraints on-the-fly and provides tips when values out of range


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Advanced Project EditingUsing the Import Export Wizard


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Site PlanningUsing Site Sets

Local site set

Shared site

set. (copy)Local subset

(copy)


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Propagation ModelsWhat is Model Tuning?

Adapting the parameters of apropagation algorithm toimprove propagation modelingaccuracy Measurements are used to

perform such task

Entirely automated usingPlanet model tuningcapabilities

Operators can use differentstrategies on how to tunemodels

Each model has its ownunique parameters andhence, unique tuner

- Drive Test minus Prediction +

Theoretically IdealModel

Tuned Model

Un-tunedModel

0 dB

PercentageofDriveTestPoints


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Propagation ModelsClasses of Models

Empirical models Result from experimental measurements of path loss Very fast, non tunable and of poor accuracy

Slope-based models with diffraction algorithms Result from experimental measurements and mathematical modeling

expressions Very fast, very tunable and of good accuracy Require tuning and little re-use possible

Deterministic models Result from development of propagation science Slow, reasonably tunable and good accuracy Highly re-usable

Hybrid models They use several algorithms & techniques to achieve optimum accuracy Highly accurate and tunable with reasonable performance Highly re-usable


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Propagation ModelsPlanet Models (PGM)

Planet General Model (PGM) A de-facto standard in the industry today

Multi-variable slope based model with local adjustment and

hence, highly tunable

Good macro-cellular accuracy, very fast and easy to use

Requires tuning and hence, offers limited re-usability potential

PRX= PTX+ K1 + K2log(d) + K3log(Heff)+ K4Diffraction

+ K5log(Heff)log(d) + K6Hmeff+ KCLUTTER


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Propagation ModelsPlanet Models (CRC Predict)

CRC-Predict

Deterministic model based on physical optics (Fresnel-Kirchhoff

theory), which is expressed in terms of the Huygens principle of optics

Used when both detailed and accurate terrain and clutter data are

available (10 30m resolution)

Good accuracy in macro-cellular environment

Highly re-usable and particularly good in green field environments


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Propagation ModelsPlanet Models (CRC Predict continued)

CRC-Predict uses a marching algorithm

where the field values are calculated by thevector sum of all the free space and reflected

pairs from each field point of the preceding

series


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Propagation ModelsPlanet Universal model (continued)


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Propagation ModelsPlanet Models

Planet GeneralModel

CRC-Predict Planet UniversalModel

Macro-cellular Excellent Excellent Excellent

Mini-cellular (Urban) Fair Fair Excellent

Micro-cellular (Urban) Fair Poor Excellent

No tuning Poor Good Good

Cluster tuning Good Good Excellent

Hyper-tuning (per sector model) Excellent Good Excellent

Mountainous areas Fair Good Excellent

Computation times Excellent Fair Good

Qualitative statements on accuracy & applicability of model under various different conditions


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Propagation ModelsCreating


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Propagation ModelsTuning

Everybody believes in drive testing, except the guy who drive tests.

Nobody believes in predictions, expect the guy who generates them.

Combine both properly, and youll get the best of both worlds


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Propagation ModelsTuning (methodologies)

Tuning Planet Models using drive test data

Same methodology for tuning all models

unified interface for survey loading/filtering

Advanced Filtering to best suit the needs of

the data and area

Powerful grid analysis tools to validate

produced models


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Survey DataImporting and Filtering

You can modify survey data to remove

anomalous points by:

Averaging the data

Filtering the data

Removing data from the Map window

Identifies valid surveys that have not been assigned to a sector.

Identifies valid surveys that have been assigned to a sector.

Identifies surveys that have invalid parameters or no antenna information. By adding

antenna information to surveys based on the sector properties, you can change an

invalid survey to a valid one.


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Survey DataManagement

Survey statistical analysis

Survey display

and thematicmapping

Survey statisticalanalysis

Comparisonbetween surveysand predictions

Mentum Planet offers a comprehensive

set of features to handle surveymeasurements


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Survey DataFiltering and Averaging

Survey averagingSurvey filtering

Mentum Planet allows for survey

manipulation for modification and

removal of unwanted points


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Propagation ModelsTuning (engines)


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PredictionsValidating

Compare To Modeled

Prediction functions


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PredictionsValidating Propagation Model Analysis Tool (Reports)

Propagation Model Analysis Clutter Report

Mean-RMS-Dev tab shown.


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PredictionsGenerating

Modeledare calculated

using the propagation

model assigned to the site

or sector.

Mergedare calculated

using unmasked survey data

and path loss values

converted from signal

strength readings.


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PredictionsGenerating (Drive Test/Prediction Merging)

Different names have been given to this concept: survey prediction tool,

measurement-based predictions, path-loss tuning, etc.

All techniques relate to the same solution

Use measurement data where its available

Use predictions where measurement data is not available

Use interpolation of both in-between

What you obtain in the end is a propagation prediction that is better than

both a regular prediction and measurement data

Typical accuracy levels you can reach are

0 dB if you use the same data to generate and evaluate!

Typically 3 to 5 dB RMS depending on the proportion of available drive test

data in the area


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PredictionsViewing

LTE Reference Signal

coverage

Total coverage


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Integrated Bing Maps Visualization

Fully integrated optional module

Visualize any layer from Mentum

Planet transparently over Bing Maps

high-resolution imagery or street data

Coverage visualized using Bing Maps


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Automatic Site Placement Automatic and fast creation of a cluster of

sites

Enables quick creation of large networksfor dimensioning and/or early planning

Can be used for greenfield deploymentsand network expansions

Nation-wide network created using automatic site placement tool


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IntroductionDefining a Data Manager Workflow

1 From the Data Manager Administrator, obtain the necessary User ID and password.

2 Connect to Data Manager and perform a Get to copy the project stored on the server to your local workstation.

3

In Data Manager, lock the sites and settings you will be modifying. This avoids others submitting changes while you

work on your area. To make this easier, create a filter by choosing View

Filter.

4

Modify your local project as required. Ideally, you have been assigned a defined group or your area has beenidentified using specific flags or a specific site set.

5

On a regular and fairly frequent basis, connect to Data Manager and choose Synchronize to copy any modificationsto the master Data Manager project to your local workstation and, simultaneously, to submit any changes your havemade locally to the Data Manager so they are available to other users.

6

Once you are satisfied with your project, you can upload modifications you have made locally to the Data Managerby choosing Submit to Data Manager.


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Data ManagementUnderstanding the Data Manager


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Data ManagerUnderstanding Administrative Tasks


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Data ManagerUnderstanding Client Tasks


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Mentum Planet 5.3

WCDMA/HSPAMentum Planet Public Training

MP503


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Copyright 2011

Mentum S.A. All rights reserved.

Notice

This document contains confidential and proprietary information of Mentum S.A. and may not be copied,

transmitted, stored in a retrieval system, or reproduced in any format or media, in whole or in part, without

the prior written consent of Mentum S.A. Information contained in this document supersedes that found in

any previous manuals, guides, specifications data sheets, or other information that may have been provided or

made available to the user. This document is provided for informational purposes only, and Mentum S.A. does

not warrant or guarantee the accuracy, adequacy, quality, validity, completeness or suitability for any purpose

the information contained in this document. Mentum S.A. may update, improve, and enhance this document

and the products to which it relates at any time without prior notice to the user. MENTUM S.A. MAKES NO

WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING, WITHOUT LIMITATION, THOSE OF MERCHANTABILITY AND

FITNESS FOR A PARTICULAR PURPOSE, WITH RESPECT TO THIS DOCUMENT OR THE INFORMATION

CONTAINED HEREIN.

Trademark Acknowledgement

Mentum, Mentum Planet and Mentum Ellipse are registered trademarks owned by Mentum S.A. MapInfo

Professional is a registered trademark of PB MapInfo Corporation. RF-vu is a trademark owned by iBwave. This

document may contain other trademarks, trade names, or service marks of other organizations, each of whichis the property of its respective owner.

Last updated June 2011 ver.MP501.3(WCDMA)


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IntroductionDefining a WCDMA Workflow (cont)

85

11 Optionally, generate traffic maps.

12 Define subscriber settings

13 Define environment settings.

14 Generate an analysis or simulation.

15 Generate and view layer statistics.

16 Optionally, generate interference matrices.

17 Optionally, generate neighbor lists.

18 Optionally, create coverage maps.

19 Create reports.

20 Visualize in Bing Maps


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Network Overlay Tool

Simplifies the creationof a WCDMA overlay on

an existing 2G network

Supports initial creation

on ongoing updates ofthe overlay from the

underlying 2G network

Supports Mentum

Planet 3.3, 4.5, 5.0, 5.1,5.2 and 5.3 as 2G data

source

GSM network

WCDMA network


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Traffic Map Management

Provides detailed modeling

of how and wheresubscribers utilize thenetwork A critical input for accurate

network performancemodeling

Traffic map generationdistributes measured ormodeled traffic

Support for multiple trafficmaps for various trafficscenarios & services

Detailed subscribermodeling Defines how subscribers

access the network (services,priorities, user equipments)

Detailed traffic map & Monte-Carlo simulations


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Traffic MapsCreating from Network Data


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Traffic MapsSector Display Schemes for Network Data


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Using Network Data allows us to import and create traffic data based on

Switch or Network Statistics for use in Mentum Planet


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Using Network Data as traffic data input and apply clutter weight for the

traffic map generation.


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Use pre-bound network data and traffic spreading algorithm.

ff


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Based on Sector Service Probabilities algorithm:

T ffi M


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Apply the clutter weighting to the traffic map


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Traffic Map with Clutter Weighting


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EnvironmentsDefining

For each environment, you define the:

Slow Fading Standard Deviation

Outdoor Fast Fading Margin

Outdoor Penetration Loss

Vehicular Fast Fading Margin

Vehicular Penetration Loss Indoor Fast Fading Margin

Indoor Penetration Loss

Deep Indoor Fast Fading Margin

Deep Indoor Penetration Loss


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SubscribersDefining

Different types of subscribers using different

services and equipment require different subscriber

definitions.


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Subscriber Editor

The subscriber manager in

4.5 is replaced by thesubscriber editor

The concept of the

subscriber type remains

unchanged. Theworkflows for defining

and editing subscriber

equipment, services and

subscriber type aregreatly simplified and

improved.


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WCDMA Subscriber Equipment

Subscriber equipment is defined

in the same fashion as in 4.5. Several changes are made to

improve usability

The body loss is no longer aequipment property, butspecified under service settings

Radio bearers defined innetwork settings are listed in atabular format

R99/HSPA/HSDPA/HSPA+terminal category can beselected (with Ec/Nt setting

defined in network setting) All Bearers, can be individually

enabled/ disabled for differentequipment configurations

S i


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Services

S b ib


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SubscribersUnderstanding Input Load

The input load is amount traffic contributed by one subscriber

from using a given service

The type of service and usage pattern determines input load

per subscriber

The input load and traffic map together determine the

number of active subscribers in each Monte Carlo simulation

run

Input load is quantified by Erlang per subscriber and

Throughput per subscriber

For packet data call, input load may be determined according to its call profile

S b ib


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SubscribersUnderstanding Activity Factors

A packet data call consists a number of packet transmissions. The

two consecutive packets are separated by the packet inter-arrival

time. Therefore, transmission of data packets is not continuous.

From the RF point view, the radio channel is active during packet

transmission, and, inactive during the packet inter-arrival time,when no packet is transmitted (although from network point of

view, the user is still in active state until a timeout period is

reached).

The activity factor is defined as the percentage of time when radio

channel transmits on downlink/uplink.

DL and UL activity factors are used in sector throughput and

interference calculation

S b ib


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SubscribersDefining DL/UL Activity Factor

For a circuit switched voice service, the activity factor is typically

40% to 50%

For packet switched data service, the activity factor varies with

applications and radio bearers used to support the service

The DL/UL activity factors in the Planet service settings should bedefined according to the lowest DL/UL bearer service data rates

that are allowed for the service.

The Planet analysis algorithm automatically scales activity factor

when the served by a higher data rate bearer. The asymmetry nature of the packet data service can be modeled

by specifying different DL and UL activity factors

S b ib


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SubscribersUnderstanding Usage Weightings

Subscribers in different environment may experience different radio signal fading and losses Planet defines four environment types that can be assigned individually to each clutter class

The usage weightings determine the traffic distribution in different environment types


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Ch i th l i


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Changing the analysis areaCreating a custom area

Use any of the polygon tools to draw a specific shape on your

map window, then use the Select tool and click on it

h i h l i


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Changing the analysis areaCreating a custom area

This process will create a GRC file with a value ofDowntown inside the

selected polygon and NULL elsewhere.

WCDMA M t C l Si l ti


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WCDMA Monte Carlo Simulations

Mentum Planet WCDMA Monte-Carlo simulationengine makes it possible to analyse system

performance

Traffic/subscribers

Service (VOIP, web) User Equipment

QoS classes

RF performance

System capacity limits Monte-Carlo simulation, subscribers & Ec/Io

Monte Carlo Simulations


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Monte Carlo SimulationsSetup Wizard



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M t C l Si l ti


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M t C l Si l ti


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Monte Carlo SimulationsGenerating



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Monte Carlo SimulationsReports

Available reports for a MonteCarlo simulation are:

Sectors/channels

Subscribers

Per sector/channel

Global

Throughputs

Per sector/channel

Global

Simulation runs

Report Preview


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Report PreviewViewing

Export to Excel

Create a sector

display schemefor statistical

data

Generate Statistics for

columns PDF/CDF

Network Analysis


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Network AnalysisDefining a Workflow

1

Configure the Mentum Planet project including site configurations, antennas, and propagation models.

2 Optionally, generate predictions.

3 Specify and define antenna algorithms (if applicable), environments, and subscriber types.

4 Generate the network analysis.

5 Analyze results

WCDMA Network Analysis


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WCDMA Network Analysis

WCDMA-specific static simulation

engine with downlink and uplinkanalysis

Coverage

Interference

Modulation

Data rates

Per-carrier or all-carrier common

performance

Analysis per frequency band

environment and UE type

Support for different trafficloading scenarios

From Monte Carlo Simulations

Sector Settings

Or Global loadings WCDMA network analysis settings

WCDMA Network Analyses


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WCDMA Network AnalysesSetup Wizard



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WCDMA Network AnalysesViewing Results

CPICH Best Ec

Ec/Io

Layer Statistics


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Layer StatisticsGenerating

Layer Statistics


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Layer StatisticsResults

Pixel Information Tool


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Pixel Information Tool

CPICH Pollution Inspector Tool


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p

Point-to-Point Analysis


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yPerforming

Automated Analyses Generation


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ySetup

Interference Matrices


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Creating

Interference Matrices


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Viewing Results

Neighbor Lists


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g

Generation, editing &

management of multiple

neighbor lists

Comparison & merging of

several neighbor lists

Single or multi-technology

neighbor lists

WCDMA neighbor list in urban Paris

Neighbor Lists


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gGenerating

Scrambling Code Planning Tool


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Raster Analysis


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Raster AnalysisGrid Manager

Fully integrated VerticalMapper Raster GISplatform

Standard open raster fileformat

Flexible raster mapdisplay capabilities

Ability to edit any input(clutter, heights)

Advanced raster data

manipulation such asqueries, calculations,etc

Interference problem identification using

raster query

Grids


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Modifying

Trimming a grid brings the focus

of network analysis onto the

area of interest and can reduce

the time it takes to generateanalyses

Grid Analysis


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Understanding Results

Spatial Analysis


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p yPerforming

For example, you can use the:

Region Inspection tool

Point Inspection tool

Line Inspection tool

Coverage Maps


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Producing

In the Layout window, you can:

Add text by clicking the Text

button on the Main toolbar.

Move and resize frames

using the Select tool. Align objects by choosing

Layout Align Objects.

Documents

Mentum Planet 5.3.0 Core and WCDMA VersionB