为解决通航水域密集分布的渔网AIS示位标堵占AIS信道,干扰AIS系统等问题,设计一种基于NB-IoT(Narrow Band-internet of things)的渔网示位标。采用NB-IoT技术替代传统的AIS技术,示位标的定位等信息通过窄带网络上传到云服务平台供用户查...为解决通航水域密集分布的渔网AIS示位标堵占AIS信道,干扰AIS系统等问题,设计一种基于NB-IoT(Narrow Band-internet of things)的渔网示位标。采用NB-IoT技术替代传统的AIS技术,示位标的定位等信息通过窄带网络上传到云服务平台供用户查看,且目标用户可远程控制设备,对现有AIS系统不会造成干扰。实验结果表明,基于NB-IoT的渔网示位标(以下简称“渔网NB示位标”)能够在内河及沿岸海域满足渔民寻网需求,且在设备体积、抗干扰和功耗方面较传统渔网AIS示位标更有优势。展开更多
From the author, there are not less than a dozen of rather significant recent publications in scientific editions anticipating some aspects of importance to innovation such as “bigger data”, AI, IP, and frontier tec...From the author, there are not less than a dozen of rather significant recent publications in scientific editions anticipating some aspects of importance to innovation such as “bigger data”, AI, IP, and frontier technology with a central massive contribution in 2020 on AI, IP, and EI. Nonetheless, the IP associated with AI remains still barely covered in scientific publications. Especially patent discussion tends to be rather a legal matter. Another trilogy, 2013, “Business Strategy-IP Strategy-R&D Strategy: An All-in-One Business Model” proposed by the author, marked the advent, and customized implementation of a new strategy level. After the two trilogies’ volumes, the AI-IP “accessibility” chapter was a logical step brought to the attention of a larger public by the author. The time now to bring to light another chapter, namely the IP eligibility of AI innovation steps in ad hoc inventions. The main objectives of this short, principally illustrated communication, are to: 1) Revise the best mode requirement status, i.e. the best way to enable the reproducibility of claimed matter, reviewing its need for improvement when AI is involved. And proposing a unique sequence of evolution inspired by IP’s current and evolving practices. 2) Give a new dimension to visual aids to help the Best Mode description, demystify AI complexity, and underline frontier traits that may hinder a confident adoption or well-argued rejection. 3) Further illustrations take into account the fact that IoT, AI, and 3D can be simpler than perceived. 4) Finally ATA©, Adjacent Technology Analysis, is timely refreshed in a unique challenging, indeed tumultuous, environment. 5) Bias, such as semantic ones is consistently monitored. 6) Overall leaving space for innovative pleasurable interpretation. The emphasis is on educational, illustrative and demonstrative value.展开更多
文摘为解决通航水域密集分布的渔网AIS示位标堵占AIS信道,干扰AIS系统等问题,设计一种基于NB-IoT(Narrow Band-internet of things)的渔网示位标。采用NB-IoT技术替代传统的AIS技术,示位标的定位等信息通过窄带网络上传到云服务平台供用户查看,且目标用户可远程控制设备,对现有AIS系统不会造成干扰。实验结果表明,基于NB-IoT的渔网示位标(以下简称“渔网NB示位标”)能够在内河及沿岸海域满足渔民寻网需求,且在设备体积、抗干扰和功耗方面较传统渔网AIS示位标更有优势。
文摘From the author, there are not less than a dozen of rather significant recent publications in scientific editions anticipating some aspects of importance to innovation such as “bigger data”, AI, IP, and frontier technology with a central massive contribution in 2020 on AI, IP, and EI. Nonetheless, the IP associated with AI remains still barely covered in scientific publications. Especially patent discussion tends to be rather a legal matter. Another trilogy, 2013, “Business Strategy-IP Strategy-R&D Strategy: An All-in-One Business Model” proposed by the author, marked the advent, and customized implementation of a new strategy level. After the two trilogies’ volumes, the AI-IP “accessibility” chapter was a logical step brought to the attention of a larger public by the author. The time now to bring to light another chapter, namely the IP eligibility of AI innovation steps in ad hoc inventions. The main objectives of this short, principally illustrated communication, are to: 1) Revise the best mode requirement status, i.e. the best way to enable the reproducibility of claimed matter, reviewing its need for improvement when AI is involved. And proposing a unique sequence of evolution inspired by IP’s current and evolving practices. 2) Give a new dimension to visual aids to help the Best Mode description, demystify AI complexity, and underline frontier traits that may hinder a confident adoption or well-argued rejection. 3) Further illustrations take into account the fact that IoT, AI, and 3D can be simpler than perceived. 4) Finally ATA©, Adjacent Technology Analysis, is timely refreshed in a unique challenging, indeed tumultuous, environment. 5) Bias, such as semantic ones is consistently monitored. 6) Overall leaving space for innovative pleasurable interpretation. The emphasis is on educational, illustrative and demonstrative value.
