Dr. Alperen Bektas

Zuständigkeitsbereiche

Fachgebiete

Berufserfahrung

Bildungsweg

How to Optimize Gower Distance Weights for the k-Medoids Clustering Algorithm to Obtain Mobility Profiles of the Swiss Population

Using Mobility Profiles for Synthetic Population Generation

People-centric policies for decarbonization: Testing psycho-socio-economic approaches by an agent-based model of heterogeneous mobility demand

Can Agent-Based Computational Economics Mimic Neoclassical Demand Curve?

Electric vehicle customers in Switzerland

An Empirical Analysis of the Perceived Usefulness of Digital Governance Tools among Heterogeneous Swiss Municipalities

On the Way to Smarter Cities: What Goals and Values Swiss Municipalities prioritize In: Electronic Government

A smart government platform to promote strategy development in municipalities

InoVille 4.0 – Eine Plattform für strategische Governance in Smart Cities und Smart Municipalities

A meso-level empirical validation approach for agent-based computational economic models drawing on micro-data: a use case with a mobility mode-choice model

Sprachkenntnisse

Länderkenntnisse

Dr. Alperen Bektas

Steckbrief

Tätigkeiten

Zuständigkeitsbereiche

Forschung

Fachgebiete

Lebenslauf

Berufserfahrung

Bildungsweg

Projekte

Projekte an der BFH

Linked Digital Future Initiative (performative Künste, Kanada)

Publikation von Basisregistern als Linked Open Data

Studie Weiterentwicklung DCAT AP CH

InoVille 4.0: Smarte Modelle für Strategie- und Führungsprozesse in Gemeinden

Linked Digital Future Initiative (performative Künste, Kanada)

Publikation von Basisregistern als Linked Open Data

Studie Weiterentwicklung DCAT AP CH

InoVille 4.0: Smarte Modelle für Strategie- und Führungsprozesse in Gemeinden

Publikationen

How to Optimize Gower Distance Weights for the k-Medoids Clustering Algorithm to Obtain Mobility Profiles of the Swiss Population

Using Mobility Profiles for Synthetic Population Generation

People-centric policies for decarbonization: Testing psycho-socio-economic approaches by an agent-based model of heterogeneous mobility demand

Can Agent-Based Computational Economics Mimic Neoclassical Demand Curve?

Electric vehicle customers in Switzerland

An Empirical Analysis of the Perceived Usefulness of Digital Governance Tools among Heterogeneous Swiss Municipalities

On the Way to Smarter Cities: What Goals and Values Swiss Municipalities prioritize In: Electronic Government

A smart government platform to promote strategy development in municipalities

InoVille 4.0 – Eine Plattform für strategische Governance in Smart Cities und Smart Municipalities

A meso-level empirical validation approach for agent-based computational economic models drawing on micro-data: a use case with a mobility mode-choice model

Sprachen- und Länderkenntnisse

Sprachkenntnisse

Länderkenntnisse