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Improve software security evaluation by combining fuzzing and genetic algorithms.
Our project starts from a practical specific application of stereo vision (matching) on a robot arm, which is first building up a vision system for a robot arm to make it obtain the capability of detecting the objects 3D information on a plane. The kernel of the vision system is stereo matching. Stereo matching(correspondence) problem has been studied for a few decades; it is one of the most investigated topics in computer vision. A lot of algorithms have been developed, but only a few can be applied in practice because of the constraint from either accuracy or speed requirement. After the vision system is built, one can get some insights from it, and determine which part of the vision system needs to be improved through experiments. The result shows that the accuracy of current block matching algorithm is enough to be applied in speci...
This graduate project is called “Freedom VIC for Urban VIC Team”, which is dealing with the Village in the City (VIC) transformation in Shenzhen China, focusing on the transformation of VIC (the “ghetto” area), in Shenzhen’s current society. This project derives from the current situation that there are 251 VICs in the inner city of Shenzhen, and those areas are always be regarded as a negative place, “ghetto” place from official perspective. As a result, government always make “Top-down” transformation in VIC area which aims to improve the physical qualities in VIC but erase all the values of VIC. Therefore, the project is aiming to find out better approach for VIC transformation by finding both the negative and positive values of VIC from social, physical and cultural aspects.
This graduate project is called “Freedom VIC for Urban VIC Team”, which is dealing with the Village in the City (VIC) transformation in Shenzhen China, focusing on the transformation of VIC (the “ghetto” area), in Shenzhen’s current society. This project derives from the current situation that there are 251 VICs in the inner city of Shenzhen, and those areas are always be regarded as a negative place, “ghetto” place from official perspective. As a result, government always make “Top-down” transformation in VIC area which aims to improve the physical qualities in VIC but erase all the values of VIC. Therefore, the project is aiming to find out better approach for VIC transformation by finding both the negative and positive values of VIC from social, physical and cultural aspects.
The Mode-Expansion Method (MEM) is introduced to calculate the electromagnetic (EM) waves scattered by 2-D rough water surfaces at low-grazing angles. The Electric Field Integral Equation (EFIE) is used in defining the problem and is simplified by using the Impedance Boundary Condition (IBC). The surface currents are expressed as the sum of modes expanded as the Fourier series with incident wave as the dominant mode. It is shown that, by the MEM and for the geometry with transmitting and receiving waves at low-grazing angles, very few modes are needed in solving the forward scattering field with reasonable accuracy.
Want to know more?If you want to know more about this cutting edge product, or schedule a demonstration on your own organisation, please feel free to contact us or read the available documentation at http://www.keep.pt/produtos/retrievo/?lang=en