Main research and R&D topics:
\n– Computer Architecture for general-purpose, HPC and embedded systems
\n– On-chip Photonics for Chip Multi Processors (CMPs) and future HPC systems
\n– Feedback-driven Compiler Optimizations for Memory Hierarchy optimization
\n– Cache issues in CMPs
\n– Low-power architectures and software\/hardware optimizations
\n– Advanced C++ (C++11\/14\/17): parallel programming, performance, productivity, error avoidance
\n– Multi-\/Many-core programmability (C++, Cuda, OpenCL) for performance and reuse
\n– Performance and correctness portability of parallel code across architectures (e.g. CPUs, GPUs)
\n– System Engineering of complex IT systems and services
\n– Information Security: cryptography, block-chain algorithms<\/p>\n
If you are interested to work together in some of the the above, or related, topics don’t hesitate to drop me an email so that we can evaluate a possible collaboration plan. I am open for thesis, Erasmus exchanges and PhD paths for students, and happy to evaluate any form of collaboration (ex. joint projects, R&D consulting, student exchanges) with international colleagues and companies.<\/p>\n","protected":false},"excerpt":{"rendered":"
Main research and R&D topics: – Computer Architecture for general-purpose, HPC and embedded systems – On-chip Photonics for Chip Multi Processors (CMPs) and future HPC systems – Feedback-driven Compiler Optimizations for Memory Hierarchy optimization – Cache issues in CMPs – Continue reading Research<\/span>