Artificial Vision. Services

Artificial Vision. Services


Tech transfer and companies advisory

The CVC is committed to transferring its knowledge and expertise, and to working with industrial partners for collaborative R&D. We develop interactions and collaborations by offering commercial services and Computer Vision solutions to the industry through:

Led_crculo_naranja2 Feasibility studies
Led_crculo_naranja2 Project development and monitoring
Led_crculo_naranja2 Systems certifications
Led_crculo_naranja2 Technical consultancy


Contact: David Rotger

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Education & Training

In the CVC we carry out Ph.D. research and thesis mentoring for Ph.D. students, jointly serve the Master Degree Program in Computer Vision and Artificial Intelligence and have year-round scheduled seminars and other introductory and advanced courses in Computer Vision related topics.

Contact: Helena Piulachs

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Image Processing Services

The Image Processing Service is a scientific and technical service that supports research activities created to provide to the university community services and advice in image acquisition, processing, analysis and copies. These services include a large number of different activities such as:
Led_crculo_naranja2 Collection and digitization of images of different kinds (documents on paper, slides, photographs, radiographs, lab samples, microscopic images, etc.), as in black and white as in color.
Led_crculo_naranja2 Scanning and editing digital video.
Led_crculo_naranja2 Use of software for image processing and analysis for applications (Visilog, Vili).
Led_crculo_naranja2 Filming slides from digital images or created by graphic editors, to make presentations, with a maximum resolution of 4096 x 2732 points with 16.7 million colors.
Led_crculo_naranja2 Photo-quality printing.
Led_crculo_naranja2 Color Poster Printing on plain or photo paper, up to size DIN-A0 + (format inkjet printer).
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Printed covers and special publications.
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Object scanning to obtain digital 3D model.
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3D Printing objects sourced from a pre-scan or from a file generated using a 3D editor.
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Generation and printing of 3D models from serial CT images in DICOM format or others with enough quality.

Contact: Joan Masoliver

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