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Embedded systems are the backbone of modern portable devices such as smartphones, wearables, medical monitors, and IoT products. These devices operate under strict constraints of power, size, cost, and real-time performance. Software/Hardware Co-design is an effective development approach in which hardware and software components are designed and interfaced simultaneously, enabling better optimization and faster product development.
This seminar discusses the importance of embedded system design approach applied to a miniaturized electrochemical sensing platform, focusing on translating theoretical concepts into product development. It highlights the integration of embedded processors, low-power sensors, signal conditioning circuits, and communication interfaces with software algorithms for data filtering, calibration, and analysis.
By adopting a co-design methodology, designers can achieve improved performance, reduced energy consumption, and shorter time-to-market. The seminar highlights current applications, advantages, and future challenges of software/hardware co-design in next-generation portable embedded systems used in academic and industrial embedded based medical devices development.