SeeGate2 & SeeTrain Technical Training – October 2009 Version 2

Contents  1. Company overview……………….…2  2. Sample installations………………..21  3. SeeGate2 architecture……………..28  4. SeeGate2 Gantry…… ………..31  5. SeeGate2 Hardware…….………….36  6. Middleware…………………………..50  7. SeeGate2 GUI....……………………56  8. Utilities………………………………. 64  9. SeeTrain…………………………… 79 1

1.Company Overview Hi-Tech Solutions 2

 Established 1992  Leading developer and supplier of Optical Character Recognition (OCR)  LPR and CCR applications in security, automation and management for ports and traffic markets.  Successful deployment in over 30 countries  Established partnerships with top-tier global companies 3

Proven Supplier of OCR Solutions Worldwide 4

Comprehensive Implementation Capabilities  Prime contractor experience  MTC, USA  Rotterdam, Netherlands  Large scale project experience  Vendor supply  integration  Database management capability  Back office capabilities in real time monitoring of cameras 5

Technology Offerings CCR Container Code Recognition LPR License Plate Recognition OCR OCR Systems Capture Images, Identify Container and Plate Numbers 6

Proven State of the Art LPR Solutions  Low and High-Speed LPR  Up to 200 km/hour  Flexible & adaptable  Surveillance, access control, security, traffic management, toll roads, parking applications 7

Broad LPR Deployment Base  Sample Installations:  Electronic Toll Highways (South Bay Hwy, CA)  Athens Summer Olympic Games (SAIC)  Airports (Security, Parking)  Government Facilities  Border Crossing Systems  Traffic Monitoring 8

LPR Proven Performance Excellence  98% Accuracy Guarantee  Day/night to 160 km/hour  Hardware reliability  Color and B&W 9

CCR Solutions  Truck Gate OCR (plate, container, chassis, DI, IMO labels)  Pedestal LPR units, matched with Portals (hundreds of lanes)  Ship-to-Shore Crane OCR (Over 70 systems installed)  Rail OCR (9 systems installed)  Other systems under development BENT Terminal Port of Oakland STS Terminal Port of Seattle Trapac Terminals Port of L.A. 10

Key Customers  US DHS, TSA - ACTA (Alameda Corridor Transportation Authority)  US DoE (Department of Energy) – LPR/CCR in RPM Systems  Oak Ridge National Labs (CA, USA)  Ben Gurion Airport (Tel-Aviv, Israel)  IBM S 3 (NY, USA)  MTC (Marine Terminal Corp) - US West Coast  Maersk/APM Terminals (CA, USA)  ECT, EuroMAX (Port of Rotterdam, Netherlands)  Port of Southampton, UK  MGM (Ports of Marseille & Foss, France)  Busan New Port (Korea)  South Bay Highway SR125 (San Diego, CA USA) 11

Project Examples  LPR  Security  Traffic Management  Container Solutions  Border Crossings  Intermodal, SeeRail, 12

IBM S 3 Smart Surveillance System  IBM Comprehensive Site Security Surveillance System  Tracks & monitors continuously from point of entry through exit  Integrated HTS’ LPR, biometrics/facial recognition, behavior analysis, badge reading, people tracking, etc. NYC, NY 13

Security Solutions 14

Security Solutions 15

Airport Perimeter Gate Security Ben Gurion Airport  Screens all entering vehicles  Real-time cross-check with security database  Reduces checkpoint cycle time Ben Gurion Airport, Israel 16

High-Speed Open-Road Tolling SR125 San Diego CA 17

SeeWay Multiple Lanes Nancy, France 18

Port Automation MTC Gate System, USA 19

North American Presence  HTS has a strong US Presence with a team of experienced professionals in:  Marketing  Project management  Maintenance/support  HTS has offices located on both the East and West coasts of the US 20

2. SeeGate2 – Sample Installations 21

Second Line for Defense for US Department of Energy Busan Korea – 4 lanes 22

Second Line for Defense for US Department of Energy Southampton, UK – 3 lanes 23

Kramer, Rotterdam 2 phases – 6+8 lanes 24

Second Line for Defense for US Department of Energy Algeciras, Spain – 2 lanes 25

Euromax, Rotterdam Euromax– 4 lanes 26

Rotterdam projects film 27

3. SeeGate2 Architecture 28

SeeGate2 Basic LPR & CCR Main window SeeGate2 Viewer LPR CCR 29

SeeGate2 Configurations CCRLPRRLPRChassisDamageIMOComments 1v 2vv 3vvv 4vv 5vvv 6vvvv 7vv 8vvv 9vvvv 10vvv 11vvvv 12vvvvv 13vvvAdditional Rear LPR 14vvvvAdditional Rear LPR 15vvvvvAdditional Rear LPR 30

4. SeeGate2 Gantry 31

SeeGate2 Gantry elements Side Illum IR sensor Side camera LPR cameras Top/Rear illumination (s) Top camera Rear camera (not seen) 3 loop detectors 32

Gantry – back view 33

Multiple lanes 34

SeeGate2 Loops 35 Above diagram is typical; site specific diagrams will be delivered

5. Hardware 36

CCR Camera Elbex color ½” autoiris Number of lane: Side: 2-4 Top: 1 Rear: 1 Various enclosures 37

Video distributor Distributes video sync from camera to Illumination units 38

Video distributor 39

Sync Generator Special sync unit –between pairs of cameras 3 units per std system 40

Sync Generator 41

IO control (USB, TBL) Pin # WirePin # Wire 1Loop 1 (input)13Truck LPR Left Top Illum. LSB 2Loop 2 (input)14Truck LPR Left Top Illum. MSB 3Loop 3 (input)15Truck LPR Right Top Illum. LSB 4IR sensor 1 (input)16Truck LPR Right Top Illum. MSB 5IR sensor 2 (input)17Container Left Illuminators LSB 6-18Container Left Illuminators MSB 7-19Container Right Illuminators LSB 8-20Container Right Illuminators MSB 9Truck LPR Left Bottom Illum. LSB21Container Top Illum. (2 units) LSB 10Truck LPR Left Bottom Illum. MSB22Container Top Illum. (2 units) MSB 11Truck LPR Right Bottom Illum. LSB23- 12Truck LPR Right Bottom Illum. MSB24Busy signal 42

Frame Grabber 43 Inputs: 4 VIDEO inputs One or more boards per PC Compatible with standard PAL or NTSC cameras Board is PCI bus mastering agents that directly store the acquired images into the PC physical memory without CPU involvement

IR sensors 44

Loop detectors 45

Schematics: I/O 46

Schematics: PC 47

LPR Camera 48 The SeeCarHead unit is an optimized and compact camera illumination unit integrated into the LPR system. This unit is fully supported by the application and utilizes its additional features to maximize the results. The application controls the level of illumination (4 levels). The image capture is synchronized with the illumination to achieve higher signal to noise ratios.

Schematics: LPR 49

6. Middleware 50

Hierarchy of computers 51

SeeTerminal GUI 52

Station status 53

Video clips Left Right Top 54

Viewer – Movie clips 55

7. SeeGate2 GUI 56

Main Window 57

SeeGate2 Live View 58

Options – General settings 59

Options - Cont settings 60

Options – Image settings 61

Options - AVI settings 62

Options – Communication settings 63

8. Utilities 64

SeeGateViewer – Results 65

SeeGateViewer – Results 66

SeeGateViewer – Query 67

SeeCleaner 68

SeeService 69

SeeMonitor – status lights 70

SeeMonitor – Graphs 71

SeeMonitor 72

Mail notification 73

SeeCal – Calibration tool Video Panel : Contains live video pictures, with zoom option Control Panel : Allows the control of illumination pins, switching camera and rotating the displayed video. Diagram Panel : Graphically displays image statistical information 74

Displays live video image. Zoom in : Click anywhere in the video image, drag the mouse and release it to form a rectangle. The image in the marked rectangle will then zoom in, and be displayed across the whole video panel. You can repeat this process to zoom in the resulting image. Zoom out : Use shortcut key Ctrl+space, or right click the image, in the menu that opens select Zoom…, and in the submenu select Zoom Out. If you zoomed in several times, each zoom out will undo one zoom in operation, until you reach the original image. Fit To Window : Cancels any zoom operation, and displays the original image. To select this option, right click the image, in the menu that opens select Zoom…, and in the submenu select Fit to Window. Image Rotation is done through Control Panel. Control Panel Video Panel 75

Control Panel Frame Grabbers select camera to display. Select the camera board number and channel number, then click Apply. Illumination Pins toggle buttons that turn illumination pins on and off. Image Rotation rotate the video image 76

Diagram Panel Average brightness is average of image pixels. Low brightness value represents a dark image, while high brightness value represents a light image. STD Deviation chart represents image contrast, thus reflects image focus. A higher value of STD deviation means a better focus. 77

Control Panel RGB graph shows RGB components of incoming video signal Note that if you want to measure the brightness or contrast of a region in the image (for example, the plate zone), then first zoom into that region, and the values will reflect the measurements within that small area. Note : To start SeeCal, open SeeService, disable SeeGate, exit from SeeGate,start SeeCal. To enable SeeGate back, exit from SeeCal, open SeeService, enable SeeGate 78

9. SeeTrain Architecture 79

System configuration 80

Camera configuration There are 4 cameras on each level, located at 4 corners. The side cameras take images of the side markings, while the back container cameras take images on the back/front. 82

SeeTrain - System Cables 92

83

Gantry 84

Installation Dimensions 85

Camera &Illumination Units 86

Video Connection 87

I/O Control 88

GUI Main Display 89

Camera Settings 90

Capture Set Settings 91

I/O Settings 92

General Settings 93

Image Settings 94

Last Slide… Thank you 84