A Knowledge Push Method to Support the Debugging Process Design of Complex Electronic Products

The core of design lies in the acquisition and application of knowledge. Knowledge push technology can effectively improve the utilization efficiency of knowledge by designers, thus enabling more efficient task completion. To address the current challenges in debugging process design, including insufficient knowledge management and the dynamic demand for knowledge, this paper proposes a knowledge push method tailored for the debugging process design of complex electronic products. By constructing a knowledge graph for debugging processes and utilizing a semantic similarity-based push algorithm, the method intelligently identifies knowledge needs during the design process, achieving precise knowledge delivery. On this basis, a prototype system supporting knowledge push for complex electronic product debugging design was developed. Taking the debugging process design of an elevator drive system as an example, the method has been proven to effectively improve design efficiency.