Hamm-Lippstadt University Opens Virtual Production Lab with INFiLED LED Wall

Be sure to catch Claudia McCarthy and Gabriella M.'s presentation "Quantum Computing for Real Time Defense Scheduling & Simulations" on Thursday, May 14 at 9:15AM at ICEAA 2026! Real-time defense scheduling and simulations for quantum computing requires a diversified utilization of schedule best practice procedures to properly deliver dynamic models. During the presentation we will address current open source quantum computing programs their benefits and security concerns and how they correlate to the types of scheduling techniques that should be utilized.

Thank you to P33 Chicago and Illinois Quantum and Microelectronics Park for hosting the Quantum for Impact Workshop at mHUB. Seeing how quantum computing infrastructure, local government, community, academic institutions, and enterprises can come together to ensure the democratization of the future of computing is inspiring. Brad Henderson. Gabriel Seidman, DrPH

It was a pleasure to deliver the talk, “Recent Advances on Integrated Sensing and Communications for 6G." hosted by the IEEE Signal Processing and Computing for Communications Technical Committee (SPCC-TC). I enjoyed sharing our latest work on ISAC, from PHY design and sensing/imaging to security, and channel modeling. Many thanks to the organizers and everyone who tuned in. Link: https://lnkd.in/dNEaNt8J

We have developed a tiny RISC-V core as part of a safety island to monitor and control on-chip traffic and a several accelerators. If you are interested in the details, you cannot miss our presentation at the Computer Frontiers conference on Thursday!

In this talk, I present an experimental comparison between probe-less and probe-based eavesdropping models in QKD. The results highlight how variable-strength measurements and controlled noise injection affect Eve’s information gain, the induced disturbance, and the security indicators observed by Alice and Bob. Link for the conference: https://lnkd.in/dPunAZSC Link for the paper preprint: https://lnkd.in/dgGx2hQk

This week we'll be at the 23rd International Conference on Computing Frontiers presenting our paper "Application of Tiny RISC-V" This work discusses the standardization of #RISCV architectures based on tiny cores for crypto applications in the context of the PQC4eMRTD Project. We also present key practical contributions from the ISOLDE Project where a tiny RISC-V controller manages a statistics unit (SafeSU) and a traffic injector (SafeTI), both allowing to implement a number of safety and security-related services. Learn more about the session here 👇 https://lnkd.in/dz7-qAdV 📅 21 May 🕒 15h

C-Leg: A legacy you can depend on. In 1997, C-Leg set the standard for microprocessor knees and, through multiple evolutions, remains one of the most dependable and clinically proven solutions trusted by clinicians and users around the world—backed by a company committed to being here for the past, present, and future. Learn more about C-Leg: https://ow.ly/8e6950YWGTM

A really engaging audience and session with Electron Microscopy Innovative Technologies, LLC (Emit, LLC) last week. Thank you so much for the opportunity to be part of this exciting #EBSD discussion 🙏 If you're using EBSD as a scanning (SEM) based technique and want to know more you can catch our presentation here ➡️ https://lnkd.in/ePWjwCna #electronmicroscopy #microscopy #imaging #compressedsensing #SEM

I am thrilled to share that our paper "Thinking Inside the Box: Injecting Realistic Radiation Faults in ML Accelerators" has received one of three best paper awards at the IEEE/IFIP DSN Conference 2026. For years, we have been simulating soft-error faults on the CPU at the software level, but do those same assumptions hold for ML accelerators such as TPUs? This paper aims to close that gap by studying the fault patterns observed when running TPUs with ML workloads against a controlled radiation beam. Our findings have been integrated into a single tool, TPU-FI, where one can run realistic fault injection campaigns with confidence - no access to a particle accelerator facility is needed! We will be presenting this paper on June 23. I am proud to have worked with Bruno Coelho, Mani Sadati, Alex Hands, Karthik Pattabiraman, and Paolo Rech as part of this collaboration project between the University of Trento, The University of British Columbia, and TRIUMF. Paper: https://lnkd.in/g2jx3yDK TPU-FI (Code): https://lnkd.in/g5Xs2SNC

🚀 Excited to present BOute at MLSys 2026 in Bellevue, WA! BOute transforms workload heterogeneity, model heterogeneity, and hardware heterogeneity in real-world LLM serving into a cost-efficiency advantage through algorithm-system co-design. 🎤 Catch our Research Track Oral Presentation: LLM Serving 2 on Wednesday, 20 May. The presenter is Ran Yan (HKUST). 👏 Huge thanks to the amazing team behind this work: Fangcheng FU and Eiko Yoneki. https://lnkd.in/eCe6Ar5j