Mobile Control
Mobile Mapping System
- Integrates 3D Video Image with GIS Database
- Captures 360° Video with Positional Information While Driving
- Camera Vector Technology Assigns 3D
Coordinates to Video Images - Measurements can be Taken on Video Screen
- Generates 3D CG of Roadside Features
- Overlays 3D CG on Video Image
- Active Linkage with GIS Software
The CV-Technology assigns accurate 3D coordinates to every pixel in each video frame using camera vectors - vectors from the camera center. To calculate the camera vectors, three-dimensional camera positions and attitudes are determined by tracking the movements of multiple points in every frame. Utilizing a full scope of 360° spherical images that include points at a variety of elevations, the camera position and attitude can be accurately computed, maximizing precision of camera vectors.
- CV-Image
- CV-Image is defined as the video imagery of which pixels in all frames have 3D coordinate values.
Three sensors - 360° camera, GPS and IMU - are integrated into a single block for easy mounting on a rooftop carrier of various vehicles.
Digital camera captures spherical video image, GPS receiver collects geographical location, and IMU (inertial measurement unit) monitors vehicle attitude while assisting positioning where GPS signals can be blocked.
The simplified system configuration requires only one laptop PC and an HDD (eSATA connection) inside the car.
A hard carrying case secures the sensor units for transportation and storage. The system can be quickly mounted on and dismounted from a vehicle as needed.
- 3D Coordinate Measurement
- Point and click on video screen to check the 3D coordinate value of the point.
- Object Tag
- Objects in the video images can be identified and registered with attribute information.
- Points, Polylines, Polygons
- Points, polylines and polygons can be traced on the PC screen and registered as spatial information.
- Integration with ArcGIS
- Sharing a common database, all operations and edits on video images are reflected upon digital maps of ArcGIS.
- Measurement between 2 Points
- Distance, height, tilt, and azimuth can be measured by clicking two points on the PC screen.
- Overlaying CG
- 3D Computer Graphics can be overlaid onto the video images. Ideal for landscape simulations.
S2 Lite Controller
- Data Collection Software -
Captures video images with a 360° camera, collects positional data with a GPS receiver and vehicle motion/attitude with an IMU.
S2 Lite MovieMaker
- Spherical Movie Creator -
The MovieMaker generates a 360° spherical movie from captured video images.
S2 Lite 3DMaker
- 3D Image Processor -
With the CV-Technology, the 3DMaker calculates camera vectors and generates CV-Image of which pixels in all frames have geo-referenced 3D coordinate values.
S2 Lite for A-GIS
- Extension for Arc-GIS -
Creates active linkage between the 3D video images and Arc-GIS.
| IP-S2 BOX | |
|---|---|
| Integrated GPS Receiver | |
| Number of Channels | 40 channels |
| GPS L1 carrier, L1CA | |
| Data Update/Output Rate | 10Hz * |
| Positioning Accuracy | H: Sub-meter (RMS) |
| Integrated IMU | |
| Type | MEMS gyroscope |
| Gyro Bias | 25°/h |
| Acceleration Bias | 8.0mG |
| General | |
| Data Update/Output Rate | 100Hz |
| Input Voltage | 9 to 28V DC |
| Keyboard | FN1, FN2, Power |
| LED | Power, GPS, Status |
| I/O ports | USB, Ethernet, 360° Camera, GPS Antenna |
| Operating Temperature | -30 to +60°C |
| Dust/Water Protection | IP66 |
| Dimensions | 200 x 230 x 110mm (excluding protrusions) |
| Weight | 3.64kg |
| Sensor | |
| 360° Digital Camera | |
| Configuration | 6 CCD Image Sensors |
| Resolution | 1600(H) x 1200 (V) Pixels |
| Operating Temperature | 0 to +45°C |
Recommended PC specification |
|
|---|---|
| OS | WindowsXP SP2 or later (32bit) |
| CPU | Intel CoreDuo 1.4GHz or higher |
| RAM | 2GB or larger |
| Graphics Card | Graphics Card with an independent Graphic Chip256MB or larger video memory |
| Port | e-SATA x1, USB x 2IEEE1394b x 1 (or ExpressCard/34-slot x1) |
* 1Hz with S2 Lite Controller software
