User's Manual
Table Of Contents
- 1 General
- 2 Introduction
- 3 System Description
- 4 Hardware
- 5 Installation
- 6 Coordinate System
- 7 Commissioning
- 7.1 Check list installation and surveying
- 7.2 Editing of configuration files for the DSP
- 7.3 Upload of configuration files for the DSP
- 7.3.1 Connection with LPR mobile unit (type: compact) via TCP/IP
- 7.3.2 Connection with LPR mobile unit (type: compact) via RS232
- 7.3.3 Upload DSP configuration file for LPR mobile unit (base station)
- 7.3.4 Upload DSP configuration file for master transponder unit
- 7.3.5 Upload DSP configuration file for transponder unit
- 7.4 Editing of configuration files for Fusion Engine
- 7.5 Upload configuration files for FusionEngine
- 8 Symeo MAP
- 9 Network Settings
- 10 Symeo 2D Protocol
- 11 Appendix A: Agency certifications
Symeo LPR
®
-System
LPR
®
-2DB
Product Documentation
System Description
Copyright © Symeo 2012
Page 25 of 132
These 1D distances are forwarded to the software FusionEngine. The FusionEngine can
either be on the ARM9 board of the mobile unit or on a separate PC of the customer. In the
software FusionEngine all 1D distance measurement are merged to a 2D positioning.
DSP
ARM9 (SW
FusionEngine)
PC (SW
FusionEngine)
RS232
RS
232
(optional: Netcat)
PC (SW
Symeo Map)
PC (SW
Symeo Map)
Mobile Einheit
TCP/IP
RS
232
TCP/IP
Figure 8 – cycle of a 2D positioning measurement and possible interfaces
In mode 1 (Basic Cell) and in mode 2a (Managed Cell) the cell
coordinates of the transponders are stored in the Fusion Engine. In
mode 2b (Managed Cell) and mode 3 (TDOA) the coordinates of the
transponders are stored in the cell master.
Furthermore in the files for the FusionEngine are set the parameters of the model (see
chapter 3.3) as well as the settings for the antennas (coordinates, calibration).
The position calculated in the FusionEngine can be graphical shown with the software
Symeo MAP (see chapter 0).