Higher-level methodologies, such as model-based design, enable the faster development of complex hardware-software FPGA designs while maintaining a reasonable quality of results compared to lower-level approaches.
In this presentation, we introduce the SpaceStudio virtual platform, which includes a specialized space toolkit to complement its ecosystem. This toolkit integrates the RTEMS...
The design and verification of FPGA-based systems for space applications rely on complex toolchains that translate high-level logic into hardware implementations. Typically, only a single synthesis, placement, and routing tool is available for a given FPGA, making it difficult to assess how design choices and toolchain behavior interact. The availability of multiple toolchains allows...
TASTE is an open-source framework for Model-Based development of accelerators used in space applications. It provides a seamless workflow that integrates design, development, and deployment while bridging multiple existing technologies instead of introducing a new modeling language.
This presentation explores the integration of ONNX-based machine learning (ML) models into the TASTE toolchain...
