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Researcher
Gertjan Scheir
- Disciplines:Communications, Nanotechnology, Design theories and methods, Communications technology
Affiliations
- Waves: Core Research and Engineering (WaveCore) (Division)
Member
From1 Aug 2020 → 30 Jun 2018 - Electrical Engineering Technology (ESAT), Ghent and Aalst Technology Campuses (Technology cluster)
Member
From1 Sep 2013 → 30 Jun 2018
Projects
1 - 1 of 1
- Towards a discomfort glare metric for non-uniform luminairesFrom1 Jul 2013 → 16 Jan 2018Funding: IOF - Industrial Research Fund
Publications
1 - 10 of 15
- Receptive field mechanism and pupillary light reflex for the assessment of visual discomfort(2018)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
Pages: 75 - 80 - Towards a discomfort glare metric for non-uniform luminaires(2018)
Authors: Gertjan Scheir, Wouter Ryckaert, Peter Hanselaer
- Pupillary light reflex, receptive field mechanism and correction for retinal position for the assessment of visual discomfort(2017)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
Pages: 291 - 303 - Pupillary light reflex and receptive field calculation of visual discomfort for different spatial frequencies and luminance steps(2017)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
- Receptive Field Mechanism and Pupillary Light Reflex for the Assessment of Visual Discomfort(2017)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
Pages: 373 - 377 - Defining the Actual Luminous Surface in the Unified Glare Rating(2017)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
Pages: 1 - 10 - Defining the Actual Luminous Surface in the Unified Glare Rating(2017)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
Pages: 1 - 10 - CONTRAST METRICS EVALUATION(2016)
Authors: Laurens Van de Perre, Peter Hanselaer, Gertjan Scheir, Kevin Smet, Wouter Ryckaert
Pages: 70 - 78 - Visual discomfort prediction based on receptive fields(2016)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
Pages: 195 - 203 - A psychophysical model for visual discomfort based on receptive fields(2016)
Authors: Gertjan Scheir, Peter Hanselaer, Wouter Ryckaert
Pages: 205 - 217