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These include designing a custom control system at the component level to optimize cost and deploying to commercial-off-the-shelf (COTS) embedded systems. During prototyping and deployment, algorithms need to be implemented on embedded hardware.ĭuring deployment, engineers have a variety of options to cut development time.
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This enables engineers to create virtual prototypes of their systems with a seamless path to embedded hardware and to reuse code and make the most of investments made in the design and simulation phases. Companies such as National Instruments created interfaces to provide seamless integration between different tools. During the past few years, tool providers have heavily invested to support this design approach. Yet a successful mechatronics design process requires integrated design tools. A digital model of the complete system allows teams to jointly optimize the overall system while maximizing performance.
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In addition to reducing development time and its inherent costs, this approach enables vivid collaboration between design teams and provides system performance data in the early development phases. Now engineers can get started earlier using a virtual prototype based on design models and simulation data. In the past, a team developing a control algorithm for a mechanical system had to wait for a physical prototype. By dividing the design process into parallel threads, engineers are able to implement a more efficient development process. This approach significantly improves the design process by integrating the best available development practices and technologies to streamline design, prototyping, and deployment. Growing investments in the medical, life sciences, and renewable energy fields as well as developments in industrial machines are fueling this system-level trend. This approach enables engineers to integrate mechanical and control design, quickly realize a prototype, and reuse algorithms in the final embedded deployment platform. The complexity of devices and systems has increased significantly in recent years, requiring a mechatronics system-level approach to design.