Dr. Luca D'Errico

Software and hardware internal consultant, project leader and researcher within the business/development of devices for the light reflectance measurement. My research activity is focussed on measurement of materials and BRDFs reconstruction: analysis and 3D visualization of data, development of models for implementing digital materials in virtual environments. I develop multi-threaded C/C++ software and GUI (Qt, rendering algorithms and openGL) for the analysis and 3D visualization of data and models.

Client/server multi-threaded socket programming for components of automation industry and sorting machines. Development of C++/C# code on Windows platform and management of data storage with Oracle database. Development of HMI by using Visual Basic and WEBfactory.

Development of a robot controller (in C) for the simulation of robot in virtual environment. Implementation of virtual devices, such as stepper motors, LEDs, accelerometer, IR sensors, camera. Study of virtual automotive robot, with focus on area scan and obstacles avoidance. 3D interactive vector graphic content was code by using VRML.

Thesis: http://digbib.ubka.uni-karlsruhe.de/volltexte/1000023950 Development of a complex OO C++ software, within the Monte Carlo Simulation method. Statistical analysis of partilce physics systems/data and software design by using UML. Relevant experience with scripting languages, such as Python and Bash, and other programming languages, such as FORTRAN. Wide familiarity with computational software, i.e. Mathematica. Operative System: Linux. Member of an international team.

Development of a complex OO C++ software, within the Monte Carlo Simulation method. Statistical analysis of partilce physics systems/data and software design by using UML. Relevant experience with scripting languages, such as Python and Bash, and other programming languages, such as FORTRAN. Wide familiarity with computational software, i.e. Mathematica. Operative System: Linux. Member of an international team.

Development of a complex OO C++ software, within the Monte Carlo Simulation method. Statistical analysis of partilce physics systems/data and software design by using UML. Relevant experience with scripting languages, such as Python and Bash, and other programming languages, such as FORTRAN. Wide familiarity with computational software, i.e. Mathematica. Operative System: Linux. Member of an international team.