By Amedeo Odoni, Richard de Neufville
* the hot ordinary on airport platforms planning,design, and administration
* presents suggestions to the main urgent airport issues: enlargement, site visitors, surroundings, additions, and so on.
* complete assurance of computer-based instruments and method
* extra stories and updates on hand through authors' web site
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Extra resources for Airport Systems: Planning, Design, and Management
Other tools target scientific applications, where computational accuracy is crucial and simulation time drops to second place. Available software includes the Mathworks SimMechanics toolbox for MATLAB product or Bullet Physics Library, which is an open source physics engine developed by Erwin Coumans et al. The question arises as to whether it is justified to create new software from scratch if many similar products are available. Our effort is not only dedicated to create the simulation environment, but also to gain deeper insight into the laws of physics, which apply to satellite motion, software development process gives a great opportunity to do so.
The logical implementation of the Busola simulator is shown in Fig. 3. The simulator consists of four main groups of elements: • Busola—It is the core of the simulator. It calls methods from other classes. It is responsible for interaction with user, reading and storing a current configuration. Fig. 3 Logical representation of the Busola simulator Simulation and Visualization of Attitude Control System Operations 29 It logs the simulation result to log files. The other important task this class is responsible for is numerical integration.
The radiometric resolution is, however, not the principal parameter of the above mentioned imaging devices. The ToF (Time-of-flight) camera is an imaging device that measures the time of flight of an electromagnetic wave between an illuminator, a lens and a camera (Fig. 1) to create an image; therefore, it is applying the usage of active scene illumination. What distinguishes ToF camera from stereoscopic camera is that the first one uses single detection unit (detector array and a lens) 3D image acquisition instead of two units in stereo cameras.