Ihr Ansprechpartner
Graz

Ing. Mag. Dr. Andreas Windisch

Senior Scientist Embedded AI

Telefon: +43 664 88157473
E-mail: andreas.windisch@silicon-austria.com

Ihr Ansprechpartner
Villach

Dr. Michael Ortner

Senior Researcher Microsystem Technologies

Telefon: +43 (0)4242 56300 219
E-mail: michael.ortner@silicon-austria.com

Ihr Ansprechpartner
Linz

DI Dr. Mirjana Videnovic-Misic

Staff Scientist RF Architecture & Design

Telefon: +43 664 3547302
E-mail: mirjana.videnovic-misic@silicon-austria.com

Science Talks

Die Science Talks sind fixer Treffpunkt für den Austausch zu wissenschaftlichen Themen. Externe Interessenten und SAL MitarbeiterInnen treffen sich regelmäßig und referieren über neueste Erkenntnisse in ihren Fachbereichen.  Der Zugang zu den Vorträgen ist offen – jeder ist willkommen!

Sensors, packaging and heterogeneous integration in LTCC technology

Dr. Goran Mišković
Heterogeneous Integration Technologies
Silicon Austria Labs
SAL Villach
High Tech Campus Villach
Europastraße 12
9524 Villach, Austria
Mittwoch, 18.03.2020
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In his Science Talk, Goran Mišković is going to give an overview about his fields of expertise. 

The focus will be on the Low Temperature Co-Fired Ceramic (LTCC) technology and the possibilities which it offers. Examples of various structures (including pressure, fluidic and gas sensor) will be presented and described.

Time-of-Flight camera simulation

Dipl.-Phys. Marcus Baumgart
Photonic Systems
Silicon Austria Labs
SAL Villach
High Tech Campus Villach
Europastraße 12
9524 Villach, Austria
Montag, 09.03.2020
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Marcus Baumgart is going to give a talk on "Time-of-Flight camera simulation: Influence of multipath interference on distance accuracy”.

Lidar sensors are widely used for reliable 3D perception and classification of the environment. Locally resolved brightness and distance information is either achieved by point-by-point scanning or by directly imaging of the whole scene onto a detector array (Time-of-Flight camera). The modelling of a such direct imaging sensor together with a 3D scenery in OpticStudio is presented. OpticStudio’s raytracing capabilities allow a detailed analysis of various multipath interference effects – arrangements where a ray can take several paths within the scene before arriving at the detector. Python scripts are used to cover further raytracing data analysis and per-pixel distance calculation. The developed model is finally used to investigate how environmental effects, namely rain and fog, influence the sensor’s distance accuracy.