"They indicate an orientation of vehicles that would not be unusual for artillery vehicles, and there does appear to be some 'scorch' damage that is not a wheel or track".
Improvements on this line [6, 7] comprise a variety of vehicle models, including detailed wireframe corresponding to trucks, cars, and other vehicle types, which provide accurate representations of the shape, volume, and orientation of vehicles.
It is shown that influences from the dynamics of vehicle deck interactions are relevant to a number of aspects of issues, such as the excitation frequency range, how detailed information of the structural system response is required, the structure characteristics, and positions and orientations of vehicles on decks, etc.
The single epoch GPS compass is an important field of study, since it is a valuable technique for the orientation estimation of vehicles and it can guarantee a total independence from carrier phase slips in practical applications.
They also need orientation of the vehicles which can be retrieved from optical flow calculation.
Using vehicle kinematics, a reference frame is generated which provides desired orientation of the vehicle along the path.
The gyroscope tends therefore to point in a constant direction in space, allowing the orientation of the vehicle to be accurately maintained.
The classification using the 3D model-based approach requires camera parameters and orientation of a vehicle which can be calculated using tracking results.
The Cartesian coordinates provided by the localization system are fed to the proposed observer in order to estimate the orientation of the vehicle.
As shown in Fig. 1, the road centreline may be completely defined by assigning the road curvature κ as a function of the road length s, and the position and orientation of the vehicle can be defined using its position s along the route, the distance n from the road center and orientation α relative to the road direction.
This information includes the true north offsets of the sensor (in azimuth and elevation, Figure 8(a)), the target type, the target speed, the range and slant ranges from the sensor to the target (Figure 8(b)), the pixel location of the target centroid, heading direction with respect to true north, and aspect orientation of the vehicle (Figure 8(c)).
