Three-Dimensional Media for Mobile Devices

A General Boundary-Integral Formulation for Zoned Three-Dimensional Media

A new boundary-integral formulation is proposed to analyze the heat transfer in zoned three-dimensional geometries. The proposed formulation couples the boundary formula, the gradient of the boundary formula, and the exterior formula. An advantage of this formulation over the traditional methods is that any linear condition at the interface between subdomains may be incorporated into the formul...

Connection Interface Designing for Grid and Mobile Devices

There area lot of mobile computer devices with a variety of applications and users Tend to use them more. Due to the limitations of mobile devices, running most of the procedures are impossible. To resolve this problem, mobile devices can be connected to the grid, to use the facilities of grid. On the other hand the communication mechanisms are different for each device and they cannot be c...

Connection Interface Designing for Grid and Mobile Devices

There area lot of mobile computer devices with a variety of applications and users Tend to use them more. Due to the limitations of mobile devices, running most of the procedures are impossible. To resolve this problem, mobile devices can be connected to the grid, to use the facilities of grid. On the other hand the communication mechanisms are different for each device and they cannot be c...

Three-dimensional perception for mobile robots

This thesis addresses the problem of three-dimensional perception for mobile robots, where perception comprises three major tasks, namely data acquisition, consistent and efficient representation, and addition of semantic information by classification of the encountered objects. For all three of these subtasks we provide novel approaches. For the data acquisition we present a robotic system con...

Three-Dimensional Molded Interconnect Devices (3D-MID)