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Florian Grimm
ORCID
Publication Activity (10 Years)
Years Active: 2016-2023
Publications (10 Years): 9
Top Topics
Deep Learning
Demand Forecasting
Autoregressive Conditional Heteroscedasticity
Temporal Lobe
Top Venues
KES-HCIS
HICSS
NeuroImage
CoRR
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Publications
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Jacqueline Höllig
,
Steffen Thoma
,
Florian Grimm
XTSC-Bench: Quantitative Benchmarking for Explainers on Time Series Classification.
CoRR
(2023)
Jacqueline Höllig
,
Steffen Thoma
,
Florian Grimm
XTSC-Bench: Quantitative Benchmarking for Explainers on Time Series Classification.
ICMLA
(2023)
Daniel Kiefer
,
Florian Grimm
,
Clemens van Dinther
Artificial Intelligence in Supply Chain Management: Investigation of Transfer Learning to Improve Demand Forecasting of Intermittent Time Series with Deep Learning.
HICSS
(2022)
Daniel Kiefer
,
Markus Bauer
,
Florian Grimm
Univariate Time Series Forecasting: Machine Learning Prediction of the Best Suitable Forecast Model Based on Time Series Characteristics.
KES-HCIS
(2021)
Florian Grimm
,
Daniel Kiefer
,
Markus Bauer
Univariate Time Series Forecasting by Investigating Intermittence and Demand Individually.
KES-HCIS
(2021)
Markus Bauer
,
Daniel Kiefer
,
Florian Grimm
Sales Forecasting Under Economic Crisis: A Case Study of the Impact of the COVID19 Crisis to the Predictability of Sales of a Medium-Sized Enterprise.
KES-HCIS
(2021)
Daniel Kiefer
,
Florian Grimm
,
Markus Bauer
,
Clemens van Dinther
Demand Forecasting Intermittent and Lumpy Time Series: Comparing Statistical, Machine Learning and Deep Learning Methods.
HICSS
(2021)
Maximillian Scherer
,
Luka Milosevic
,
Robert Guggenberger
,
Volker Maus
,
Georgios Naros
,
Florian Grimm
,
Iancu Bucurenciu
,
Bernhard J. Steinhoff
,
Yvonne G. Weber
,
Holger Lerche
,
Daniel Weiss
,
Sabine Rona
,
Alireza Gharabaghi
Desynchronization of temporal lobe theta-band activity during effective anterior thalamus deep brain stimulation in epilepsy.
NeuroImage
218 (2020)
Georgios Naros
,
Ilias Naros
,
Florian Grimm
,
Ulf Ziemann
,
Alireza Gharabaghi
Reinforcement learning of self-regulated sensorimotor β-oscillations improves motor performance.
NeuroImage
134 (2016)