Overview

The research project SEE-KID is carried out at the RISC Software GmbH, Research Unit Medical-Informatics. RISC Software is a non-profit public funded research organisation owned by the RISC Institute (Research Institute for Symbolic Computation) of the University of Linz.
SEE-KID provides a software system SEE++ which implements a biomechanical, interactive 3D simulation of the human eye and its muscles. The SEE++ software can simulate common surgical eye muscle operations (transposition, shortening etc.) in a graphical interactive way that is familiar to an experienced surgeon.The SEE++ Software System

Additionally, the system is used for education and training purposes, because by means of extensive possibilities for parameterization of the human eye model, common pathological cases of human eye motility can be modeled - and subsequently treated.

The software project SEE++ is the realization of a biomechanical model of the human eye and is partly based on ideas and concepts originally invented and implemented in the software system Orbit™ 1.8 by Joel Miller (Eidactics). This mainly mathematical description of the oculomotor system forms the basis for the proper predictions on simulation and treatment of pathological cases.
 




New Version 9.1 of SEE++ Released!
SEE++ LogoSEE++ Version 9.1 has been released. This new release offers several enhancements in the gaze pattern dialog as well as the possibility to define different fixation angles for each fixation position when entering measured squint angles. Moreover, the patient data dialog has been extended and several small bugs have been fixed. SEE++ Version 9.1 is a free upgrade for licensed users of SEE++ 9.0. If you are a licensed user of an older version and want to upgrade to version 9.1, please contact us for an individual upgrade offer.

The new version as well as the documentation can be found in the download section.
 
New Version 0.5 of AmblyoCare Released!
AmblyoCare Version 0.5 has been released. Apart from numerous bugfixes, the new version now supports storing different positions and states for each shape that can be used to quickly switch between them. When examining smooth pursuit and saccades movements, the stored positions and states can be used to exactly define a movement path. Moreover, the optotypes for visual acuity testing have been greatly enhanced to follow common standards and offer now the same flexibility as the other examinations. Please keep in mind that AmblyoCare is currently only available in German, an English version will follow later.
 
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The SEE-KID Project and the application of the SEE++ Software System are supported by grants of the Upper Austrian Local Government, the Upper Austrian Health-Fund, the Austrian Ministry for Health, the Hospital of the Barmherzigen Brüder Linz and the Hospital AKH Linz.
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