Machine learning and process optimization
Optimization, machine learning and game theory in the economic, industrial, environmental, medical fields
Optimization, machine learning and game theory in the economic, industrial, environmental, medical fields
The invention consists of a method for the reconstruction of a CAD model with parametric and associative properties starting from: a scan of a real object, and from a CAD template of the object (parametric-associative) in order to simplify the reverse engineering processes.
This invention consists of a socket capable of monitoring numerous descriptive parameters of the operation of an electrical load or several electrical loads and of communicating with a control platform, controlled by the user, capable of sending commands to the socket and carrying out in-depth data analyzes received as the Voltage Quality and Power Quality.
The present invention aims to solve the problems related to multi-architecture parallel programming by using an innovative and automatic process for the generation of parallel code with a high level of abstraction executable at high performance on electronic processors with heterogeneous multi-core or many-core or hybrid architectures.
The patented invention covers nano- and micro-fabrication techniques of 3D structures using CAD/CAM technology specially designed to process two or more different materials with nanometric and/or millimeter resolution at the same time.
The invention deals with a localization method that finds application in localizing RFID-UHF tags in relative motion with respect to the RFID-UHF reader
The auto-localization system of RFID Robots in indoor environment (AURORA) is a low-cost, reliable and scalable system, which allows robots or other mobile devices to self-locate in an indoor scenario using passive UHF band RFID tags placed at known locations.
The device developed is a robotic transporter that can be used for moving objects. The device consists of one or more collaborative robotic arms (cobots) with gripping devices able to pick up types of objects different in size, shape and weight.
The invention concerns a highly adaptive and flexible automatic system for the removal of the protective film used for the packaging of pallets.
The present invention relates to a building material testing device for measuring certain mechanical properties of a building material by performing, for example, compression or flexural failure tests on mortar, concrete and/or brick samples, or bending tests on reinforcing steel bars.