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Developing silicon intellectual property E-trade mechanisms for system on chip design and integration

机译:开发用于芯片上系统设计和集成的硅知识产权电子交易机制

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摘要

The integration of IC design and manufacturing (IDM) is a major trend in the modern management paradigm of the semiconductor supply chain. In order to shorten the time-to-market for complex system-on-chips (SoC), the trade and reuse of silicon intellectual properties (SIPs) for fast IC design becomes a critical success factor for semiconductor IDM. In this research, intelligent mobile agents and fuzzy evaluation models are built into a knowledge services and trade platform (KSTP). The mobile agent behaviour model is used for knowledge acquisition and negotiations between sites of SIP providers, buyers and intermediators. The agent-based KSTP considers time, cost and precision of acquiring SIP information needed for SoC design and fabrication. For trade partner matching, fuzzy evaluation models are developed to consistently suggest suitable partners for trades under different circumstances. The ultimate goal of the research is to enable autonomous, dynamic and collaborative SIP exchanges and trades in the global value chain of semiconductor industry.
机译:IC设计与制造(IDM)的集成是半导体供应链现代管理范例中的一个主要趋势。为了缩短复杂的片上系统(SoC)的上市时间,用于快速IC设计的硅知识产权(SIP)的交易和重用已成为半导体IDM成功的关键因素。在这项研究中,将智能移动代理和模糊评估模型构建到知识服务和交易平台(KSTP)中。移动代理行为模型用于SIP提供者,购买者和中介者之间的知识获取和协商。基于代理的KSTP考虑了获取SoC设计和制造所需的SIP信息的时间,成本和精度。对于贸易伙伴匹配,开发了模糊评估模型,以始终如一地为不同情况下的贸易建议合适的伙伴。该研究的最终目标是在半导体行业的全球价值链中实现自主,动态和协作的SIP交换和交易。

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