《基于专利制度的技术创新管理》一书,旨在将作者对专利制度发展及其在技术创新实践中战略运用的交叉学科研究成果奉献给读者。分为六章: 技术机会发现与专利布局设计,专利风险评估与防范,促进国际技术扩散,新兴技术产业的专利战略,专利产品的平行进口,中国及全球专利制度的发展及其影响。
余翔，欧洲科学院院士，华中科技大学中欧知识产权研究院院长，湖北师范大学副校长。华中科技大学二级教授，博士生导师，管理学院中德知识产权研究所所长。
部分海内外学术荣誉：国家外国专家局重点引智项目评审专家；全国知识产权领军人才；全国专利信息领军人才；欧洲科学院（Academia Europaea）院士；德国洪堡学者；法国斯特拉斯堡大学国际知识产权研究中心客座教授；澳大利亚悉尼科技大学法学院客座教授；瑞士苏黎世应用科技大学管理与法学院客座教授；英国奥斯特大学客座教授；日本学术振兴会（JSPS）中国同学会创会会长暨第二届会长；福建省闽江学者讲座教授；浙江工业大学运河学者讲座教授；湖北省高级人民法院专家咨询委员会委员、湖北省高级人民法院知识产权审判咨询专家；云南省“余翔院士工作站”首席专家。
部分国内社会兼职：湖北省人大常委会委员、湖北省人大法制委员会副主任委员；湖北省欧美同学会常务理事。
主要研究成果：在“与国际贸易有关的知识产权” “专利战略与技术创新”等领域的研究成果，以及提出的知识产权管理、分享和利用方法，对协调、维护和促进中外国际科技合作和公平贸易、提升企业创新效能等，起到了积极的作用。研究提出的立法修订建议被我国《专利法》《海关知识产权保护条例》等采纳。
2011—2020年，担任中美政府合作项目清洁能源中心（CERC）中方知识产权专家组组长，2013—2020年，担任中欧政府合作项目二氧化碳捕捉利用与封存（CCUS）中方知识产权负责人。带领团队与外方知识产权团队谈判、联合制定知识产权分享与利用规则，为中外创新合作实现互利共赢提供了制度支持。带领团队为中国许多行业、企业提供知识产权战略咨询服务，为中国企业走出去保驾护航。
以英文、德文、日文、中文在国际知识产权领域权威期刊IIC、GRUR Int.、EIPR、The Journal of World Intellectual Property、Technology in Society、Advanced Engineering Informatics、Technology Forecasting and Social Change、Journal of Technology Transfer、Energy Procedia、《科研管理》《知识产权》《情报学报》《国际贸易》等国内外重要专业期刊上发表学术论文 160 余篇。
张奔，华中科技大学法学院副教授，硕士生导师，同时也是华中科技大学中欧知识产权研究院和管理学院中德知识产权研究所的兼职研究员。参与了一系列与知识产权有关的知识产权和技术合作的联合研究项目，其中包括中美清洁能源研究中心项目以及中欧碳捕获与封存研究项目。近期的研究兴趣包括知识产权法、专利战略管理及技术创新政策。于2018年在华中科技大学管理学院获得管理学博士学位，并在 2018—2021 年继续完成了博士后研究工作。
阳维，华中科技大学管理学院助理教授、中欧知识产权研究院和管理学院中德知识产权研究所研究员。曾获国家自然科学基金、湖北省知识产权研究基金等多个项目资助。主要研究领域包括国际知识产权制度、技术主权与战略依赖、企业专利管理、高校技术转移、研发合作中的知识产权协调、专利战略等，在Technology in Society、Computer Law & Security Review、Humanities and Social Sciences Communications、Journal of Technology Transfer、International Journal of Technology Management等国际著名期刊上发表论文十余篇。
Chapter I Discovering Technological Opportunity &Designing Patent PortfolioChapter I-I Obtaining advantages from knowledge base: mapping thepotential to develop new technologies / 3Chapter I-II Spatio-temporal evolution, country differences and the roleof proximity: an investigation of international patenting / 28Chapter I-III Discovering technology opportunities of latecomers based onRGNN and patent data: the example of Huawei in self-driving vehicle industry / 76Chapter I-IV Is worldwide patent protection converging? A cross -countryindex of patent protection strength 1990-2020 / 110Chapter I-V Exploring the evolution and determinants of open innovation:a perspective from patent citations / 156Chapter II Assessing & Preventing Patent RisksChapter II-I Assessing the infringement risk of patent portfolios usingnetwork analysis and IF-TOPSIS: A case of standard-essentialpatent portfolios in the ICT industry / 175Chapter II-II A patent infringement early -warning methodology based onintuitionistic fuzzy sets: A case study of Huawei / 209Chapter II-III Preventing patent risks in artificial intelligence industry forsustainable development: a multi-level network analysis / 248Chapter II-IV Obtaining the advantages from technology revolution: A patentroadmap for competition analysis and strategy planning / 279Chapter III Promoting International Technology DiffusionChapter III-I Investigating diffusion and convergence trajectory of hydrogenstorage technology based on patent analysis / 307·ⅱ·Chapter III-II Emerging technology identification based on a dynamicframework: a lifecycle evolution perspective / 334Chapter III-III Factors affecting the evolution of technical cooperation among“Belt and Road Initiative” countries based on TERGMs andERGMs / 355Chapter III-IV Mapping the landscape of international technology diffusion(1994-2017): network analysis of transnational patents / 378Chapter IV Patent Strategies in Emerging Technology IndustriesChapter IV-I Challenges of artificial intelligence to patent law and copyrightlaw and countermeasures / 419Chapter IV-II Obtaining a sustainable competitive advantage from patentinformation: a patent analysis of the graphene industry / 439Chapter IV-III The potential challenges of 3D printing technology on patentenforcement and considerations for countermeasures inChina / 476·ⅲ·ContentsChapter IV-IV Intellectual property regulation and management in the SinoUS collaboration on CCS technology / 495Chapter IV-V Determining the similarity of automobile designs beforeChinese courts / 508Chapter IV-VI The patent protection for business method inventions in China/ 522Chapter IV-VII The new developments in patent protection for inventionsinvolving computer programs in China—A study based on thenewly amended Chinese Patent Examination Guidelines / 541Chapter IV-VIII Patents: patent strategies for biotechnology enterprises / 553Chapter V Parallel Imports of Patented GoodsChapter V-I Development of patent exhaustion in China / 563Chapter V-II Exhaustion and parallel imports in China / 583·ⅳ·Chapter V-III An inquiry into the issue of exhaustion of patent right underWTO legal system / 599Chapter V-IV The new regulations regarding customs protection of intellectual property rights of the People??s Republic of China / 615Chapter VI Development of Patent System in China &Beyond and Its EffectsChapter VI-I The fourth amendment of Chinese Patent Law and discussionon its practical effects / 625Chapter VI-II The special protection of Traditional Chinese Medicine and itscomparison with patent protection in China / 640Chapter VI-III Intellectual property courts in China / 653Chapter VI-IV Development of Patent Prosecution Highway in China / 662Chapter VI-V Patent enforcement in China / 672·ⅴ·ContentsChapter VI-VI The impact of the amendments of the Chinese patent systemon the technological and economic progress in China / 700Chapter VI-VII Institutional infrastructure for IPR-based developmentin China / 712Chapter VI-VIII The second amendment of the Chinese Patent Law and thecomparison between the new Patent Law and TRIPSAgreement / 779Chapter VI-IX International trademark protection strength: 1990-2020 / 799
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