genex omstar v500r008 function training (gsm) 0.6-a

OMStar Q3

Author: Wang Yan, Liu Nanchuan, Huang Rui, Wang Sen, Li Wen, Xu Min, and Cui LijieDate: 2013-03-16Issue: V1.0New Generation GENEX OMStar V500R008 at a Glance (GSM)INTERNALNew Generation OMStar V500R008, All Just for You!www.huawei.comSecurity Level: HUAWEI TECHNOLOGIES CO., LTD.1

ContentsOMStar V500R008 Overview and Quick Guide

GSM Functions and FeaturesOMStar Help and Support

Help

HelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #2

Build the optimum standalone tool for network optimization, active device maintenance, and inventory-based network evaluation.New Generation OMStar V500R008, All Just for You!Exert themselves by many R&D elites in one year, with numerous sleepless nights.

Quickly make the OMStar easy to use.Heavy R&D Manpower InputInput from Engineers in Many Departments45 Frontline SuggestionsListen to suggestions from frontline experts.Receive lots of AMS and NIS guidance.Organize three frontline case shows and implement 45 effective improvement suggestions.All efforts aim to enable the OMStar to conform to your use habits.

Input from experts in many fields:GSM maintenance: Wang Zhicheng and Zhang LiangUMTS maintenance: Zhou Yang and Qian JinLTE maintenance: He YongzhenIndoor distribution field: Lv Guoyou and Wang CanTraffic Forecast: Lu Jianxiang

All inputs aim to make algorithms more accurate.

HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #3

What Benefits Does OMStar V500R008 Offer?

Integrating the X performance features, such as NPMaster, OMStar V500R008 provides new and enhanced features compared with V500R007.1. Users can install the OMStar and database in one-click mode, saving the complex process of installing the SQL Server.1. OMStar V500R008 is added with GSM and UMTS traffic forecast functions.2. OMStar V500R008 is added with GSM and UMTS indoor distribution fault check functions.X New FeaturesEasy Installation and UsageTraffic Forecast and Indoor Distribution Enhancement1. OMStar V500R008 supports the UMTS coverage grid-level geographic observation.2. OMStar V500R008 supports geographic observation in multiple modes.3. OMStar V500R008 supports the neighboring GUL cell editing function.4. OMStar V500R008 supports GUL KPI geographic observation.Enhanced Geographic Observation

2. The analysis tool OMStar, the import tool Transdata, and the Mini-OMStar are integrated with a unified portal, which is easy to use.

GSMUMTSLTECall Drop AnalysisCall Drop AnalysisAccess Failure AnalysisParameters BrowseParameters BrowseParameters BrowseParameters CheckParameters CheckParameters CheckParameters CompareParameters CompareParameters CompareNeighboring Cell AnalysisNeighboring Cell AnalysisCall Drop AnalysisNeighboring Cell CheckNeighboring Cell CheckPCI AnalysisCoverage AnalysisNeighboring Cell Check

HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #4OMStar V500R008 GSM Function Overview

GSM KPI SubjectGSM Frequency CheckNeighboring GSM Cell CheckNeighboring GSM Cell AnalysisGSM Call Drop Basic AnalysisGSM Parameters BrowseGSM Parameters GeographyGSM KPI AnalysisGSM Traffic ForecastGSM Call Drop In-depth AnalysisHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #5Four Procedures for Quickly Using the OMStar

1234Tool InstallationProject CreationData ImportTheme Analysis

GSM BSCBTS

UMTS RNCNodeB

SingleRANMBSCBTS

LTE MMEeNodeBNIC Data Collection

Analysis Results

HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #6Four Procedures for Quickly Using the OMStar - Tool InstallationStep 1. Obtain OMStar V500R008C00.Obtainment pathhttp://support.huawei.com/support/pages/editionctrl/catalog/ShowVersionDetail.do?actionFlag=clickNode&node=000001603773&colID=ROOTWEB|CO0000000065Step 2. Install OMStar V500R008C00.Double-click the installation program icon and set the related path. The OMStar is installed in one-click mode. You do not need to install a database separately.

InstallationAfter the OMStar is started for the first time, the Authentication Management dialog box is displayed. Click Login China Domain.Step 3. Obtain the license.* If you cannot log in to the China domain to apply for a license, apply for the license offline by following the instructions provided in the user guide.Project CreationTheme AnalysisTool InstallationData Import


Data collection guide

Create a database on OMStar V500R008 as required. List the data to be imported based on the selected theme.Import configuration data first.Four Procedures for Quickly Using the OMStar - Project Creation and Data ImportData collection:Learn the collection methods of various data sources by following the instructions provided in the data collection guide.Project CreationImport data.Project CreationTheme AnalysisTool InstallationData Import


Four Procedures for Quickly Using the OMStarSelect an analysis theme.Create and run an analysis task.View analysis results.Project CreationTheme AnalysisTool InstallationData ImportHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #9



Configuration Parameter AnalysisKPI ManagementParameters GeographyNeighboring Cell Analysis

Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #10GSM Configuration Parameter AnalysisFunction Description GSM configuration parameter browse: The GSM configuration parameters can be browsed by MO type or by the topology structure (BSC-BTS-GCELL-GTRX).GSM configuration parameter check: The GSM configuration parameters are compared with those in the baseline configuration template of OMStar V500R008. The OMStar generates an Excel report that provides the live network parameters whose values are different from the baseline values. GSM configuration parameter comparison: Comparison can be made between any two BSC MML configuration script files of different versions or different export time. The comparison results are recorded in an Excel report. Function PrincipleAfter being imported, configuration parameters can be browsed by MO type or by the topology structure.The parameter check function can compare the live network parameters with the baseline template and then provide a report. The configuration parameter check template can be customized.The parameter comparison function compares the differences between two configuration files and provides a comparison report.Data SourceRequired Data SourceSpecificationsConfiguration data2 NEsPerformance SpecificationsImportAnalysisE2EProcessStartCreate a project.Import configuration data.Customize counters.Perform customized query or theme query.Browse query results.EndNeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #11

GSM Configuration Check and ComparisonChoose a function.ComparisonCheckView comparison results.View comparison results.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #12

GSM Configuration BrowsingCreate an analysis task.Select NE to browse their configuration data.Configuration parameters are displayed by the topology structure.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Configuration parameters are displayed by MO.

The results can be saved as Excel files.HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #13




Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #14GSM KPI ManagementFunction DescriptionCounters can be customized, and all counters can be browsed by raw granularity, by hour, and by day. Theme query can be customized and performed by cluster. The OMStar provides some basic themes by default. KPI query results can be geographically rendered according to the value ranges.Function PrincipleWhen counters are browsed by hour, counter results of each object are aggregated by hour. When counters are browsed by day, counter results are aggregated by day. When the results of one counter for one object in two time segments are compared, the OMStar compares the results of the first day in the earlier time segment with that of the first day in the later time segment by default, and the results from 00:00 through 23:00 within the two days are compared hourly by default.Data SourceRequired Data SourceSpecificationsConfiguration data4 NEsEngineering parameter data-Traffic statisticsPerformance data of 7 days or lessPerformance SpecificationsImportAnalysisE2EProcessStartCreate a project.Import data (configuration, traffic statistics, and engineering parameter data).Customize counters.Perform customized query or theme query.Browse query results.EndNeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #15

GSM KPI ManagementStart counter management.KPI ManagementCreate a counter.

Edit an existing counter.

CreateDeleteEditImportExportDelete a counter.Select a counter and click the Delete icon.Export counter data.Import counters.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #16

GSM KPI AnalysisCreate an analysis task.Set objects for analysis.Set counters for analysis.Set time for analysis.Set objects for KPI analysis.Perform KPI analysis.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

KPI display areaKPI trend chart display area

Set counter color level.

Color level display of KPIsGeographic observation

Geographic observation of KPIsHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #17

GSM KPI Theme AnalysisCreate an analysis task.Set the theme.Set objects.Set time.Select the analysis theme and set parameters.Perform theme analysis.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Theme analysis reportRight-click a theme report to save it as a CSV document.HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #18




Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #19GSM Parameters GeographyFunction DescriptionOMStar V500R008 can geographically display the cell-level configuration parameters and engineering parameters. With this function, the cell-level configuration parameters and engineering parameters can be geographically displayed on the map by different values, thereby facilitating locating of regional problems.Data SourceRequired Data SourceSpecificationsConfiguration data4 NEsEngineering parameter dataEntire networkProcessStartCreate an analysis task.Enter the geographic observation main window.EndImport basic configuration data (NE configuration and engineering parameter data).Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #20

GSM Parameters GeographyCreate an analysis task.Select NEs to be displayed.Geographic observation of parametersNeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Customize geographic theme.

Customize geographic observation.HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #21




Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #22Neighboring GSM Cell AnalysisThe neighboring GSM cell analysis function of OMStar V500R008 summarizes and analyzes the MRs and events reported by UEs with the combination of configuration data and engineering parameters and checks missing neighboring cells, redundant neighboring cells, and the priorities that need to be adjusted in terms of a test cell. By directly displaying information, the OMStar helps you resolve network quality problems due to redundant or missing neighboring cells or incorrect priorities of neighboring cells.Data SourceRequired Data SourceSpecificationsGSM configuration dataA single NE (300 cells)GSM performance dataPerformance data of 7 days or lessEngineering parameter dataEngineering parameters that match configuration dataProcessStartCreate a neighboring GSM cell analysis task.View neighboring GSM cell analysis results.EndImport required data (NE configuration data, engineering parameter data, and performance data).Algorithm PrincipleThe OMStar calculates the overall score and then ranks the defined and undefined neighboring GSM cells.Determining neighboring cell missing configuration: If the rank of the undefined neighboring GSM cell is less than or equal to the Neighboring Cell Rank No.1 value cell is regarded as a missing neighboring cell.Determining neighboring cell redundant configuration: If the number of handover requests of a defined neighboring GSM cell is less than or equal to the HO Request Number Threshold value or the relative percentage is less than or equal to the relative percentage threshold value, and the number of neighboring cells is greater than the Constraint of Neighboring Cell Table Length value, the cell is regarded as a redundant neighboring cell.Performance SpecificationsCreate a project (and select the neighboring GSM cell analysis theme).View possible neighboring GSM cell analysis results.View intra-frequency neighboring GSM cell analysis results.Export neighboring GSM cell analysis reports.ImportAnalysisE2ENeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #23

Neighboring GSM Cell AnalysisSelect an analysis task.Create an analysis task.Select NEs.Perform an analysis task.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Set parameters.Set the time range.

Neighboring cell analysis overviewDefined eighboring cellUndefined neighboring cellNeighboring cell icon observation

Neighboring cell geographic observationHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #24Neighboring GSM Cell CheckOMStar V500R008 provides the neighboring GSM cell check function, in which all neighboring cell information, unidirectional neighboring cells, bidirectional neighboring cells, cells with too few or too many neighboring cells, over distant neighboring cells, and consistency of external neighboring cell parameters are checked. After engineering parameter data is imported, the OMStar can display neighboring GSM, UMTS, and LTE cell information on the map. Based on the neighboring cell check results, neighboring cells can be edited on the map.Data SourceRequired Data SourceSpecificationsGSM configuration dataEntire networkEngineering parameter dataEntire networkProcessStartCreate a neighboring GSM cell check task.EndImport required data (NE configuration and engineering parameter data).Algorithm PrincipleThe OMStar queries the lists of neighboring GSM, UMTS, and LTE cells of a source cell based on the NE configuration file (MML configuration script) to determine unidirectional and bidirectional neighboring cells.The OMStar counts the number of neighboring cells and compares the number with the threshold set on the OMStar GUI to determine cells with too many or too few neighboring cells.If engineering parameter data is imported, the OMStar calculates the distance between the source cell and the neighboring cells and compares the calculated values with the threshold set on the OMStar GUI to determine over distant neighboring cells.The OMStar compares the parameter value configured in the external neighboring of the source cell and the parameter value in the homing BSC to check consistency of an external neighboring cell parameter.Performance SpecificationsCreate a project (and select the neighboring GSM cell check theme).View neighboring GSM cell check results.Export neighboring GSM cell check reports.ImportAnalysisE2ENeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #25

Neighboring GSM Cell CheckSelect an analysis task.Create an analysis task.Select NEs.Set parameters.Perform an analysis task.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementSet the time range.

Right-click in the result table, and view the neighboring cell check detailed results.Neighboring GSM Cell heck Result Aggregation

Neighboring Cell Check Detailed ResultsGeographic Observation

Geographic observation of neighboring cell check resultsHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #26




Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #27GSM Call Drop Basic AnalysisFunction DescriptionThe GSM call drop basic analysis identifies call drop types and causes based on GSM configuration data and traffic statistics. Function PrincipleThe GSM call drop basic analysis function analyzes call drops of the entire NE based on traffic statistics, identifies the top N problem cells according to the preset counter attainment values, and performs in-depth analysis on cells.Data SourcePerformance SpecificationsTest EnvironmentData DescriptionPerformance (E2E)Windows 7, 4 GB267 MB data of 345 cells under one BSC in 7 days43 minutesProcessStartCreate an analysis task.View analysis results based on the report.EndCreate a project.Import configuration data and traffic statistics.Data SourceSpecificationsConfiguration dataA single NETraffic statisticsData of 6 peak hours per day in 3 days for a single BSC (514 cells)Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #28

GSM Call Drop Basic AnalysisCreate an analysis task.Select NEs.Set parameters.Create and run an analysis task.View analysis results.Determine the abnormal analysis results based on the selected counter threshold.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Set parameters and perform analysis again.Top N cell: Right-click a cell icon and perform in-depth cell analysis.

The in-depth analysis results display call drop causes from different perspectives.HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #29GSM Call Drop In-depth AnalysisFunction DescriptionGSM call drop in-depth analysis identifies call drop types and causes based on GSM configuration data and CHR data. In addition, GSM call drop in-depth analysis supports the query of original fields, signaling information, and MR data before call drop. Function PrincipleThe OMStar analyzes CHR data and classifies call drop causes.Data SourcePerformance SpecificationsData SpecificationsImportAnalysisE2EProcessStartCreate an analysis task.View analysis results based on the report.EndCreate a project.Import configuration data and MR data.Data SourceSpecificationsConfiguration dataA single NECHR dataData of 24 hours in one day for a single BSC (514 cells)Terminal dataTerminal data is optional and is related to terminal types.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #30

GSM Call Drop In-depth AnalysisSelect NEs.Analysis time rangeCreate and run an analysis task.Create an analysis task.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Perform in-depth analysis on a specified cause drop cause.

Perform in-depth analysis on cells with high call drop rate due to certain causes.





Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #32GSM Frequency CheckFunction DescriptionBased on configuration data and engineering parameter data, the OMStar renders cells with intra-frequency and inter-frequency neighboring cells in different colors and allows users to manually modify the frequency and export the modified content. The OMStar enables users to check cells with a specific frequency and BSIC, check intra-frequency and co-BSIC neighboring cells, or check intra-frequency and co-BSIC cells across the network. The OMStar can display cells with intra-frequency and co-BSIC neighboring cells on the map and render them in different colors on the engineering parameter map. Function PrincipleFrequency check: The OMStar searches for the intra-frequency or inter-frequency cells of the specified frequency or cell within a certain range or across the network based on the frequency or cell selected by users.Intra-frequency and co-BSIC check: Based on the check rule selected by users (a specific frequency check, intra-frequency and co-BSIC neighboring cell check, and intra-frequency and co-BSIC cell check across the network), the OMStar identifies the cells with the specified frequency and BSIC or with the same frequency and BSIC as the selected cell.Data SourceRequired Data SourceSpecificationsConfiguration data4 NEsEngineering parameter data-Performance SpecificationsImportAnalysisE2EProcessStartCreate a project.Import data (configuration and engineering parameter data).Perform frequency check and set parameters.View check results.EndNeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #33

GSM Frequency CheckSelect an analysis task.Select NEs.GSM Frequency CheckNeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Check by Cell Frequency

Check by Frequency

Intra-Frequency and Co-BSIC Check

Intra-Frequency and Co-BSIC Check Across the NetworkHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #34




Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #35GSM Indoor Distribution AnalysisIf the indoor distribution system is not established properly, indoor subscribers cannot receive good quality services, and outdoor subscribers are also adversely affected by the indoor distribution system. The OMStar provides a simple and accurate method to forecast indoor signal leakage cells and allows users to make adjustment so that outdoor subscribers are prevented from accessing indoor cells. Therefore, the indoor cell congestion and call drops of outdoor subscribers are prevented.The GSM indoor distribution fault check of the OMStar identifies the indoor signal leakage, outdoor signal intrusion, weak coverage, and interference from high buildings.Data SourceRequired Data SourceSpecificationsConfiguration dataN/AEngineering parameter dataIndoor cell identifiers are required.MR dataAbout 1 GB dataProcessStartCreate an analysis task.Query an analysis report.EndImport required data (NE configuration data, engineering parameter data, and MR data).Algorithm PrincipleThe OMStar calculates level values and quality of dominant serving cells and neighboring cells in lots of MR samples and determines whether signal leakage, signal intrusion, and weak coverage exist.SpecificationsImportAnalysis260 min/1.3 GB?Create a project and set the theme type to GSM IPOP.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #36

GSM Indoor Distribution AnalysisSelect a theme.Create a task.Set parameters.Select analysis subtasks.Perform an analysis task.Set thresholds.Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

View indoor distribution analysis results.HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #37




Call Drop AnalysisFrequency CheckIndoor Distribution AnalysisTraffic ForecastHelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #38GSM Traffic ForecastFunction DescriptionBased on configuration data and traffic statistics (or PRS analysis results), the OMStar supports three traffic forecast scenarios (basic traffic forecast, traffic forecast for the operator's subscriber development plan, and refarming traffic forecast) at four levels (BSC, BTS, cell, and NE group). The OMStar also forecasts dual-mode MS traffic volume. The OMStar displays forecast results and allows users to export them as an Excel report.Algorithm PrincipleFor the GSM network, the OMStar supports three traffic forecast scenarios (basic traffic forecast, traffic forecast for the operator's subscriber development plan, and refarming traffic forecast) at four levels (BSC, BTS, cell, and NE group). In the refarming scenario, the OMStar also forecasts dual-mode MS traffic volume. The OMStar displays forecast results and allows users to export them as an Excel report.Data SourcePerformance SpecificationsData specificationsImportAnalysisE2EProcessStartCreate an analysis task.View analysis results based on the report.EndCreate a project.Import configuration data, traffic statistics (or PRS data), terminal data (optional), and CHR data.Data SourceSpecificationsPRS dataData of one peak hour per day in three months. Either PRS data or traffic statistics is required.Configuration dataA single NETraffic statistics3 peak hours per day in three monthsCHR dataIMEI information tracing must be enabled for calculating the number of dual-mode terminals for two days.Terminal dataTerminal data is imported for calculating the number of dual-mode terminals. Neighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI ManagementHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #39

GSM Traffic ForecastCreate an analysis task.Select NEs.Set properties.Task creation and analysisNeighboring Cell AnalysisParameters GeographyCall Drop AnalysisConfiguration Parameter AnalysisFrequency CheckTraffic ForecastIndoor Distribution AnalysisKPI Management

Traffic forecast results

Comparison of forecasted values and actual valuesHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #40



HelpHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #41Precautions for Using OMStar V500R008

1. Written consent is required for all data collected from the customer network equipment for OMStar analysis, data collection operations, and transmission of collected data out of the customer equipment room. 2. Obtain the CHR and PCHR data for analysis with written consent of the customer.3. Do not transmit raw network data outside the EEA area or to China.4. Delete data after using it. Do not keep any permanent file that contains plaintext personal data, such as raw files, reports, and database.5. Mask personal data in plaintext, such as IMSI, ESN, and IMEI, in the report provided for the customer using such methods as anonymity, division, and code.Network Security PrecautionsProperty Right Precautions1. The OMStar is a Huawei internal tool and is not a commercial tool. Do not release it to the customer, introduce or recommend it to the customer, or provide it for the customer to use.2. The OMStar is Huawei's Intellectual Property. Do not use it for any purposes that may damage Huawei's benefits. Do not provide it for any third-party personnel.3. This is a Huawei internal document and is for internal use only.Function Precautions1. If the customer's PC runs the Windows 7 operating system, select Never notify in the User Account Control Settings window.2. Before using the OMStar, verify that Microsoft Office 2007 has been installed on the local PC.3. When a report is being generated, do not open Microsoft Word or Microsoft Excel.4. When a report is being generated, do not perform any copy or paste operations.HUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #43DateIssueDescriptionAuthor/Employee IDReviewer2013/03/291.00Completed the first release.Wang Yan, Liu Nanchuan, Huang Rui, Wang Sen, Li Wen, Xu Min, and Cui LijieHelp and SupportHUAWEI TECHNOLOGIES CO., LTD.Huawei ConfidentialPage #44Copyright2011 Huawei Technologies Co., Ltd. All Rights Reserved.The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice. Thank youwww.huawei.com45

genex omstar v500r008 function training (gsm) 0.6-a

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