ID
|
Author
|
Year
|
Title
|
Publisher
|
4699780 |
Alassi, Sepideh |
2023 |
From unstructured texts to RDF-star-based open research data queryable by references |
Digital Humanities Conference 2023 |
4699781 |
Ammann, Nora Olivia; Alassi, Sepideh; Rosenthaler, Lukas |
2023 |
Jacob Bernoulli’s Reisbüchlein an RDF-star-based Edition |
Digital Humanities Conference 2023 |
4626973 |
Alassi, Sepideh; Iliffe, Rob; Rosenthaler, Lukas |
2020 |
An Interactive 3D Visualization of RDF-based Digital Editions |
Digital Humanities 2020 Conference |
4626970 |
Alassi, Sepideh; Rosenthaler, Lukas |
2020 |
e-Version of the Republic of Letters |
DARIAH Virtual Annual Event 2020: Scholarly Primitives. Book of abstracts |
4596255 |
Alassi, Sepideh; Schweizer, Tobias; Hawkins, Michael; Iliffe, Robert; Rosenthaler, Lukas; Mattmüller, Martin; Harbrecht, Helmut |
2019 |
Newton virtually meets Euler and Bernoulli |
DH2019 |
4626974 |
Schweizer, Tobias; Alassi, Sepideh; Rosenthaler, Lukas |
2019 |
An Interactive, Multi-layer Edition Of Jacob Bernoulli’s Scientific Notebook Meditationes As Part Of Bernoulli-Euler Online |
Digital Humanities Conference 2019 |
4626978 |
Alassi, Sepideh; Schweizer, Tobias; Mattmüller, Martin; Rosenthaler, Lukas; Harbrecht, Helmut |
2018 |
A Digital Edition Of Leonhard Euler's Correspondence With Christian Goldbach |
Digital Humanities Conference 2018 |
4626976 |
Schweizer, Tobias; Alassi, Sepideh |
2018 |
Bernoulli-Euler Online: Development of a Platform for Early Modern Mathematical Texts as Part of a Generic Infrastructure. |
Digital Humanities Congress 2018 |
4626979 |
Schweizer, Tobias; Alassi, Sepideh; Mattmüller, Martin; Rosenthaler, Lukas; Harbrecht, Helmut |
2017 |
Integrating historical scientific texts into the Bernoulli-Euler Online platform |
Digital Humanities Conference 2017 |
4626982 |
Alassi, Sepideh; Winter, Bertram |
2015 |
PyCells for an Open Semiconductor Industry |
EuroSciPy 2015 |
4626983 |
Alassi, Sepideh; Kowarschik, Markus; Pohl, Thomas; Köstler, Harald; Rüde, Ulrich |
2012 |
Estimating Blood Flow Based on 2D Angiographic Image Sequences |
Bildverarbeitung für die Medizin 2012 |