Shiping Gu

1. Original Theoretical Contributions and Scholarly Publications一、原创理论与学术论文成果

• Founded Structural-State Mathematics: proposed a structure-centered mathematical framework distinct from traditional variable-centered mathematics.
• 开创结构态数学方向：提出“结构态数学（Structural-State Mathematics）”，尝试建立区别于传统变量中心数学的新型结构中心数学框架。
• Developed Structural-State Mathematical Economics: extended the structural-state framework to economics and complex systems.
• 发展结构态数学经济学：将结构态方法扩展到经济系统与复杂系统研究，形成“结构态数学经济学（Structural-State Mathematical Economics）”。
• Advanced complex systems research: proposed systematic approaches to structure formation, coupling, state evolution, and system mechanisms.
• 推动复杂系统结构研究：围绕结构形成、结构耦合、状态演化与系统机制提出系统性研究思路。
• Representative original publications: Structural-State Mathematical Economics (DOI: 10.2139/ssrn.6189159); Structural-State Mathematics (DOI: 10.2139/ssrn.6140811); Optical Fiber Chemistry and Theory (DOI: 10.2139/ssrn.5292806); Optical Fiber Chemistry and the Artificial Intelligence Platform (DOI: 10.26434/chemrxiv-2025-dg30l); Optical Fiber Chemical Catalysis (DOI: 10.26434/chemrxiv-2026-tqklf); The Theory of Artificial Intelligence Innovation (DOI: 10.2139/ssrn.5415854).
• 代表性原创论文成果：《Structural-State Mathematical Economics》（DOI: 10.2139/ssrn.6189159）、《Structural-State Mathematics》（DOI: 10.2139/ssrn.6140811）、《Optical Fiber Chemistry and Theory》（DOI: 10.2139/ssrn.5292806）、《Optical Fiber Chemistry and the Artificial Intelligence Platform》（DOI: 10.26434/chemrxiv-2025-dg30l）、《Optical Fiber Chemical Catalysis》（DOI: 10.26434/chemrxiv-2026-tqklf）、《The Theory of Artificial Intelligence Innovation》（DOI: 10.2139/ssrn.5415854）。

2. Original Innovations in Artificial Intelligence二、人工智能原始创新

• Original AI publications: The Theory of Artificial Intelligence Innovation (DOI: 10.2139/ssrn.5415854), Forecast of Compute Platform Development (DOI: 10.2139/ssrn.5714822), Optical Fiber Chemistry and the Artificial-Intelligence Chemistry Platform (DOI: 10.26434/chemrxiv-2025-dg30l), Dynamic Reconfigurable Instruction Computer (Computer Era, 2008 Issue 03), and SOC/IP-Based Intelligent Power System (Journal of Electric Power Systems and Automation, 2002 Issue 08).
• 人工智能原始创新论文：《The Theory of Artificial Intelligence Innovation》（DOI: 10.2139/ssrn.5415854）、《Forecast of Compute Platform Development》（DOI: 10.2139/ssrn.5714822）、《Optical Fiber Chemistry and the Artificial-Intelligence Chemistry Platform》（DOI: 10.26434/chemrxiv-2025-dg30l）、《Dynamic Reconfigurable Instruction Computer》（《计算机时代》2008年03期）、《SOC/IP-Based Intelligent Power System》（《电力系统及其自动化学报》2002年08期）。
• Representative AI-related patents: CN2006101554274 (Programmable Instruction-Set Computer Integrated Circuit), CN2007100709605 (Dynamically Reconfigurable Instruction Processor Configuration and Communication Controller), CN2025109979203 (Programmable Chemistry System), and CN2025110533867 (Artificial Intelligence Chemistry).
• 人工智能代表性专利：CN2006101554274（可编程指令集计算机集成电路）、CN2007100709605（动态可重构指令处理器配置及通信控制器）、CN2025109979203（可编程化学系统）、CN2025110533867（人工智能化学）。
• Innovation scope: spanning AI theory, compute-platform evolution, reconfigurable computing, programmable chemistry systems, and AI-chemistry integration.
• 创新范围：覆盖人工智能理论、算力平台演进、动态可重构计算、可编程化学系统以及人工智能化学融合方向。

3. Achievements in Optical Fiber Chemistry三、光纤化学成就

• Founded Optical Fiber Chemistry: initiated and continuously advanced the field since 2014.
• 开创光纤化学方向：自2014年起提出并持续推进“光纤化学（Optical Fiber Chemistry）”方向。
• Built a complete innovation route: covering fiber structure, photon transport, interfacial catalysis, photoelectric coupling, programmable control, and system architecture.
• 完成系统创新路线：围绕光纤结构、光子传输、界面催化、光电耦合、可编程控制与系统架构建立完整创新路线。
• Representative publications: Optical Fiber Chemistry and Theory (DOI: 10.2139/ssrn.5292806), Optical Fiber Chemistry and the Artificial-Intelligence Chemistry Platform (DOI: 10.26434/chemrxiv-2025-dg30l), and Optical Fiber Chemical Catalysis (DOI: 10.26434/chemrxiv-2026-tqklf).
• 代表性论文成果：《Optical Fiber Chemistry and Theory》（DOI: 10.2139/ssrn.5292806）、《Optical Fiber Chemistry and the Artificial-Intelligence Chemistry Platform》（DOI: 10.26434/chemrxiv-2025-dg30l）和《Optical Fiber Chemical Catalysis》（DOI: 10.26434/chemrxiv-2026-tqklf）。
• Established a key patent portfolio: spanning optical fiber chemistry, AI chemistry, fuel cell stacks, ammonia synthesis, and programmable chemistry systems.
• 形成关键专利群：在光纤化学、AI 化学、燃料电池堆、合成氨、可编程化学系统等方面形成系统专利布局。

4. Other Directions四、其它方向

• Super-resolution microscopy: developed representative inventions including CN2018100902013 (Synchronous Orthogonal Laser Image Reconstruction Super-Resolution Microscope) and CN2017101223034 (Proton Microscope, Spectrometer, and Energy Spectrometer).
• 超分辨率显微镜：形成代表性发明，包括 CN2018100902013（同步正交激光图像重建超分辨率显微镜）和 CN2017101223034（质子显微镜、波谱仪、能谱仪）。
• Terahertz products (6G antenna): proposed CN2018101528408 (Semiconductor Wireless Transmitting and Receiving Antenna), extending his innovation portfolio into high-frequency communication devices.
• 太赫兹产品（6G天线）：提出 CN2018101528408（半导体无线发射、接收天线），将创新成果拓展到高频通信器件方向。

5. Patent and Invention Achievements五、专利与发明成就

• 16 patents in optical fiber chemistry and related areas, including integrated photonic-electronic chemistry, AI chemistry, fourth-generation catalysis systems, ambient-condition ammonia synthesis, and precious-metal-free fuel cells.
• 光纤化学及相关方向专利 16 项：涵盖光纤化学、集成光子电子化学、人工智能、第四代催化系统、常温常压合成氨、无需贵金属催化剂燃料电池等。
• 18 representative patents in triple-play convergence, covering EoC, digital home terminals, trusted networking, dynamic timeslot allocation, and reconfigurable processors.
• 三网融合代表性专利 18 项：涵盖 EoC、数字家庭终端、可信网络、动态时隙分配、可重构处理器等。
• 43 representative patents in the Internet of Vehicles, covering vehicle identification, dynamic weighing, driver behavior monitoring, remote locking, cloud communication, and inspection systems.
• 车联网代表性专利 43 项：涵盖车辆识别、动态载重、司机行为监测、远程锁车、云通信、稽查系统等。
• Additional achievements in microscopy, terahertz products, and AI hardware innovation further expand the breadth of his invention portfolio.
• 在显微镜、太赫兹产品与人工智能硬件创新方面的成果，进一步拓展了其发明体系的广度。

6. Achievements in Triple-Play Convergence六、三网融合成就

• Played an early and leading role in developing key technologies for China’s triple-play convergence.
• 较早参与并主导中国三网融合关键技术研发。
• Led product invention and R&D at Hangzhou Chuling Information Technology Co., Ltd.
• 主持产品发明与研发：在杭州初灵信息技术股份有限公司主持相关产品和系统研发。
• Produced representative papers on Android multi-screen interaction, EoC, NGB access networks, and digital home terminals.
• 形成代表性论文：涉及 Android 多屏互动、EoC、NGB 接入网、数字家庭智能终端等。
• Helped lay the industrial foundation for EoC, NGB, and trusted coaxial cable convergence systems.
• 奠定产业技术基础：为 EoC、NGB、可信同轴电缆融合系统等技术路线和应用体系奠定重要基础。

7. Achievements in the Internet of Vehicles七、车联网成就

• Led product invention and R&D in the Internet of Vehicles at Hangzhou HopeChart IoT Technology Co., Ltd.
• 主持车联网产品发明与研发：在杭州鸿泉物联技术股份有限公司持续推进系统创新。
• Built a comprehensive industry application technology system covering vehicle identification, lawful operation identification, dynamic weighing, dump truck supervision, safety and energy saving, cloud platforms, and traffic inspection.
• 形成完整行业应用技术体系：覆盖车辆识别、合法运营识别、动态载重、渣土车监管、安全节能、云平台和交通稽查等。
• Established a continuous innovation chain in supervision, safety, energy saving, communication, remote control, and big-data applications.
• 完成连续创新链布局：在监管、安全、节能、通信、远程控制与大数据应用等方向持续创新。

8. Scholarly and Engineering Style八、学术与工程风格成就

• Strong originality: continuously proposed new concepts, architectures, and systems.
• 原创性强：持续提出新概念、新架构、新系统。
• Strong leadership: consistently led overall solution design and system R&D.
• 主导性强：长期担任总体方案设计和系统研发主导角色。
• Strong engineering execution: translated achievements into products, systems, and practical applications.
• 工程落地能力强：推动成果向产品、系统和应用场景转化。
• Strong interdisciplinary integration: worked across mathematics, chemistry, energy, communication networks, AI, and intelligent transportation.
• 跨学科整合能力强：长期横跨数学、化学、能源、通信网络、人工智能和智能交通等领域。

9. Honors and Awards九、荣誉与奖励

• Jiangsu Provincial Science and Technology Progress Award
• 江苏省科学技术进步奖
• Zhejiang Provincial Radio and Television Science and Technology Innovation Award
• 浙江省广播电视科学技术创新奖

Founded Structural-State Mathematics开创“结构态数学”方向

He proposed Structural-State Mathematics as a structure-centered mathematical framework for describing structures, relationships, states, and evolution in complex systems, and further developed Structural-State Mathematical Economics.

提出结构态数学（Structural-State Mathematics）方向，尝试建立区别于传统变量中心数学的新型结构中心数学框架，用于描述复杂系统中的结构、关系、状态及其演化规律，并进一步发展出结构态数学经济学。

Founded Optical Fiber Chemistry and the Artificial Intelligence Platform开创“光纤化学”与“人工智能平台”方向

Since 2014, he has systematically advanced the theoretical and engineering system of Optical Fiber Chemistry and the Artificial Intelligence Platform as an original proposer, chief architect, and key inventor.

自2014年起，系统推进“光纤化学—人工智能平台”的理论与工程体系建设，是该方向的重要原创提出者、总体架构主导者和关键发明人。

Laid the Technological Foundation for Triple-Play Convergence奠基开创“三网融合”核心技术体系

He played an early and leading role in China’s triple-play convergence, producing systematic original achievements in EoC, NGB access networks, digital home terminals, multi-screen interaction, and trusted coaxial convergence systems.

较早参与并主导中国“三网融合”关键技术与产品研发，在 EoC、NGB 接入网、数字家庭智能终端、多屏互动、可信同轴电缆融合系统等方向形成系统性原创成果。

Laid the Industry Application Framework for the Internet of Vehicles奠基开创“车联网”行业应用技术体系

He has long led original system innovation in vehicle identification, dynamic weighing, intelligent supervision, cloud communication, driver behavior analysis, remote control, smart operations, and traffic inspection.

长期主持车联网产品发明与研发，在车辆识别、动态载重、智能监管、云通信、驾驶行为分析、远程控制、智慧运营、交通稽查等方向持续进行原创系统创新。

Core Technology System of Triple-Play Convergence“三网融合”核心技术体系

Since March 2003, he led product invention and R&D at Hangzhou Chuling Information Technology Co., Ltd., playing a major founding and leading role in China’s triple-play convergence technology and product system.

自2003年3月起，在杭州初灵信息技术股份有限公司主持产品发明与研发工作，在中国“三网融合”关键技术和产品体系建设中发挥重要的开创性和主导性作用。

• Systematic innovation in EoC, NGB access networks, digital home intelligent terminals, multi-screen interaction, trusted coaxial cable systems, and TDMA dynamic timeslot allocation.
• 围绕 EoC、NGB 接入网、数字家庭智能终端、多屏互动、可信同轴电缆系统、TDMA 动态时隙分配等方向形成系统创新。
• Produced representative papers and patents.
• 形成代表性论文与专利成果。
• Helped establish an important foundation for China’s triple-play technological routes and application systems.
• 为国内三网融合技术路线与应用体系奠定重要基础。

Industry Technology System of the Internet of Vehicles“车联网”行业技术体系

Since October 2009, he has led product invention and R&D at Hangzhou HopeChart IoT Technology Co., Ltd., continuously advancing original system innovation in key application technologies and solutions for the Internet of Vehicles in China.

自2009年10月起，在杭州鸿泉物联技术股份有限公司主持产品发明与研发工作，在中国车联网行业关键应用技术和系统方案方面开展持续创新。

• Continuous innovation in vehicle identification, lawful operation recognition, dynamic weighing, dump truck supervision, new-energy vehicle driver behavior analysis, EV safety and energy saving, cloud communication, remote locking, and traffic inspection.
• 围绕车辆识别、合法运营识别、动态载重、渣土车监管、新能源车驾驶行为分析、电动汽车安全与节能、云通信、远程锁车、交通稽查等方向进行持续创新。
• Produced representative patents and built a multidimensional patent system.
• 形成代表性专利并构建多维度专利体系。
• Made systematic contributions to industry deployment and system innovation in China’s Internet of Vehicles.
• 对国内车联网行业应用落地和系统创新作出系统性探索与推动。