
Petr Klimes
@ptrklms
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RT @BBEER_lab: 🚨 New paper out!.We present a novel approach for automated epilepsy surgery planning using multimodal features and graph neu….
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RT @BBEER_lab: Excited to share our research at #AES2024! 🎉 Visit our poster, "Impact of epileptogenic zone resection size on seizure-free….
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I'm proud to share our latest paper advancing the evaluation of ML models for epilepsy surgery! Huge congrats to @hrtonova_v, @AnphyLab, and the entire team for this achievement! 🙌.
🚨 New paper alert! 🚨. Our framework provides a comprehensive and reliable method for evaluating ML models in epileptogenic zone localization, enhancing precision and clinical relevance. Advancing AI in epilepsy care! 💡🧠.
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I will be presenting these results today at #EEC2024, in Raphael room at 12 (epilepsy surgery platform session). Looking forward to the discussion!.@BBEER_lab @AnphyLab.
Key point: High-frequency features do not provide any additional value to the results of standard low-frequency #EEG analysis. . #epilepsy #ilae #HFOs #interictalepileptoformdischarges #machinelearning @IlaeWeb @epilepsiajourn @WileyNeuro
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I'm excited to share my latest publication! 🎉 Thanks to everyone who contributed to this work!.
Key point: High-frequency features do not provide any additional value to the results of standard low-frequency #EEG analysis. . #epilepsy #ilae #HFOs #interictalepileptoformdischarges #machinelearning @IlaeWeb @epilepsiajourn @WileyNeuro
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RT @BBEER_lab: 🔍 Exciting new case study! We've uncovered the electrophysiological signature of rare insulinoma, a condition often mistaken….
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I'm proud to share our latest work showing that 5 min of iEEG can achieve similar results in localization of the epileptogenic zone as a model based on long recordings. BUT the segment must be carefully selected, preferably from NREM sleep. Else, it can give inaccurate results!.
[Epilepsy] Chybowski et al.: "Short segment of iEEG can achieve similar results in localization of the epileptogenic zone as a model based on long recordings.".
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RT @SanaHannan_: 📢 Applications open! Fully funded PhD studentship in our lab @LancasterUni with @UofGlasgow, working on cutting-edge #slee….
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Trends in biomedical engineering conference - talking about trends in neuroscience as I see them: multi-centric data, long-term recordings, normative mapping and patient specific models @BBEER_lab @FEKT_VUT
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RT @BBEER_lab: Lately, we have seen many new promising SEEG biomarkers of the seizure-onset zone, like HFOs or connectivity. Are they bette….
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Exciting work published by my phd student Kristyna Pijackova about genetic algorithms. Nominated for the Dean’s Prize at the same time 🥳🤞.#ai #deeplearning #neuroscience.
Machine-designed neural network architectures outperform heuristic, human-made ones. More in our new paper about "Genetic algorithm optimization for improved reliability in iEEG analysis" published last week
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RT @BBEER_lab: Relative entropy localizes the epileptogenic zone with the same performance as HFOs, while computationally more efficient an….
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RT @BBEER_lab: Don’t waste time annotating your data! Artificial intelligence can speed up the process! Check out our paper about the tempo….
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Proud to be a part of the Brno Brain Electrophysiology Engineering & Research group! 👍🧠.
Brno Brain Electrophysiology Engineering and Research (BBEER) group - joined forces of Computational Neuroscience lab at ISI Brno, The Czech Academy of Sciences; and BME-neuro lab at International Clinical Research Center, St. Anne's Hospital Brno
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