True HW/SW Co-Architecting enabled by MBSE and High-Level Synthesis
Modern algorithms are getting more and more complex requiring a huge amount of computing resources and high configurability. To achieve the optimal HW/SW implementation requires a new design methodology that enables early system analysis, flexible switching of functions between HW and SW and continuous verification that enables early SW testing before the HW platform is implemented and gradual integration of RTL modules, when they become available. Model-Based Systems Engineering and High-Level Synthesis enable the true HW/SW co-architecting methodology that allows users to explore different HW/SW configurations and implement and verify quickly the optimal architecture.
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Petri Solanti
Senior Application Engineer
Petri Solanti is a senior application engineer at Siemens, with an HLS and low-power tools focus. He is a designer and application engineer with over 25 years of experience in Electronics System-Level design tools and methodologies. His areas of interest include design methodologies from algorithm to RTL, system analysis and HW/SW co-design. Prior to Mentor, Mr. Solanti held application engineer positions at Cadence, CoWare, Synopsys and MathWorks. He received his MScEE degree from Tampere University of Technology, Finland.