1 TEMS DISCOVERY - IntroductionTEMS DISCOVERY Introduction January 2010, © Ascom Doc nr?? TEMS DISCOVERY Introduction January 2010
2 AGENDA Overview Getting Started Features Walk-Through Professional Features Use CasesTEMS DISCOVERY Introduction January 2010, © Ascom 2 Presentation Name Month Year TEMS DISCOVERY Introduction January 2010 2
3 AGENDA Overview Getting Started Features Walk-Through Professional Features Use CasesTEMS DISCOVERY Introduction January 2010, © Ascom 3 Presentation Name Month Year TEMS DISCOVERY Introduction January 2010 3
4 WHAT IS TEMS™ DISCOVERY?[ OVERVIEW ] WHAT IS TEMS™ DISCOVERY? New post processing tool within the Ascom TEMS portfolio. Designed for network optimization and trouble shooting but can also be used for benchmarking and QoS verification Flexible tool that is easy to adopt to the working process. Automated data processing User defined KPIs Inbuilt reporting Excellent post processing solution for TEMS Investigation and TEMS Pocket TEMS DISCOVERY Introduction January 2010, © Ascom 4
5 TECHNOLOGY SUPPORT IS-95/cdma2000 1x EV-DO (Rev. 0/ Rev. A)[ OVERVIEW ] TECHNOLOGY SUPPORT IS-95/cdma2000 1x EV-DO (Rev. 0/ Rev. A) GSM/GPRS/EDGE WCDMA/HSDPA/HSUPA/HSPA+ TD-SCDMA WiMAX LTE TEMS DISCOVERY Introduction January 2010, © Ascom 5
6 TEMS DISCOVERY 1.0 PACKAGES[ OVERVIEW ] TEMS DISCOVERY 1.0 PACKAGES Standard package Includes all views (map, time chart, messages, problem summary, histogram, etc) Efficient processing and reporting Instant access to Information Elements Easy embedding of expertise Professional package Highly customizable Includes integrated Google Earth Allows definition of your own KPIs Provides more extensive processing and reporting TEMS DISCOVERY Introduction January 2010, © Ascom 6
7 PACKAGE COMPARISON X TEMS Discovery TEMS Discovery Professional[ OVERVIEW ] PACKAGE COMPARISON TEMS Discovery TEMS Discovery Professional Intuitive graphical user interface X Drive test data processing: Multi-technology, multi-device and multi-source Unrivalled GIS data support: more than 110 different formats Support for all types of TEMS logfiles Comprehensive Data Processing: ~3000 available IEs and 500+ predefined events Easy Report Builder Deploys report templates throughout the organization Extensive Script Builder Generate your own specific KPI, events and metrics for the whole organization Automatic data processing: For processing, report generation and notification of newly arrived data Embedded Google Earth for visualizing of metrics, events, or customized KPIs Advanced site and cell configuration management TEMS DISCOVERY Introduction January 2010, © Ascom
8 [ OVERVIEW ] DEPLOYMENT SCENARIOS ** To be changed?? Perhaps also info about processing distribution + alternatives flat file or SQL for data storage.... TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
9 Optional High Bandwidth LAN[ OVERVIEW ] DEPLOYMENT SCENARIOS TEMS Discovery Users Deployment Scenarios & Data Sharing Legend Regional Data Processors Optional High Bandwidth LAN Regular LAN Remote field users Internet or Intranet Internet Connection TEMS Discovery Users TEMS Discovery Users Regional Data Processors Regional Data Processors TEMS DISCOVERY Introduction January 2010, © Ascom
10 Optional High Bandwidth LAN[ OVERVIEW ] LICENSING Legend TEMS Discovery Users Standalone Dongle Licensing Regional Data Processors Optional High Bandwidth LAN Regular LAN Remote field users Internet or Intranet Internet Connection TEMS Discovery Users TEMS Discovery Users Regional Data Processors Regional Data Processors TEMS DISCOVERY Introduction January 2010, © Ascom
11 LICENSING Floating License Pool With regional licensing server[ OVERVIEW ] LICENSING Regional Data Processors Floating License Pool With regional licensing server Remote field users fetch license by designating server IP Internet or Intranet Regional Data Processors Regional Data Processors TEMS DISCOVERY Introduction January 2010, © Ascom
12 LICENSING Floating License Pool With global licensing server[ OVERVIEW ] LICENSING Regional Data Processors Regional Data Processors Floating License Pool With global licensing server Remote field users Remote field users Internet or Intranet Internet or Intranet TEMS Discovery Users iWINDA Users TEMS Discovery Users iWINDA Users Regional Data Processors Regional Data Processors Regional Data Processors Regional Data Processors TEMS DISCOVERY Introduction January 2010, © Ascom
13 DATA ORGANIZATION AND MANAGEMENT[ OVERVIEW / KEY FEATURES ] DATA ORGANIZATION AND MANAGEMENT Each raw test file only needs to be processed once Processed data provides highly organized information Data is instantly accessible Unlimited number of composite data sets Incremental merging of new data with existing data Data can be shared across the organization Old data can be easily archived (and restored if needed) TEMS DISCOVERY Introduction January 2010, © Ascom 13
14 DATA ORGANIZATION AND MANAGEMENT[ OVERVIEW / KEY FEATURES ] DATA ORGANIZATION AND MANAGEMENT Projects organized in Private and Public folders Each project may contain Datasets, Composite datasets, and Archives Each Dataset contains logfile data easily organized by operator, device, IMSI, processing date, etc TEMS DISCOVERY Introduction January 2010, © Ascom
15 VERSATILE DATA BINNING[ OVERVIEW / KEY FEATURES ] VERSATILE DATA BINNING Time binning during data import Frame level resolution Smart selection - No binning for event-triggered messages - Binning for periodical messages Geo-binning Distance binning Grid binning Per-region mixed resolution (for example, fine resolution in dense urban areas and coarse resolution in rural area) Holes within regions TEMS DISCOVERY Introduction January 2010, © Ascom 15
16 RICH DATA PRESENTATION[ OVERVIEW / KEY FEATURES ] RICH DATA PRESENTATION Conventional views Data explorer Map Views Time Series Chart Message View Table View Histogram (Bar/Pie Chart) Report View Layer 3 IE browser Transition to next slide: ”Regarding the Map View...” TEMS DISCOVERY Introduction January 2010, © Ascom 16 TEMS DISCOVERY Introduction January 2010
17 COMPREHENSIVE GIS DATA SUPPORT[ OVERVIEW / KEY FEATURES ] COMPREHENSIVE GIS DATA SUPPORT Terrain Elevation Data Raster Images Vector Data Approximately 100 commonly-used GIS file formats Wide selection of free or low-cost yet high-quality data available (as shown) Capable of automatic merging of GIS data with different sources, formats, and projections TEMS DISCOVERY Introduction January 2010, © Ascom 17
18 [ OVERVIEW / KEY FEATURES ]GIS DATABASE ACCESS Integrated online access to multiple free GIS databases USGS TerraServer High-resolution terrain elevation data, aerial, or satellite images Free downloading of data for TEMS Discovery default boundary or any user-defined area Google Maps™ Web links to popular web sites for free or low-cost GIS data sources TEMS DISCOVERY Introduction January 2010, © Ascom 18
19 TEMS DISCOVERY DIFFERENTIATORS[ OVERVIEW / KEY FEATURES ] TEMS DISCOVERY DIFFERENTIATORS Flexible user interface Multiple sub-views for easy side-by-side comparison Metric correlation Completely customizable: Report templates Key Information Sets of Point Detail configuration Documents Analysis Sets View layouts TEMS DISCOVERY Introduction January 2010, © Ascom 19
20 REPORT BUILDER* All TEMS Discovery events and metrics[ OVERVIEW / KEY FEATURES ] REPORT BUILDER* All TEMS Discovery events and metrics Full array of statistical attributes Drag and drop to any desired cells All Microsoft Excel functions Formula, Equation Styles Charting Data filtering per any file/device attributes Operators: for benchmarking Date: for trending Uses universal templates or specific data Integrated maps For Professional version only. * Professional version only TEMS DISCOVERY Introduction January 2010, © Ascom 20 TEMS DISCOVERY Introduction January 2010
21 SCRIPT BUILDER* On-demand data extraction and intelligence embedding[ OVERVIEW / KEY FEATURES ] SCRIPT BUILDER* On-demand data extraction and intelligence embedding Simple drag-n-drop access to All metrics All IEs in layer 3 messages On-demand data extraction and manipulation Generation of any metrics, events, filtering criteria Embedding of proprietary algorithms for standardization across the organization Scripting in C#/C/C++ syntax For Professional version only. * Professional version only TEMS DISCOVERY Introduction January 2010, © Ascom 21 TEMS DISCOVERY Introduction January 2010
22 AUTOMATIC DATA PROCESSING*[ OVERVIEW / KEY FEATURES ] AUTOMATIC DATA PROCESSING* Monitoring and processing of incoming data Automatic creation of multiple projects and dataset according to user’s configuration Automatic creation of KPI plots and reports Automatic notifications to multiple recipients Multi-computer distributed computing with automatic task dispatcher and load balancing Multiple tasks can be configured Easy and flexible configuration For Professional version only. * Professional version only TEMS DISCOVERY Introduction January 2010, © Ascom 22 TEMS DISCOVERY Introduction January 2010
23 AGENDA Overview Getting Started Features Walk-Through Professional Features Use CasesTEMS DISCOVERY Introduction January 2010, © Ascom 23 Presentation Name Month Year TEMS DISCOVERY Introduction January 2010 23
24 USER INTERFACE & TERMINOLOGY[ GETTING STARTED ] USER INTERFACE & TERMINOLOGY This is the starting view/layout. Note the Walk-U-Through wizard on top and the tabs on left-hand side. Following steps explain those tabs... TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
25 USER INTERFACE & TERMINOLOGY[ GETTING STARTED ] USER INTERFACE & TERMINOLOGY Projects: A project is a holder used to organize the processed data from a geographic region. TEMS Discovery loads the data once and saves the processed data permanently until removed Project Explorer: Projects with their datasets organized according to user’s preference. Drive test data and site configurations are imported to a specific project and dataset. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
26 USER INTERFACE & TERMINOLOGY[ GETTING STARTED ] USER INTERFACE & TERMINOLOGY A document defines the configuration settings of the specific data sources, displayed metrics, and view layouts. Opening a TEMS Discovery document will restore almost all aspects of any saved information, except for the zoom level. Document List: Save as document if you want to save your current view layout and displayed metrics (i.e. ”screenshot” of what is displayed). ”Last” is the last screenshot of the view layout when the project was closed. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
27 USER INTERFACE & TERMINOLOGY[ GETTING STARTED ] USER INTERFACE & TERMINOLOGY GIS data includes vector data, raster images, and terrain elevation data. Data from the same geographic region are grouped into a Geo-area, which can be referred to by one or more projects . GIS/Coverage Map: Maps (GIS) imported into Discovery (not directly to a project) listed here. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
28 USER INTERFACE & TERMINOLOGY[ GETTING STARTED ] USER INTERFACE & TERMINOLOGY Task Window lists the status of background tasks that are created by importing data or configuring automatic data processing. Task Window TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
29 USER INTERFACE & TERMINOLOGY[ GETTING STARTED ] USER INTERFACE & TERMINOLOGY Message Log contains the message generated from the current operation, which can be Report Generation, Script Execution, etc. Message Log TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
30 OPEN A PROJECT... Open a project:[ GETTING STARTED ] OPEN A PROJECT... Open a project: In Project Explorer, double-click a project or right-click and select Open Project (with last used view layout in this project). (Alternative: Open Project with (previously saved, or last) View Layout) TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
31 PROJECT WORKSPACE... Project Workspace:[ GETTING STARTED ] PROJECT WORKSPACE... Project Workspace: The appearing view layout is the previously saved, or last used. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
32 EXPLORER & CO... Explorer & co:[ GETTING STARTED ] EXPLORER & CO... Explorer & co: Left-hand side contains (data) Explorer, Legend, Point Details, and Project Properties tabs. Explorer contains Dataset, Cells, and GIS/Coverage Map tabs. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
33 [ GETTING STARTED ] EXPLORER - DATASET The Data Set tab displays drive test data in logical groups: Archived, Composite, and Data Sets. Except for the archived dataset, each group is in a tree view layout that can be drilled down to the metric level. Explorer – Dataset tab: The content of the dataset can be easily re-organized or sorted in various ways (by device, operator, HW, etc). Filtering options: by Data Filter (coverns how to display in a view), Date, Favorite, or Problem Set (they covern what is displayed in Explorer). Drag-n-Drop metric into a view for display. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
34 [ GETTING STARTED ] EXPLORER - CELLS The Cells tab is the logical display of imported network configurations, sector groups, and sector filter expressions. Explorer – Cells tab: Sites and sectors can be re-organized and grouped in various ways. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
35 EXPLORER – GIS/COVERAGE MAP[ GETTING STARTED ] EXPLORER – GIS/COVERAGE MAP The GIS window lists all GIS data associated with the current project. The GIS data can be displayed in Map View by dragging and dropping, or choosing it from its pop-up menu Explorer – GIS/Coverage Map tab: Maps sorted under geo area. Any User Defined Regions (UDRs) created also listed here, as well as any floor prints. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
36 [ GETTING STARTED ] LEGEND The Legend View displays the plot band information of metrics that are drawn in the Map View and Time Chart. Here, you can show or hide a particular metric from display by selecting or de-selecting the corresponding metric title. Legend: Data source also indicated. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
37 [ GETTING STARTED ] POINT DETAILS The Point Detail View provides a convenient way to overview detail information from a particular time or location. By moving the cursor into the Map View and Time Chart, or by changing the row selection in the spreadsheet of Message View and Table View, the detail information will be displayed here. Use pre-defined configurations or create a new. Point Details TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
38 [ GETTING STARTED ] PROJECT PROPERTIES Under this tab you find general information regarding the current project, regarding GIS, UDR (User Defined Region), and cell configuration data. Project Properties (GIS tab): ·Geo Area: The "Geo Area" combo box lists the available Geo Area created by importing GIS data. Once a Geo Area is selected, all the maps under that Geo Area will be listed in the "Default Map" combo box. A geo area can be associated to a project, so that all the maps under that geo area will be listed in Data Explorer - GIS and available for displaying in Map View. Once a geo area is selected, the center of selected geo area will be used as geo center of this project. ·Geo Center: Because Map View is based on Azimuth Equidistance projection, an appropriate geo center is crucial. If you select a geo area for the project, the geo center will be automatically determined from the selected geo area, otherwise, the geo center will be determined from the first data (Drive test data, cell configuration, or maps, etc.) to be displayed in Map View. You have option to clean the current geo center and force Discovery to determine a new geo center. In some circumstances, this could solve some map view distortion problems. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
39 SYNCHRONIZABLE & SUMMARY DATA VIEWS[ GETTING STARTED ] SYNCHRONIZABLE & SUMMARY DATA VIEWS TEMS DISCOVERY Introduction January 2010, © Ascom
40 All of these views can be part of playing back drive test data.[ GETTING STARTED ] SYNCHRONIZABLE VIEWS Synchronizable views simultaneously display data that was collected at the same moment. All of these views can be part of playing back drive test data. Synchronizable views are: Map View, Time-series Chart, Messages, Table View, Wave View, and Google Maps. TEMS DISCOVERY Introduction January 2010, © Ascom
41 [ GETTING STARTED ] SUMMARY DATA VIEWS Summary data views are the views that present statistic data in various formats. Those are: Metric Correlation, Histogram, Sector Statistic, Problem Summary, Batch PDF, and Report. TEMS DISCOVERY Introduction January 2010, © Ascom
42 SYNCHRONIZABLE & SUMMARY DATA VIEWS[ GETTING STARTED ] SYNCHRONIZABLE & SUMMARY DATA VIEWS Rearrange views by dragging-and-dropping… TEMS DISCOVERY Introduction January 2010, © Ascom
43 SYNCHRONIZABLE & SUMMARY DATA VIEWS[ GETTING STARTED ] SYNCHRONIZABLE & SUMMARY DATA VIEWS … to any position for any disposition… TEMS DISCOVERY Introduction January 2010, © Ascom
44 SYNCHRONIZABLE & SUMMARY DATA VIEWS[ GETTING STARTED ] SYNCHRONIZABLE & SUMMARY DATA VIEWS Split view into sub-views… TEMS DISCOVERY Introduction January 2010, © Ascom
45 SYNCHRONIZABLE & SUMMARY DATA VIEWS[ GETTING STARTED ] SYNCHRONIZABLE & SUMMARY DATA VIEWS Split view into sub-views… TEMS DISCOVERY Introduction January 2010, © Ascom
46 SYNCHRONIZABLE & SUMMARY DATA VIEWS[ GETTING STARTED ] SYNCHRONIZABLE & SUMMARY DATA VIEWS Each view has its own individual toolbar with functions related to that specific view TEMS DISCOVERY Introduction January 2010, © Ascom
47 AGENDA Overview Getting Started Features Walk-Through Professional Features Use CasesTEMS DISCOVERY Introduction January 2010, © Ascom 47 Presentation Name Month Year TEMS DISCOVERY Introduction January 2010 47
48 WALK-U-THROUGH SOME FEATURES AND VIEWS....[ FEATURES WALK-THROUGH ] WALK-U-THROUGH SOME FEATURES AND VIEWS.... The following will be covered in this section: Import of GIS map data Creation of a new project Import of drive test data (logfiles) Cell configuration import Organization of workspace and views Analysis of drive test data with various views Generation of report TEMS DISCOVERY Introduction January 2010, © Ascom
49 IMPORT OF GIS MAP DATA - PROCEDURE[ FEATURES WALK-THROUGH ] IMPORT OF GIS MAP DATA - PROCEDURE Use the Walk-U-Through wizard (or Data Import button on toolbar) TEMS DISCOVERY Introduction January 2010, © Ascom
50 IMPORT OF GIS DATA DIALOG[ FEATURES WALK-THROUGH ] IMPORT OF GIS DATA DIALOG Click Add Files... TEMS DISCOVERY Introduction January 2010, © Ascom
51 ADD FILES DIALOG Browse for your file and click Open...[ FEATURES WALK-THROUGH ] ADD FILES DIALOG Browse for your file and click Open... TEMS DISCOVERY Introduction January 2010, © Ascom
52 [ FEATURES WALK-THROUGH ]GIS FILE ADDED Select the geo area to which you can connect the imported GIS data geographically, or create a new geo area Click Import. TEMS DISCOVERY Introduction January 2010, © Ascom
53 [ FEATURES WALK-THROUGH ]GIS DATA IMPORTED The imported GIS data file (map) appears in the GIS/Coverage Map tab under GIS Data and the corresponding geo area, among other imported GIS data files. From here, you can bring it into Map View by right-clicking it and selecting Send to Map View. TEMS DISCOVERY Introduction January 2010, © Ascom
54 CREATE NEW PROJECT - PROCEDURE[ FEATURES WALK-THROUGH ] CREATE NEW PROJECT - PROCEDURE Next step in the Walk-U-Through wizard From here you can edit an existing project or create a new project. (Clicking Edit Project brings you to Project Properties window for that project) TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
55 PROJECT PROPERTIES Name your new project[ FEATURES WALK-THROUGH ] PROJECT PROPERTIES Name your new project Select the geo area you used for the imported GIS, and use that map as the default Save your new project TEMS DISCOVERY Introduction January 2010, © Ascom
56 [ FEATURES WALK-THROUGH ]PROJECT CREATED The new project appears among the other projects, but contains no drive test data yet (DataSets is empty). Right-click the project to rename, delete or open it (among other procedures). TEMS DISCOVERY Introduction January 2010, © Ascom
57 IMPORT DRIVE TEST DATA - PROCEDURE[ FEATURES WALK-THROUGH ] IMPORT DRIVE TEST DATA - PROCEDURE Next step in the Walk-U-Through wizard TEMS DISCOVERY Introduction January 2010, © Ascom
58 IMPORT DRIVE TEST DATA DIALOG[ FEATURES WALK-THROUGH ] IMPORT DRIVE TEST DATA DIALOG Click Add Files... TEMS DISCOVERY Introduction January 2010, © Ascom
59 ADD FILES DIALOG Browse for your files and click Open...[ FEATURES WALK-THROUGH ] ADD FILES DIALOG Browse for your files and click Open... TEMS DISCOVERY Introduction January 2010, © Ascom
60 [ FEATURES WALK-THROUGH ]DRIVE TEST DATA ADDED Select the project to which you want to import the data and name the dataset to which the data will belong. Click Import. TEMS DISCOVERY Introduction January 2010, © Ascom
61 DRIVE TEST DATA IMPORTED[ FEATURES WALK-THROUGH ] DRIVE TEST DATA IMPORTED The imported drive test data appears under the specified project and dataset. The data can be organized and grouped by device, file name, etc TEMS DISCOVERY Introduction January 2010, © Ascom
62 ORGANIZING THE IMPORTED DATA[ FEATURES WALK-THROUGH ] ORGANIZING THE IMPORTED DATA Right-click the dataset and select File/Device Grouping By... and then a suitable attribute. TEMS DISCOVERY Introduction January 2010, © Ascom
63 DRIVE TEST DATA GROUPED BY DEVICE[ FEATURES WALK-THROUGH ] DRIVE TEST DATA GROUPED BY DEVICE TEMS DISCOVERY Introduction January 2010, © Ascom
64 IMPORT CELL CONFIGURATION - PROCEDURE[ FEATURES WALK-THROUGH ] IMPORT CELL CONFIGURATION - PROCEDURE Next step in the Walk-U-Through wizard TEMS DISCOVERY Introduction January 2010, © Ascom
65 IMPORT CELL CONFIGURATION DIALOG[ FEATURES WALK-THROUGH ] IMPORT CELL CONFIGURATION DIALOG Select the project to which you want to import the cell configuration Browse for the cell configuration file to add (Rename the cell configuration) Click Import The name of the file added in the ”Browse...” field also appears in the ”Define cell configuration name” field. There you can change its name. To view the imported cell configuration, the project must be opened (and then it is found under Explorer/Cells tab). TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
66 EDIT DEVICE ATTRIBUTES - PROCEDURE[ FEATURES WALK-THROUGH ] EDIT DEVICE ATTRIBUTES - PROCEDURE Next step in the Walk-U-Through wizard TEMS DISCOVERY Introduction January 2010, © Ascom
67 VIEW OR EDIT ATTRIBUTES[ FEATURES WALK-THROUGH ] VIEW OR EDIT ATTRIBUTES File/Device Grouping By Attributes! Some are editable New ones can be added TEMS DISCOVERY Introduction January 2010, © Ascom
68 VIEW OR EDIT ATTRIBUTES[ FEATURES WALK-THROUGH ] VIEW OR EDIT ATTRIBUTES Right-click a device (for global changes to all files under that device) or a specific file and select View/Edit Device Attributes. Edit button also works... TEMS DISCOVERY Introduction January 2010, © Ascom
69 EDITABLE ATTRIBUTES (1)[ FEATURES WALK-THROUGH ] EDITABLE ATTRIBUTES (1) Add your own notes or any other file specific info. For global changes (to all files under specific device), right-click the device in the previous dialog. Example: MSx = Teamx First file under each MS is before changes to network Second file is after changes TEMS DISCOVERY Introduction January 2010, © Ascom
70 EDITABLE ATTRIBUTES (2)[ FEATURES WALK-THROUGH ] EDITABLE ATTRIBUTES (2) First file for Team 2... TEMS DISCOVERY Introduction January 2010, © Ascom
71 EDITABLE ATTRIBUTES (3)[ FEATURES WALK-THROUGH ] EDITABLE ATTRIBUTES (3) ... before changes... TEMS DISCOVERY Introduction January 2010, © Ascom
72 GROUP BY NOTES INSTEAD... [ FEATURES WALK-THROUGH ]TEMS DISCOVERY Introduction January 2010, © Ascom
73 [ FEATURES WALK-THROUGH ]NEW GROUPING BY NOTES The group named ”Unspecified” contains the files/devices with empty Notes field... TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
74 [ FEATURES WALK-THROUGH ]READ-ONLY ATTRIBUTES Read-only attributes for this specific file, collected from the file itself at import After the drive test data are imported, some key information will be extracted and saved as attributes of the file/device. New attributes can also be easily created. Those attributes can be utilized to categorize those files/devices for the following purposes: ·Organize mobile data in Data Explorer: Mobile data can be categorized and logically displayed under the same attributes. ·Create Composite Data: Before creating a composite dataset, you can group the mobile data by its attributes and drag-and-drop the entire group to create composite data. See Composite Dataset for more information. ·Generate Report: By assigning appropriate attributes to mobile data, you gain great flexibility to generate reports from specific data. These attributes can be part of the definition in the report template. See Report Template Builder - Metric List for how to apply these attributes. When generating final reports from large amounts of data, TEMS Discovery is able to internally categorize the data based on its attributes and produce reports from the data of defined attributes. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
75 USER-DEFINED GLOBAL ATTRIBUTES[ FEATURES WALK-THROUGH ] USER-DEFINED GLOBAL ATTRIBUTES Add your own attribute... TEMS DISCOVERY Introduction January 2010, © Ascom
76 NEW EDITABLE ATTRIBUTE ADDED...[ FEATURES WALK-THROUGH ] NEW EDITABLE ATTRIBUTE ADDED... TEMS DISCOVERY Introduction January 2010, © Ascom
77 POPULATE THE NEW ATTRIBUTE (1)...[ FEATURES WALK-THROUGH ] POPULATE THE NEW ATTRIBUTE (1)... Suppose Team 1 has used MS1 and also produced the first logfile for MS3... TEMS DISCOVERY Introduction January 2010, © Ascom
78 POPULATE THE NEW ATTRIBUTE (2)...[ FEATURES WALK-THROUGH ] POPULATE THE NEW ATTRIBUTE (2)... Suppose Team 1 has used MS1 and also produced the first logfile for MS3... Team 1 allocated to all files under MS1. TEMS DISCOVERY Introduction January 2010, © Ascom
79 POPULATE THE NEW ATTRIBUTE (3)...[ FEATURES WALK-THROUGH ] POPULATE THE NEW ATTRIBUTE (3)... Suppose Team 1 has used MS1 and also produced the first logfile for MS3... Team 1 also to be allocated to first file under MS3... TEMS DISCOVERY Introduction January 2010, © Ascom
80 POPULATE THE NEW ATTRIBUTE (4)...[ FEATURES WALK-THROUGH ] POPULATE THE NEW ATTRIBUTE (4)... Suppose Team 1 has used MS1 and also produced the first logfile for MS3... Team 1 also allocated to first file under MS3... TEMS DISCOVERY Introduction January 2010, © Ascom
81 NEW GROUPING BY DRIVE TEST TEAM (1)...[ FEATURES WALK-THROUGH ] NEW GROUPING BY DRIVE TEST TEAM (1)... TEMS DISCOVERY Introduction January 2010, © Ascom
82 NEW GROUPING BY DRIVE TEST TEAM (2)...[ FEATURES WALK-THROUGH ] NEW GROUPING BY DRIVE TEST TEAM (2)... TEMS DISCOVERY Introduction January 2010, © Ascom
83 CREATE COMPOSITE DATASET - PROCEDURE[ FEATURES WALK-THROUGH ] CREATE COMPOSITE DATASET - PROCEDURE Next step in the Walk-U-Through wizard TEMS DISCOVERY Introduction January 2010, © Ascom
84 CREATE/EDIT COMPOSITE DATASET[ FEATURES WALK-THROUGH ] CREATE/EDIT COMPOSITE DATASET New grouping to facilitate creation of composite dataset... TEMS DISCOVERY Introduction January 2010, © Ascom
85 CREATE/EDIT COMPOSITE DATASET[ FEATURES WALK-THROUGH ] CREATE/EDIT COMPOSITE DATASET Drag-n-drop the files to the members of the group. New composite dataset created and saved... TEMS DISCOVERY Introduction January 2010, © Ascom
86 COMPOSITE DATASET CREATED[ FEATURES WALK-THROUGH ] COMPOSITE DATASET CREATED Composite datasets are treated as any ordinary dataset – only grouped/organized differently TEMS DISCOVERY Introduction January 2010, © Ascom
87 GEOLOCATION BINNING - PROCEDURE[ FEATURES WALK-THROUGH ] GEOLOCATION BINNING - PROCEDURE Next step in the Walk-U-Through wizard Make sure you select project and dataset… TEMS DISCOVERY Introduction January 2010, © Ascom
88 GEOLOCATION BINNING DIALOG[ FEATURES WALK-THROUGH ] GEOLOCATION BINNING DIALOG Target dataset suffix: The new (binned) dataset will appear with this suffix Frame Group: Geo binning can be performed on certain frame group only. This has to be defined first, under the Frame Group tab (see next slide) Binning Method: Uniform = same binning across the entire area. Region-by-Region = binning performed only in the region specified in the filtering part of the dialog. Options... : By route distance = Bin size is the distance along route. By location grid = Bin size is the square size in a grid pattern. Overwrite... = When a region is created, binning size can be set in region properties. That can be overwritten from here. Apply Region Filtering: Select entire area OR which region from combo box, and then any of the options below. (a region can be specified as a hole, excluding/avoiding any samples) TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
89 FRAME GROUP CREATION [ FEATURES WALK-THROUGH ]TEMS DISCOVERY Introduction January 2010, © Ascom
90 BINNED DATASET IN TREE STRUCTURE[ FEATURES WALK-THROUGH ] BINNED DATASET IN TREE STRUCTURE Dataset 0105 still time binned as when imported. New geobinned dataset binned according to your settings (region-by-region, by route distance, bin size 150 m, etc) TEMS DISCOVERY Introduction January 2010, © Ascom
91 Next step in the Walk-U-Through wizard[ FEATURES WALK-THROUGH ] ANALYSIS - PROCEDURE Next step in the Walk-U-Through wizard Select file to analyze for dropped calls Then click Open Project The Analysis to select is actually a set of predefined views and metrics involved. So it is more of a starting Layout than an actual Analysis... (Additional Analysis sets can be defined by user, by saving a layout as an Analysis Set) TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
92 ANALYSIS OF DROPPED CALL, OVERVIEW[ FEATURES WALK-THROUGH ] ANALYSIS OF DROPPED CALL, OVERVIEW TEMS DISCOVERY Introduction January 2010, © Ascom
93 GENERATE REPORT - PROCEDURE[ FEATURES WALK-THROUGH ] GENERATE REPORT - PROCEDURE Next (last) step in the Walk-U-Through wizard Select mobile/file for the report... TEMS DISCOVERY Introduction January 2010, © Ascom
94 REPORT GENERATION DIALOG[ FEATURES WALK-THROUGH ] REPORT GENERATION DIALOG Pre-defined and user-defined (if any) templates for selection. Collection date filtering possible. TEMS DISCOVERY Introduction January 2010, © Ascom
95 REPORT FILTERING OPTIONS[ FEATURES WALK-THROUGH ] REPORT FILTERING OPTIONS Site sector groups defined Conditions defined (in Script Builder) Filtering by defined UDR Filtering tab: If a Sector group is selected, only the data at the location that is covered by the sectors in the sector group will be considered. If a Condition expression is selected, the data to be considered must also meet the condition. See Script Builder for how to define a condition expression. Cluster region tab: If you have selected "Consider data only in cluster region index" and given an index (See Report Options for detail) in the report template, the target data will be filtered by those indexed cluster UDR. In case, you do not define cluster region filtering for some data, those data will be filtered by the default geo region selected in this dialog Cluster indexing (connected to Report Builder) TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
96 GENERATED REPORT [ FEATURES WALK-THROUGH ]TEMS DISCOVERY Introduction January 2010, © Ascom
97 VARIOUS VIEWS AND FUNCTIONS...[ FEATURES WALK-THROUGH ] VARIOUS VIEWS AND FUNCTIONS... Walk-U-Through wizard complete... Now, more details on views and functions..! TEMS DISCOVERY Introduction January 2010, © Ascom
98 DISPLAY SITES Drag-and-Drop... [ FEATURES WALK-THROUGH ]TEMS DISCOVERY Introduction January 2010, © Ascom
99 DISPLAY METRIC Let’s display also the geobinned data for same file...[ FEATURES WALK-THROUGH ] DISPLAY METRIC Let’s display also the geobinned data for same file... D-n-D! Data binned with 150 m bin size TEMS DISCOVERY Introduction January 2010, © Ascom
100 [ FEATURES WALK-THROUGH ]DATA OFFSET Click the Data Route Offset button to enable the offset function On the Data Routes Distance button: Left-click to increase (+) distance Right-click to decrease (-) distance TEMS DISCOVERY Introduction January 2010, © Ascom
101 [ FEATURES WALK-THROUGH ]SECTOR COVERAGE Click the Sector Coverage Intellisense button to enable that function On the sector of your interest: Left-click to display coverage links Right-click to clear links TEMS DISCOVERY Introduction January 2010, © Ascom
102 SPIDER MOVE Click the Spider Move button to enable that function[ FEATURES WALK-THROUGH ] SPIDER MOVE Click the Spider Move button to enable that function Move cursor over samples to display the serving sectors Right-click in the map for context menu: Freeze Data Point to Sector Links Remove... (frozen links) TEMS DISCOVERY Introduction January 2010, © Ascom
103 MISC MAP FUNCTIONS... 3D View of map[ FEATURES WALK-THROUGH ] MISC MAP FUNCTIONS... 3D View of map Terrain Path Profile for terrain map TEMS DISCOVERY Introduction January 2010, © Ascom
104 USER DEFINED REGION (UDR)Activate with toolbar button Draw your region With region selected: save, close, or delete it TEMS DISCOVERY Introduction January 2010, © Ascom
105 USER DEFINED REGION (UDR) - PROPERTIESConsidered for filtering and/or geobinning Hole can be exception when binning or filtering Geobinning options if binning of this region TEMS DISCOVERY Introduction January 2010, © Ascom
106 DATA FILTERED WITH REGIONSelect Filtering region (Data Filter tab) under Dataset tab in Explorer Drag-n-Drop metric to map Samples displayed only within region TEMS DISCOVERY Introduction January 2010, © Ascom
107 MAP VIEW OPTIONS Map view options from toolbar...The "Smart labeling" option allows the application to display site labels only if the site label does not overlap any other labels within the defined bounding rectangle. Search for co-channel, co-PSC, etc TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
108 CELL CONFIGURATION VIEW OPTIONSIcon Size: Cell sector can be displayed as a fixed pie or pie with width per antenna beam width. To better distinguish different technologies/bands in each sector, a specific radius of the pie for the technology/band can be defined. Center circle: The center circle of the cell site icon can be colored by the plot bands defined for a particular cell site parameter. Select a cell site parameter from the drop-down menu; then click Discrete Bands Generator to generate discrete plot bands or Continuous Bands Generator to generate continuous plot bands. When displayed in Map View, the color of the center circle will be colored according to the plot band. Pie & Pie Tip: The color of pie can be used to indicate information from two categories: Sector/Carrier parameter and sector statistic data. You can select any Sector or Carrier parameter and create the plot band following the same procedure as previously described for the Center Circle; or you can select a specific data from the tree view in the drop-down menu to generate sector statistic data, and the plot band for showing sector statistic data will be auto-generated based on the plot band definition of this specific data (see Data Explorer- Dataset for how to edit plot band). Site Label: The value of particular parameters can be printed as as labels in Map View; you can also choose the colors of the labels. Additionally, specific data can be chosen from the tree view in the drop-down menu and print the sector statistic data as labels TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
109 GROUPING SITES AND CELLSTEMS DISCOVERY Introduction January 2010, © Ascom
110 TIME CHART The Time Chart displays metric data in a time serial. To display data in the Time Chart, drag the metric data object from the Data Explorer and drop it into the time chart, or right-click the metric data object and choose Send to Time Chart from the pop-up menu. The following pop-up menu will appear if metric data is dragged and dropped into the Time Chart: Add Curve - Choosing this menu will place the metric to time chart and it will coexist with existing data. ·Replace Metric In Y Axis - You have the option to replace an existing metric. ·Add As Plot Band To - This option allows you to associate the dragged metric data to a particular curve displayed. The color of the data point in that curve will be determined by the plot band of the metric data. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
111 MESSAGES VIEW The Message View contains two panels. The left-side panel is a spreadsheet that lists the message in time sequence. The information in that spreadsheet includes the timestamp, mobile ID, frame name, and configurable key information for the message. The right-side panel is the detail view, which can be a spreadsheet or tree view, depending on what information is displayed. Detail View displays the detail information of the selected message in the left panel. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
112 MESSAGES VIEW – KEY INFO SETTINGSTo directly view information in a message, you can configure the key information so that it is displayed in the KeyInfo column in Message View. To open KeyInfo Settings, click on the icon (K) in the Message View toolbar. In Message View KeyInfo Settings, drag and drop an IE into the spreadsheet on the right side, and define an alias for the IE. Save the settings and resend the mobile information to Message View; the information of the defined IE's will then be displayed in the KeyInfo Column. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
113 MESSAGES VIEW – L3 BROWSERThe Signaling Message Browser provides a highly organized view of the following signaling messages: ·3GPP RRC, NAS, X2AP, and S1AP, covering WCDMA, TD-SCDMA and LTE·GSM Layer 3, RLC/MAC·cdma2000 Signaling Messages·1xEV Signaling Messages·WiMAX MAC You can also specify a key word, and check the existence and the path leading to the information elements containing the items searched. Note: If the label of an IE starts with "
114 HISTOGRAM VIEW Histogram View is for graphical display of metric data showing the proportion of data that falls into each specific plot band. To display data in Histogram, drag the metric data object from Data Explorer and drop it into the Histogram View, or right-click the metric data object and choose Send to Histogram from the pop-up menu. The graphical display of metric data can be shown as a bar graph, a 2D pie chart, or a 3D pie chart; all options can be freely converted from one to the other TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
115 TABLE VIEW Select configuration or create a new by DnD metrics into table, and save. Table View provides a tabular display of multiple metrics, and the statistic report of the metric as well. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
116 SECTOR STATISTICS VIEWSelect configuration or create a new by DnD metrics into table, and save. Functions similar to Table View. Selected sector is flagged in Map View. The Sector Statistic View displays a metric per sector binning; its functions are similar to those of the Table View. To display data in the Sector Statistic View, drag the metric data object from the Data Explorer and drop it into the Sector Statistic View ( ), or right-click the metric data object and choose Send to Sector Statistic View from the pop-up menu TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
117 METRIC CORRELATION VIEWHigher fitting degree gives better fit but less linear... Unifying scales in subcharts gives same start and end values, which might squeeze or stretch the curves... Aggregation Curve Options specifies start and end values, step size, etc. Unifying scales... Metric Correlation enables the indication of linear/non-linear relationship between two metrics. You can drag a metric data object from the Data Explorer and drop it into the correlation view, then drag another metric data object from Data Explorer and drop it into the correlation view--choose Replace Metric in X Axis to build the relationship between these two metrics. The Least Squares Fitting mathematical procedure is applied to build this correlation. The following pop-up menu will appear if metric data is dragged and dropped into the chart: ·Replace Metric in X Axis: Replace metric in X Axis with the dragged metric. ·Replace Metric In Y Axis: Replace metric in Y Axis with the dragged metric. ·Add Metric to Y Axis: Adding the dragged metric to Y Axis will create a new fitting curve that indicates the relationship between this metric and the metric in X Axis TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
118 PROBLEM SUMMARY VIEW DnD the entire dataset into view, with certain problem set (collection of events to look for) selected. One dropped call found, in file _MS3 (same as in our Walk-U-Through) Click Analysis Set button and select set ...and the analysis looks... Problem Summary View lists the problem summary of devices based on pre-defined problem sets (see Report Template Builder for how to define problem sets). If a device has problems, its background color will be orange, otherwise; it will be white. You can send a set of devices from the Project Explorer or Data Explorer by either dragging-and-dropping them into Problem Summary View ( ) or selecting them from the context menu. All of the devices will be listed with the number of the problems. Click the Filter toolbar button ( Problem Only ) to list the devices with problems, or select a different problem set definition from the combo box to refine the list. You can also click Detail... to view the details of a problem of a particular device, or click Analysis Set... to analyze the device. All problem information can be saved to Excel file TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
119 PROBLEM SUMMARY VIEW - ANALYSIS...like this! Identical to the analysis from Walk-U-Through...! TEMS DISCOVERY Introduction January 2010, © Ascom
120 BATCH PDF VIEW – REPORT GENERATIONTEMS Discovery can generate data summary in a PDF file for any particular device based on Batch Configuration. When right-clicking, you can select context menu Send to Batch PDF View of a device from the Project Explorer or Data Explorer to display the PDF in this view Pre-defined batch configurations, or user defined (in Batch Printing Tool – see next slide...) TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
121 BATCH PRINTING TOOL, WITH CONFIGURATIONTEMS Discovery provides a convenient way for batch printing. The user can select unlimited number of data sources and print out per Batch Configuration. The following dialog can be brought up by selecting menu "Tools | Batch Printing", or toolbar button ( ) in the main windows. Difference between this way and previous slide (Batch PFD View) is that here you save your PDF in a directory. In previous slide is is displayed in a view. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
122 SAVE YOUR WORK... View Layout is arranged but non-populated viewsThe existing View Layouts can be selected when opening a project from context menu Update an existing Analysis Set or create a new ...and open again... TEMS DISCOVERY Introduction January 2010, © Ascom
123 AGENDA Overview Getting Started Features Walk-Through Professional Features Use CasesTEMS DISCOVERY Introduction January 2010, © Ascom 123 Presentation Name Month Year TEMS DISCOVERY Introduction January 2010 123
124 REPORT BUILDER – SINGLE CHARTApply Condition: You can define a threshold or a range to filter data points, so that only the data points satisfying the threshold/range will be computed for what is described. You can select a logical operator and a corresponding operand (numerical value or text) to form a logical expression. Up to two logical expressions are supported and these two logical expressions will be joined. DnD metric into spread Dialog appears with options TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
125 REPORT BUILDER – SINGLE CHART COMPLETEMove mouse to form chart area and left-click to complete Make (re-)selections from combo-boxes and/or enter text/values if applicable TEMS DISCOVERY Introduction January 2010, © Ascom
126 REPORT BUILDER – CORRELATION CHART (1)Draw aggregation curve: This option allows you to divide X-axis metric into multiple steps, and Discovery will calculate the corresponding aggregated values and Y-axis metric for each of the steps and draw lines connecting adjacent data points. With Default option, Discovery will find the ranges from all available data points and automatically assign up to 10 steps. For predictable X-axis steps, you are recommended to select "Customize" option and then define Start value, End value, and Step size according to the nature of X-axis metric. DnD first metric into spread Dialog appears with options Move mouse to form chart area and left-click to complete TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
127 REPORT BUILDER – CORRELATION CHART (2)DnD second metric into grey area Dialog appears with options TEMS DISCOVERY Introduction January 2010, © Ascom
128 REPORT BUILDER – SINGLE CHART FOR SECTOR DURATION”Duration” = number of samples multiplied with time resolution DnD metric into spread Dialog appears with options Move mouse to form chart area and left-click to complete TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
129 REPORT BUILDER – SINGLE CHART FOR SECTOR DURATIONMake (re-)selections from combo-boxes and/or enter text/values if applicable TEMS DISCOVERY Introduction January 2010, © Ascom
130 REPORT BUILDER – DETAILS ADDEDRight-click in spread for context menu Insert option in selected cell TEMS DISCOVERY Introduction January 2010, © Ascom
131 REPORT BUILDER – TEMPLATE SAVEDSave report template TEMS DISCOVERY Introduction January 2010, © Ascom
132 REPORT BUILDER - GENERATE REPORTGenerate Report on file/device/dataset Select template and filtering options TEMS DISCOVERY Introduction January 2010, © Ascom
133 REPORT BUILDER – EXCEL REPORTCompare sector duration with Map View sector coverage... Confirm pie chart indications with sector coverage or spider move in map (sample connections to sectors) – 4 different sectors (colors) involved: first sample in map covered by 4 sectors (the rest less than 4) + blue pie slice (46%) corresponds pretty well to sector covering ”southern tip” UDR (8/16=50% of samples in with Sector Coverage or 7/16=44% with Spider Move...). TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
134 SCRIPT BUILDER Script Builder is one of the unique and advanced features that TEMS Discovery offers. It enables you to easily create your own definitions of events/alerts or derive custom metrics (such as event counters, time delay, or composite metrics) based on any decoded information elements, including all layer 3 information elements. The algorithms can then be shared with peers or standardized across the organization. The Script Builder provides an advanced function to extract data from messages and apply customized algorithms to generate new metrics and events. Scripts can be written in C# language. The Script Builder allow you to create the following script types: ·Condition Expression ·Custom Metric ·Global Parameter ·Advanced metric & Event: This is the most complicated and flexible type. It allows you to generate multiple metrics, events, and report desired parameters or including troubleshooting information in the script. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
135 SCRIPT BUILDER DnD metric to Source Data column Create AliasTEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
136 SCRIPT BUILDER Create new Event that will be triggeredTEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
137 SCRIPT BUILDER Create new Metric that will be used in scriptTEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
138 SCRIPT BUILDER Create Report Variables to be reported (values displayed) when script is run: DnD metric to right column Name variable TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
139 SCRIPT BUILDER Create script that fulfills the requirementsTEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
140 SCRIPT BUILDER DnD! TEMS DISCOVERY Introduction January 2010, © Ascom
141 AUTOMATIC DATA PROCESSING – SETUP (1)Specify Data Networking for load sharing. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
142 AUTOMATIC DATA PROCESSING – SETUP (1)Create New automatic data processing task... TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
143 AUTOMATIC DATA PROCESSING – SETUP (1)New task – processing (already imported data or) incoming data Click and browse TEMS DISCOVERY Introduction January 2010, © Ascom
144 AUTOMATIC DATA PROCESSING – SETUP (1)Selection of which metrics to process Same dialog as found from toolbar: Configuration/Metric Frame Import Configuration TEMS DISCOVERY Introduction January 2010, © Ascom
145 AUTOMATIC DATA PROCESSING – SETUP (2)TEMS DISCOVERY Introduction January 2010, © Ascom
146 AUTOMATIC DATA PROCESSING – SETUP (3)TEMS DISCOVERY Introduction January 2010, © Ascom
147 AUTOMATIC DATA PROCESSING – SETUP (4)Check and press Execute... TEMS DISCOVERY Introduction January 2010, © Ascom
148 AGENDA Overview Getting Started Features Walk-Through Professional Features Use CasesTEMS DISCOVERY Introduction January 2010, © Ascom 148 Presentation Name Month Year TEMS DISCOVERY Introduction January 2010 148
149 USE CASE 1: Getting startedUse the Walk-U-Through wizard (steps 1-4): Import GIS: OpenStreetMap.gmp found under C: Users / xxx / Documents/ Ascom / TEMS Products / TEMS Discovery / iUser_Data / GeoData / LowerManhattan Create a new project. Name it ”Training_
150 USE CASE 2: Preparing AnalysisIn order to simplify your analysis, some preparations can be done: Add WCDMA Cell Measurements / Categorized Ec/Io / A1 and some other metrics to a Favorite group (right-click metric) for smooth scrolling, and filter out only those DnD metric A1 also into Time Chart and the entire frame (WCDMA Cell Measurements) into Messages View Change background color in the Time Chart Apply Frame Filter ”WCDMA Active Set” in Messages View & filter out only those KeyInfo containing ”PSC = 8”. Search for parameter with ”active set” in detail view. Save Document as ”Training_
151 USE CASE 3: Network StatusOpen (if not already) your saved document containing your created project Open Problem Summary View and DnD your entire dataset into it Any problems found? Which types/how many? Analyze them – what seems to be the problem? 1 Blocked Call and 1 Dropped Call. Analysis of Blocked Call (using WCDMA Call_Drop_Analysis): From Messages view, KeyInfo Blocked Call details => Block Type = No Radio Bearer Setup Complete. Active CPICH Ec/Io is very weak, while both monitored and detected neighbor cells are stronger. Those should have been added to the active set..?! Analysis of Dropped Call (same analysis): Drop Type = No service. Using Spider Move in Map View => Coverage only from site far away – leads to weak signal and dropped call. New site should be added or existing sectors added to active set. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
152 USE CASE 4: Edit Device AttributesContinue with step 5 (”Edit Device Attributes”) in the Walk-U-Through wizard Expand your project and sort the dataset by device Mark any device and add a new global attribute called Team Allocate MS1 and MS2 to ”Team 1”, under Editable Attributes tab and Team attribute Allocate MS3 and first file under MS4 to ”Team 2” Allocate second file under MS4 to ”Team 3” Sort your dataset by Team Close the dialog and sort also your dataset by Team in Explorer. Works OK? TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
153 USE CASE 5: Create Composite DatasetContinue with step 6 (”Create Composite Dataset”) in the Walk-U-Through wizard. Let us assume that changes have been done in the network and you want to sort drive test data according to ”before” (Team 1) and ”after” (Team 2 & 3) this change. Expand your dataset and sort by Team Create new composite dataset and name it ”Before change” DnD Team 1 to members of the group on right-hand side. Save. Create new composite dataset and name it ”After change” Allocate both Team 2 and Team 3 to this group. Save and exit the dialog. Back in the Explorer and Dataset tab, expand Composite and verify that your created composite dataset is present. You deal with this composite dataset just as with any ordinary dataset. TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
154 USE CASE 6: UDR - User Defined RegionWith User Defined Regions (areas) created, you can sort your data by region and perform specific geolocation binning for specific regions. With the Dropped Call Analysis still visible in the map (from Use Case 3), create a region covering the samples after the dropped call and name it ”Southern tip”. Locate it under GIS/Coverage Map tab in Explorer. Remove the samples in the map by right-clicking and selecting Dataset – Remove Curves. Under Dataset tab, apply filtering by your new region and DnD (from file ”...007_MS3”) again A1 from your favorite group into the Map View. Works OK? Remove the samples again and apply no region filtering before DnD A1 once more. Works OK? Remove (close) the region from the map and make it appear again... TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
155 USE CASE 7: Geolocation BinningContinue with step 7 (”Geolocation Binning”) in the Walk-U-Through wizard. Denote a suffix to your binned dataset Specify 100 m bin size by route distance and apply this to your defined region ”Southern Tip” only When completed, expand the binned dataset and DnD A1 into Map View. Works OK? For more convenient display, separate the binned data samples from the others by applying Data Route Offset Verify the bin size (100 m) with the measurement tool TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
156 USE CASE 8: Analysis Continue with step 8 (”Analysis”) in the Walk-U-Through wizard. Close your current (open) project In the wizard, select your project, dataset and the mobile/file where you had problems according to Use Case 3. Select an appropriate analysis set and press Open Project What happens? Difference from Use Case 3? Use Spider Move in the Map View and Point Details to find a possible solution to the Dropped Call problem Possible solution: Spider Move reveals that the samples just before the drop are connected to PSC 402 as the only member of AS. The very last sample before the drop has detected (red connection line) the sector with PSC 8. After the drop that sector (PSC 8) is used with OK signal strength. That sector should have been added to Monitored or Active set...?! TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
157 USE CASE 9: Report Continue with step 9 (”Report”) in the Walk-U-Through wizard. Keep the same Mobile as from Use Case 8 and press Generate Report Select template WCDMA CS Call Sample Report under group Common Apply no filtering Generate report Study the report TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
158 USE CASE 10: Create New Analysis SetOpen Google Earth and DnD metric WCDMA Rx Tx Power/Rx Power. Save as Analysis Set with an appropriate name Close the project Back in the analysis step in the wizard, select the same project, dataset and mobile/file as in Use Case 8. Select your new analysis set and press Open Project What happens? Difference from Use Case 8? TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
159 USE CASE 11 (Professional version only): Create New Problem SetOpen Problem Summary View and study the current content of the Problem Set Definition combo box Open the Report Template Builder and list the available Problem Sets Mark the Dropped and Blocked calls set and notice the content to the right Create a new Problem Set revealing (and named) ”Critical RF Conditions”, with events from GSM_WCDMA_Events in Metrics List Select your new set in Problem Summary View and apply on your entire dataset Any critical RF conditions? Which ones? Study the device ”..._007_MS3” with an appropriate Analysis Set During the worst condition (Weak Pilot Alert for PSC 8), what is the Top Active CPICH Ec/Io and Top Non-Active CPICH Ec/Io? Critical RF conditions: All types of problems under that group exists, except ”Strong DL Interference Alert” (8 rows totally with range from 3 to 88 problems found in each row) – revealed from Detail... button! Appropriate Analysis Sets can be Weak Pilot Alert or Pilot Pollution Answer to last question: dB and dB respectively (from Messages View, Details on right hand side). TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
160 USE CASE 12 (Professional version only): Create New Report TemplateOpen Report Template Builder Create a template with three different charts, according to the screen shots Save it Generate Report on one device Study the report TEMS DISCOVERY Introduction January 2010, © Ascom TEMS DISCOVERY Introduction January 2010
161 LEGAL DISCLAIMER This document contains specific forward-looking statements, e.g. statements including terms like “believe”, “expect” or similar expressions. Such forward-looking statements are subject to known and unknown risks, uncertainties and other factors which may result in a substantial divergence between the actual results, financial situation, development or performance of Ascom and those explicitly presumed in these statements. Against the background of these uncertainties readers should not rely on forward-looking statements. Ascom assumes no responsibility to update forward-looking statements or adapt them to future events or developments. TEMS DISCOVERY Introduction January 2010, © Ascom 161 Presentation Name Month Year TEMS DISCOVERY Introduction January 2010 161
162 THANK YOU! Doc nr?? TEMS DISCOVERY Introduction January 2010, © Ascom