Research on Ethical Design for Silicon-Based Life Forms
Keywords:
Silicon-Based Life; Ethical Design; Interdisciplinary; Cutting-Edge Research; Ethical Decision-Making ModelsAbstract
In today's era, silicon-based life forms, leveraging the advantages of multidisciplinary integration, are rapidly developing and being widely applied across numerous fields. However, their ethical design issues have attracted significant attention. This study conducts experiments to explore performance differences, ethical adaptability, and optimization directions for silicon-based life ethical decision-making models. The experiments are meticulously designed, utilizing hardware such as the NVIDIA Isaac Sim simulator platform, and integrating software that incorporates utilitarianism, deontology, and virtue ethics algorithms to construct a moral decision-making framework. The study is equipped with data collection and scenario generation tools, covering industrial safety, medical emergency, and public transportation scenarios. The experimental subjects are robots loaded with different models (such as Utilitarian Model A, Deontological Model B, and Multicultural Value-Integrated Model C), and multi-dimensional data is collected. Data analysis employs various statistical methods, such as analysis of variance and significance testing, to investigate model performance differences and interactive effects, with regression analysis and cluster analysis aiding in optimization. The results are visually presented using grouped bar charts, batch heat maps, and radar charts. Based on the experiments, the study provides optimization paths for the ethical design of silicon-based life forms, such as adjusting parameters according to cultural backgrounds and improving algorithms, to support the design of robots in multicultural contexts. In the future, interdisciplinary collaboration will continue to drive the ethical design of silicon-based life forms, ensuring harmonious coexistence between robots and humans through in-depth research, extensive discussion, and policy guidance, adding welfare to societal development and avoiding potential risks.