Bibliography

Grobe LO. Computational combination of the optical properties of fenestration layers at high directional resolution. Buildings. 2017;7(1).

Grobe LO, Wittkopf S, Kazanasmaz ZT. High-resolution data-driven models of daylight redirecting components. In: ICBEST Istanbul: Interdisciplinary Perspectives for future building envelopes. Istanbul: Istanbul Technical University; 2017.

Grobe LO, Wittkopf S, Kazanasmaz ZT. High-resolution data-driven models of Daylight Redirection Components. Journal of Facade Design and Engineering. 2017;5(2):101-113.

Krehel M, Grobe LO, Wittkopf S. A hybrid data-driven BSDF model to predict light transmission through complex fenestration systems including high incident directions. Journal of Facade Design and Engineering. 2017;4(3-4):10.

Noback A, Grobe LO, Wittkopf S. Accordance of Light Scattering from Design and De-Facto Variants of a Daylight Redirecting Component. Buildings. 2016;6(3):30.

Grobe LO. BSDF measurements to characterize components of high-performance building envelopes: Complex Fenestration Systems and Architecture Integrated Photovoltaics. Aldrans; 2016.

Noback A, Grobe LO, Wittkopf S. Comparing BSDF data from a real and a virtual goniophotometer. Padua; 2016.

Papaiz L, Grobe LO, De Michele G. Modeling and measuring of solar shading with retro-reflection microstructure. Padua; 2016.

Schregle R, Grobe LO, Wittkopf S. An out-of-core photon mapping approach to daylight coefficients. Journal of Building Performance Simulation. 2016;9(6):620-632.

Kazanasmaz T, Grobe LO, Bauer C, Krehel M, Wittkopf S. Three approaches to optimize optical properties and size of a South-facing window for spatial Daylight Autonomy. Building and Environment. 2016;102:243-256.

Grobe LO, Noback A, Wittkopf SK, Kazanasmaz ZT. Comparison of measured and computed BSDF of a daylight redirecting component. In: CISBAT 2015 International Conference on Future Buildings and Districts. Lausanne: EPFL; 2015.

Schregle R, Bauer C, Grobe LO, Wittkopf SK. EvalDRC: A tool for annual characterisation of daylight redirecting components with photon mapping. In: CISBAT 2015 International Conference on Future Buildings and Districts. Lausanne: EPFL; 2015.

Grobe LO, Müllner K, Meyer B. A novel data-driven BSDF model to assess the performance of a daylight redirecting ceiling panel at the Calgary Airport Expansion. In: PLDC 5th Global Lighting Design Convention. Rome: VIA-Verlag; 2015. 2. p. 240-243p.

Schregle R, Grobe LO, Wittkopf S. Progressive photon mapping for daylight redirecting components. Solar Energy. 2015;114:327-336.

Schregle R, Ward G, Bueno B, Reetz C, Noback A, Bauer C, et al. Workshop Enhanced Photon Mapping in Radiance.; 2015.

Grobe LO, Müllner K, Wittkopf SK. Measurement and Modeling of a Daylight Redirecting Component. London, UK; 2014.

Xiaoming Y, Grobe LO, Wittkopf SK. The assessment of daylight reflection from building envelopes. Vol 2. Lausanne: Solar Energy and Building Physics Laboratory (LESO - PB) Ecole Polytechnique Fédérale de Lausanne (EPFL); 2013.

Grobe LO, Wittkopf SK. Climate-based daylight simulation as a planning aid for the design of solar façades. Bressanone: Economic Forum; 2013.

Wittkopf SK, Grobe LO. Klimabasierte Tageslichtsimulation als Planungshilfe für solare Fassaden. Intelligent Bauen. 2013.

Xiaoming Y. Multi-point simultaneous illuminance measurement with high dynamic range photography. Vol 1. Grobe LO, Wittkopf SK, editors. Lausanne: Solar Energy and Building Physics Laboratory (LESO - PB) Ecole Polytechnique Fédérale de Lausanne (EPFL); 2013.

Wittkopf SK, Grobe LO. Planungshilfe für solare Fassaden. Bau & Architektur. 2013.

Xiaoming Y, Grobe LO, Wittkopf SK. Simulation of reflected daylight from building envelopes. Chambéry; 2013.

Grobe LO, Wittkopf SK. Complex fenestration and Radiance - a reality check from a user's point of view.; 2012.

Hauck O, Noback A, Grobe LO. Computing the Holy Wisdom. In: Scientific Computing and Cultural Heritage - Contributions in Computational Humanities. Vol 3. Hans Georg Bock, Willi Jäger and Michael J. Winckler, University of Heidelberg ed. Heidelberg: Springer; 2012. 2. p. 205-216p. (Contributions in Mathematical and Computational Sciences; vol 3).

Grobe LO, Hauck O, Noback A. Das Licht in der Hagia Sophia - Eine Computersimulation. In: Byzanz - das Römerreich im Mittelalter. Falko Daim Jörg Drauschke; 2010.