Technology Transfer

Automatic Recognition of Trademark Logos using Computer Vision and Image Processing Techniques

Content based image retrieval. Similarity based image recovery from trademark databases using shape recognition. Shape analysis is the mainly automatic analysis of geometric shapes, for example using a computer to detect similarly shaped objects in a database or parts that fit together.
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Real-Time Identification of Persons by Iris Recognition

Person identification by analysis of the iris texture is accepted as one of the most efficient biometric methods with the objective of controlling access of individuals to buildings, offices, equipment and other protected resources.
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License Plate Automatic Recognition System

License Plate Recognition is an image-processing technology used to identify vehicles by their license plates. This technology is used in various security and traffic applications, such as the access-control system. This system detects and reads vehicle license plates for parking, access control, traffic, surveillance, law enforcement, security and other logistical applications.

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Face Recognition System

Increasingly, software applications and consumer electronics devices are incorporating the face recognition technology. Face Recognition System allows automatic monitoring of groups of people, airport security, social networking sites, software embedded in cameras, image processing software and photo management, video analysis, human computer interface (HCI), security systems and comfort in vehicles and homes, among others.
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Face Recognition System

3D real-time Earth Exploration using Flight Simulators and Geodatabases

3D visualization of topographic environments and associated geospatial information allows the exploration of a diversity of geographic phenomena (global climate changes, environment disaster prevention, ecological studies, and real time remote sensing and tracking). Also, the use of geodatabases is a powerful tool to perform qualitative and quantitative data interpretation. Both contribute to increase the analysis capabilities and to understand these and other complex subjects to be addressed.
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Perspective view of a region of Bah├Ča Blanca, Argentina

FPGA (Field Programmable Gate Arrays)

Many remote sensing applications require on-board, real time processing with low power consumption. Solutions based in FPGA implementations are common in these cases to optimize the processing resources needed.
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FPGA

Real Time Object Detection

The exponential growth in processor speeds allows nowadays the application of vision based real time object detection in a wide variety of applications: face detection (digital cameras, webcams, etc), pedestrian detection (video surveillance), vehicle detection (pre-crash systems), etc.
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Real Time Object Detection