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学者姓名：林幸民
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目的:强化艺术设计硕士文化传承与创新教育的目的在于通过高质量的文化滋养,厚植文化根基,使他们具备深厚的文化认知和正确的文化取向,最终转化成艺术设计中的文化自觉与自信,让作品真正成为叙述和传播中华文化的载体,培养能真正建设文化强国的主力军.方法:文章构建围绕培养厚人文、重体验、强自信、能创新四种能力的建设目标和路径,提出开辟多渠道的文化渗透、提供形式多样的文化艺术体验、课程思政与思政教育双管齐下、进阶式文化创新设计训练等多项改革举措.结果:实现文化传承及创新类课程对艺术设计专业各方向的全覆盖,多渠道获得线上线下"非遗"文化体验,积累丰富的文化素材,提升文化创意设计能力和水平.结论:艺术设计是最直接、最形象的文化表现形式,作品所传达的文化理念将潜移默化地影响人们的认知和文化取向,关系到国家主流意识形态的安全和社会主义文化强国建设的成效.作为艺术设计硕士培养院校,要把推动文化传承与发展渗透于立德树人全过程,以高质量的文化滋养艺术设计硕士,为我国的高质量发展提供坚实的艺术设计人才保障.
Keyword ：
教育模式 教育模式 文化传承与创新 文化传承与创新 文化强国 文化强国 艺术设计硕士 艺术设计硕士
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| GB/T 7714 | 吴绍兰 , 林幸民 . 文化强国战略下艺术设计硕士文化传承与创新教育模式探索 [J]. | 艺术科技 , 2024 , 37 (4) : 60-62,68 . |
| MLA | 吴绍兰 等. "文化强国战略下艺术设计硕士文化传承与创新教育模式探索" . | 艺术科技 37 . 4 (2024) : 60-62,68 . |
| APA | 吴绍兰 , 林幸民 . 文化强国战略下艺术设计硕士文化传承与创新教育模式探索 . | 艺术科技 , 2024 , 37 (4) , 60-62,68 . |
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Background: and Purpose: Thermal radiation plays a pivotal role in addressing recognition limitations encountered by traditional Chinese medicine's tongue diagnosis. Modern thermal radiation diagnostic instruments offer enhanced objectivity, and in this study, we strive to further improve the diagnostic process through the integration of Human-Computer Interaction (HCI) principles. Our objective is to introduce the thermal radiation DenseNet ensemble model, synergizing the strengths of Convolutional Neural Networks (CNNs) and HCI principles to advance tongue image recognition in healthcare. This approach aims to enhance classification accuracy, even when faced with limited training data. Methodology: Transfer learning, utilizing fine-tuned CNNs and DenseNet, is employed for precise classification, with a specific focus on distinguishing tooth-marked tongues. A portable hand-held thermal radiation diagnostic instrument, seamlessly integrated with HCI, is developed for both clinical use and research. Experimental results: Meticulously curated datasets, formed through the annotation of thermal radiation images, confirm the superior performance of the DenseNet architecture in tooth mark and tongue feature recognition. The proposed tooth mark tongue recognition model exhibits a significant accuracy improvement of approximately 25% compared to similar tasks in existing studies. Additionally, an AI health detector tailored for Traditional Chinese Medicine (TCM) thermal radiation image recognition is introduced, showcasing the seamless integration of HCI principles into healthcare applications. This innovative tool not only assesses users' health but also provides personalized health recommendations, illustrating the transformative potential of combining technology and healthcare. Discussion and conclusion: In addressing the limitations of traditional tongue diagnosis, thermal radiation emerges as a key factor enhancing objectivity and accuracy. The thermal radiation DenseNet ensemble model, along with HCI integration through the portable hand-held device, proves effective for improved TCM thermal radiation image identification in healthcare. The fusion of technology and HCI principles underscores the potential to elevate health assessments and offer valuable guidance to users.
Keyword ：
DenseNet DenseNet HCI smart imaging HCI smart imaging Health detector Health detector Imaging thermal radiation device Imaging thermal radiation device Machine learning Machine learning
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| GB/T 7714 | Lin, Xing Min , Xia, Luting , Ye, Xiaoyun . Thermal radiation of tongue surface as a human computer interaction diagnostics technique based on image classification with software interface [J]. | JOURNAL OF RADIATION RESEARCH AND APPLIED SCIENCES , 2024 , 17 (2) . |
| MLA | Lin, Xing Min 等. "Thermal radiation of tongue surface as a human computer interaction diagnostics technique based on image classification with software interface" . | JOURNAL OF RADIATION RESEARCH AND APPLIED SCIENCES 17 . 2 (2024) . |
| APA | Lin, Xing Min , Xia, Luting , Ye, Xiaoyun . Thermal radiation of tongue surface as a human computer interaction diagnostics technique based on image classification with software interface . | JOURNAL OF RADIATION RESEARCH AND APPLIED SCIENCES , 2024 , 17 (2) . |
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This research focuses on the routing algorithm for mobile robots, considering factors such as time, path length, and energy consumption. Various algorithms have been used to plan trajectory curves, including classical methods, probabilistic algorithms, and meta-heuristic algorithms. The artificial bee colony algorithm was used to generate practical path curves without collisions, which were then used to create the optimal path length. The basic model was a projection of the path curve using random initial paths. Spline interpolation was used to obtain the middle points of the path, making the path smooth. The proposed model has less time and length in all environments and better satisfies linear and rotational speed limitations, indicating potential for improvement.
Keyword ：
artificial bee colony algorithm artificial bee colony algorithm genetic algorithm genetic algorithm Mobile robots Mobile robots routing routing trajectory curve projection trajectory curve projection
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| GB/T 7714 | Min Lin, Xing , Xia, Luting , Ge, Zhen et al. Designing the optimal path curve based on spline functions for mobile robot using the combination of bee colony algorithm and genetic algorithm [J]. | JOURNAL OF VIBRATION AND CONTROL , 2024 . |
| MLA | Min Lin, Xing et al. "Designing the optimal path curve based on spline functions for mobile robot using the combination of bee colony algorithm and genetic algorithm" . | JOURNAL OF VIBRATION AND CONTROL (2024) . |
| APA | Min Lin, Xing , Xia, Luting , Ge, Zhen , Hong, Xinhui , Zhao, Ruoyi , Jalalnezhad, Mostafa . Designing the optimal path curve based on spline functions for mobile robot using the combination of bee colony algorithm and genetic algorithm . | JOURNAL OF VIBRATION AND CONTROL , 2024 . |
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Robots are increasingly being used in rehabilitation to assist patients with physical disabilities, particularly the knee joint. Physiotherapists often practice the patient's leg around the knee joint to strengthen the muscles. However, Continuous Passive Motion (CPM) devices face challenges such as lack of feedback and resistance. This thesis aims to address these issues by using admittance and impedance concepts to control the robot's flexible behavior against individual foot forces. The research uses a combination of backstepping and admittance algorithms, Model Reference Adaptive Control (MRAC), Sliding-Backstepping and Admittance Control to create a soft interactive patient-robot interaction. The device is designed for both left and right legs.
Keyword ：
admittance admittance Backstepping Backstepping controller - sliding mode controller - sliding mode knee joint robot knee joint robot noise noise
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| GB/T 7714 | Lin, Xingmin , Xia, Luting , Ruoyi, Zhao et al. Design of integral backstepping controller - sliding mode along with admittance controller of knee joint robot in the presence of noise [J]. | PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART C-JOURNAL OF MECHANICAL ENGINEERING SCIENCE , 2024 . |
| MLA | Lin, Xingmin et al. "Design of integral backstepping controller - sliding mode along with admittance controller of knee joint robot in the presence of noise" . | PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART C-JOURNAL OF MECHANICAL ENGINEERING SCIENCE (2024) . |
| APA | Lin, Xingmin , Xia, Luting , Ruoyi, Zhao , Shieh, Charles , Jalalnezhad, Mostafa . Design of integral backstepping controller - sliding mode along with admittance controller of knee joint robot in the presence of noise . | PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART C-JOURNAL OF MECHANICAL ENGINEERING SCIENCE , 2024 . |
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<正>福州大学办学特色我校工业设计专业创办于1985年,是福建省第一个工业设计专业。经过近40年的建设与发展,产学合作特色鲜明,人才培养成果显著,在福建省内处于领先地位,师生在红点奖、iF奖、中美青年创客大赛等国内外竞赛中屡获殊荣,获得发明和实用新型专利授权百余项。工业设计专业将“设计向善”作为价值主张,聚焦国家战略、关注社会民生,面向战略性新兴产业和高新技术产业制定办学目标,引导学生洞察用户需求,研究生活方式,瞄准科技前沿,把握未来趋势,借助自身专业技能“主动设计”,依托产业优势资源“协同创新”,持续通过教学改革、课程创新,探索新工科教育框架下“艺工融合”的人才培养新模式。
Keyword ：
概念设计 概念设计
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| GB/T 7714 | 潘雅婷 , 吴绍兰 , 林幸民 . 海洋珊瑚智能保育设备概念设计 [J]. | 设计 , 2023 , 36 (14) : 79,78 . |
| MLA | 潘雅婷 et al. "海洋珊瑚智能保育设备概念设计" . | 设计 36 . 14 (2023) : 79,78 . |
| APA | 潘雅婷 , 吴绍兰 , 林幸民 . 海洋珊瑚智能保育设备概念设计 . | 设计 , 2023 , 36 (14) , 79,78 . |
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本实用新型公开了一种加湿羽毛球桶，包括桶底盖、桶体和桶顶盖，桶体由内圆筒和外圆筒组成，内圆筒的壁面上设透气孔，内圆筒和外圆筒安装在桶底盖上形成通气管道腔，桶底盖上设若干个排气孔，桶顶盖由底座和储水杯组成，底座安装在内圆筒和外圆筒的顶端面上，底座上设若干个进气孔，底座中心安装电池、雾化片、加湿模块，底座外壁面上的开关按钮依电回路方式连接电池、雾化片、加湿模块形成雾化控制电路，水杯置于外罩体内一体注塑成形储水杯，水杯和外罩体之间形成透气腔，外罩体的顶端设注水口，储水杯安装底座上，储水杯上位于透气腔下方的底面上对应底座的进气孔设贯通式的出气孔。本实用新型熏蒸效率高，具有智能控湿及便于取球和携带优点。
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| GB/T 7714 | 林幸民 , 徐菱骏 , 刘建勇 et al. 加湿羽毛球桶 : CN202320081289.9[P]. | 2023-01-12 00:00:00 . |
| MLA | 林幸民 et al. "加湿羽毛球桶" : CN202320081289.9. | 2023-01-12 00:00:00 . |
| APA | 林幸民 , 徐菱骏 , 刘建勇 , 李昊龙 . 加湿羽毛球桶 : CN202320081289.9. | 2023-01-12 00:00:00 . |
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