Tobias Weber on Muck Rack

Tobias Weber

As seen in: IMDb, MSN Chile, Nature, Science Magazine, Physical Review B, Kölner Stadt-Anzeiger, Physiological Reports, Mondaq, The Journal of Biological Chemistry, Volksstimme and

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Tobias Weber’s Biography

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Hallo hier ist Tobias. Ich bin 17 Jahre alte und wohne mit den Eltern in einem kleinen Dorf bei Düsseldorf. Ich höre gerne Hip-Hop, Dubstep. Meine größte Leidenschaft ist aber Streetdance. Ich trainiere fast täglich stundelang. Mein Traum wäre es nämlich in der Zukunft ein Profi-Tänzer zu werden.

www.ihrblumenstrauss.de

Articles

Kinematic analysis of the European Enhanced Exploration Exercise Device in unpowered mode

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By Christian Nielsen, Jennifer L Struble, Ryan Larsen, Tobias Weber, Mark de Zee, Enrico De Martino, Anne Villekjær Østerballe, Rasmus Leisgaard Tougaard, Bernd Lohmann, Patrick Jaekel
| Nature Verified
Abstract Unlike earlier short-duration lunar missions, current exploration-class missions include extended periods of microgravity exposure prior to lunar surface operations. Current exercise systems on the International Space Station are bulky and power-intensive, limiting their applicability for deep space missions. The European Enhanced Exploration Exercise Device (E4D) addresses these constraints by combining aerobic and resistive exercises in a compact, multifunctional device.
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Design of Layered Fault Tolerance and Isolation Mechanism for Multi-Tenant OTA System

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By Andrew Collins, Maria Estevez, Tobias Weber
| preprints.org
Submitted: 16 January 2026 You are already at the latest version Over-the-air (OTA) updates in multi-tenant systems often face task conflicts, cache overlap, and weak fault recovery during parallel updates. This study designed a layered fault-tolerance and isolation method that combines task redundancy, cache separation, and snapshot rollback. Tests were carried out on 120 devices across six tenants with a fault rate of up to 95%.
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Suppression of Residual Unbalance Moments in Rotating Medical Structures Using Adaptive Control

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By Michael Schneider, Anna Keller, Tobias Weber
| preprints.org
Submitted: 11 January 2026 You are already at the latest version Residual unbalance moments are a major source of vibration in rotating medical devices. This study proposes an adaptive control strategy to suppress residual unbalance moments based on real-time vibration feedback.
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