Research

SCIBA

The goal of SCIBA (Smart Cameras for Intelligent Behavior Analysis) is to develop robust techniques for the recognition of unexpected behavior of crowds and individuals in complex situations. The goal encloses the following aims: a. Combine statistical features with tracking of individuals. Statistical features are more robust for a global decision of unexpected behavior with … Continue reading SCIBA

ILAC

ILAC (Image-based cLassification of Ancient Coins) is a research project in an interdisciplinary topic, computer vision together with numismatics. Numismatics is at a point where it can benefit greatly from the application of computer vision methods, and in turn provides a large number of new, challenging and interesting conceptual problems and data for computer vision. … Continue reading ILAC

CAPRI

Humans are dealing with 3D object detection and recognition in their everyday life. In computer vision applications, 3D information is often gathered by using multiple cameras. When multiple cameras having an overlapping view and a wide baseline are used it is not possible to reconstruct an observed object based on corresponding points because such features … Continue reading CAPRI

The Sinaitic Glagolitic Sacramentary (Euchologium) Fragments

In collaboration with the Institute of Slavic Studies (ISS), University of Vienna, this interdisciplinary project is devoted to the recording, investigation and edition of two medieval Slavonic manuscripts of extraordinary importance, discovered in 1975 in St. Catherine’s monastery on Mt. Sinai: “Euchologii Sinaitici pars nova” (Cod. Sin. slav. 1/N) and “Missale (Sacramentarium) Sinaiticum” (Cod. Sin. … Continue reading The Sinaitic Glagolitic Sacramentary (Euchologium) Fragments

Deep Green

Correct identification of tree species from leaves, needles and bark is a task which requires expertise. With increasing capabilities of mobile devices, like resolution of the integrated cameras and more computing power these devices can be used to take over this task. Within a project with the “Österreichischen Bundesforste AG” (“Austrian Federal Forests”) the main … Continue reading Deep Green

wellbeing

Optimizing the Workplace of ELderly Laborers: BE IN Good health! Most jobs require older adults (55+) to sit for eight hours (or even longer) while performing their tasks. In combination with not ergonomically designed working places and only little exercising, severe health problems can arise. Wellbeing offers a holistic platform, combining physical exercises, workplace ergonomics, … Continue reading wellbeing

Infos@ourHouse

The goal of the project Infos@ourHouse is to build a smart interactive display for apartment and commercial buildings. In comparison to the traditional communication medium of paper messages on bulletin boards, such a device enables a more efficient, economic and interactive way of delivering the relevant information to the people. The project represents a collaboration … Continue reading Infos@ourHouse

AutoFLOW

    Automation of Flow Cytometric Analysis for Quality-Assured Follow-up Assessment to Guide Curative Therapy for Acute Lymphoblastic Leukaemia in Children Acute Lymphoblastic Leukaemia (ALL) is the most frequent leukaemia entity in children and adolescents. About 15-20% of paediatric patients with the disease still suffer from relapse. Flow cytometry (FCM) is one of the methodologies most … Continue reading AutoFLOW

FieldVibes

The goal of this project is to automatically recognize products in supermarket shelves. After the recognition of the measurement of the products are automatically determined. Thus, the project contains several steps: Recognition of the products Deskew of the image Determination of the measurements in the image The results of the project can then be used … Continue reading FieldVibes