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\subtitle{Selected Projects}{\faSuitcase}
\begin{projects}
+\project{Since 2026} {Morphosphere} {Distributed Data Architecture for Interactive 3D/4D Tomography Repositories}
+ \action{\since{2025}} {} {Co-authored proposal; PI / work-package lead for data reduction and organization}
+ \action{\since{2026}} {} {Project targets a data lifecycle spanning data-generation facilities, HPC centres \& users}
+ \action{\since{2026}} {} {Exploring compression, caching, and abstractions to enable interactive data access}
+ \action{\since{2026}} {} {Co-designing DAG tomography framework; evaluating NVIDIA Graphs/Holoscan}
+
+% Canonical, Electronics, Physicts
\project{Since 2018} {KaaS} {KATRIN-as-a-Service (KaaS) platform for distributed data acquisition systems}
- \action{\since{2018}} {4} {Prototyped platform, secured funding, built a team of 4, and led the rollout}
- \action{\since{2022}} {} {Coordinated with Canonical and internal teams to deploy Kubernetes infrastructure}
- \action{\since{2018}} {4} {KaaS cloud is integrating data from fast detectors and thousands monitoring sensors}
+ \action{\since{2018}} {4} {Initiated platform, secured funding, built team of 4, and led production rollout}
+ \action{\since{2022}} {} {Coordinated integration across Canonical, KIT HPC, electronics \& experiment teams}
+ \action{\since{2018}} {4} {KaaS integrates data from fast detectors and thousands of monitoring sensors}
+ \action{\since{2022}} {1} {Led development of containerized AF\_XDP data-acquisition framework}
\action{\ivl{2018}{2019}} {} {Cut costs by adapting legacy software for distributed ops and integrating HPC resources}
- \action{\since{2022}} {1} {Led development of AF\_XDP-based, containerized DAQ framework}
- \action{\since{2020}} {3} {Modeled data access patterns and guided research on organization of time-series data}
- \action{\since{2015}} {1} {Supervised development of online monitoring framework for the KaaS ecosystem}
+
+% \action{\since{2020}} {3} {Modeled data access patterns and guided research on organization of time-series data}
+% \action{\since{2015}} {1} {Supervised development of online monitoring framework for the KaaS ecosystem}
% \action{\ivl{2019}{2020}} {3} {Coordinated migration of the KATRIN services to the KaaS platform}
% \action{\since{2020}} {2} {Lead research on cloud technologies for heterogeneous control systems}
- \project{\ivl{2017}{2022}} {Toma} {Research and applications of hidden aspects in GPU architectures}
+ \project{\ivl{2017}{2022}} {Toma} {Uncovering \& Exploiting GPU Architectural Features}
\action{\ivl{2017}{2018}} {} {Identified performance imbalances and hidden parallelism in NVIDIA and AMD GPUs}
- \action{\ivl{2017}{2018}} {} {Developed method to exploit intra-SM parallelism on NVIDIA (up to 30\% speed-up)}
- \action{\ivl{2017}{2018}} {} {Accelerated tomography by 4-6 times by rebalancing of hardware usage}
+ \action{\ivl{2017}{2018}} {} {Developed method exploiting intra-SM parallelism on NVIDIA (up to 30\% speed-up)}
+ \action{\ivl{2017}{2018}} {} {Accelerated tomography 4–6× through architecture-aware resource balancing}
\action{\ivl{2019}{2020}} {} {Published paper "\urlref{Reviewing GPU architectures to build efficient back projection...}{https://doi.org/10.1007/s11554-019-00883-w}"}
\project{\ivl{2016}{2017}} {CMS} {GPU-based L1 Trigger for CERN CMS using GPUDirect (6~$\mu$s latency budget)}
- \project{\ivl{2011}{2017}} {UFO} {Cordinated software work-package and led algorithm paralelization in a project "Ultrafast tomography with online monitoring and image-based control"}
+ \project{\ivl{2011}{2017}} {UFO} {Coordinated software work-package and led algorithm parallelization in a project "Ultrafast tomography with online monitoring and image-based control"}
% \project{\ivl{2011}{2016}} {ADEI/ASTOR} {Web-platforms for visualization of volumetric (tomographic) and time-series data}