Research on the Design and Application of Virtual and Real Integrated Training Platform Based on Intelligent Manufacturing

In this paper,we built a robot training platform using virtual simulation software,and the robot assembly,handling,and palletizing were realized.The workstation includes an industrial robot,gas control unit,track function module,assembly function module,palletizing function module,vision module,etc.,and robot movement is achieved through language programming.The platform provides conditions for the practical ability training of application-oriented talents.

Training and Implementation of Subjective Questions Scoring System Based on the Baidu Qianfan Model Platform

Leveraging the Baidu Qianfan model platform,this paper designs and implements a highly efficient and accurate scoring system for subjective questions,focusing primarily on questions in the field of computer network technology.The system enhances the foundational model by utilizing Qianfan’s training tools and integrating advanced techniques,such as supervised fine-tuning.In the data preparation phase,a comprehensive collection of subjective data related to computer network technology is gathered,cleaned,and labeled.During model training and evaluation,optimal hyperparameters and tuning strategies are applied,resulting in a model capable of scoring with high accuracy.Evaluation results demonstrate that the proposed model performs well across multiple dimensions-content,expression,and development scores-yielding results comparable to those of manual scoring.

The Utility Model Relates to a Training Platform for Neurosurgery Multi-Purpose Medical Nursing Worker

With the development of medical level, specialized, refined and multidisciplinary collaborative therapy is the requirement and main development direction of neurosurgery. With the improvement of people’s medical awareness, people cannot meet the simple surgical treatment, and there is a great demand for nursing treatment. At the same time, the demand for efficiency and convenience of medical nursing practice teaching continues to improve, and the multi-functional medical nursing training innovation platform has been paid more and more attention. The rapid development of material technology as well as digitalization has brought about a huge change, and we have created a multifunctional, spatially efficient and easy-to-transfer information platform for medical care training. A base box, placement drawer, platform board and display are used as the base module and the base module is filled with specific functional components. Lifting and lowering using motors and spiral base, moving using universal wheels. These devices together constitute the training platform. A survey of students and teachers was conducted through a questionnaire, and they all gave very good feedback that the multi-functional platform was very practical and useful. This platform effectively solves the drawbacks of the original training platform which is time-consuming, laborious and inconvenient, and is worthy of further promotion and research.

Analysis and Design of Quality Management Platform for the Entire Process of Characteristic Software Talent Training

At the end of 2021 to create a new model of characteristic software talent training for independent and controllable key software fields,the Ministry of Education and the Ministry of Industry and Information Technology jointly approved the establishment of the first batch of 33 Characteristic Pilot Schools of software.As a member of characteristic software schools,the HIT School of Software has been approved and will focus on the construction of 2 characteristic directions,which are large-scale industrial software and industrial professional application software.In order to achieve the goal,it is urgent to develop a comprehensive management platform to control the entire process of talent training,so that we can standardize,modelling,and digitized the entire process of characteristic software talent training.By relating all aspects of student training with and implementing the ability-index mechanisms,we will continuously collect big-data of the entire process of student growth,and generate multidimensional student ability portraits for evaluating the effect of talent training,and adjust as well as optimizing the growth path for students themselves during their studying.Employers will be able to identify talents accurately and provide effective reference for colleges to adjust training plans.This paper will analyze the needs of the platform,provide demand analysis of the platform,extract the correlation model between training,conclude the relations between ability-index activities and ability indicators,and give a reasonable overall system design scheme.

Give prominence to the ability training, and promote the subversive reform of the curriculum teaching

One of the key aspects of the teaching reform of the higher vocational colleges is to give prominence to the ability training of the students. In this paper, from the teaching practice of the network marketing course, with the applicative competition platform as the breakthrough point, the author carries through a series of teaching reforms, to realize the goal of training, and especially to give prominence to the ability training of the students.

The Application of E-learning and Distance Learning Technologies to Crew Education and Training in the Russian Federation

The article examines the world experience of e-learning as well as distance education technologies within the education process organization on higher and post-higher education programs.There have been listed the results of the most popular e-learning platforms analysis.Furthermore,there have been looked through the core legislative background of the development of the mentioned technologies in Russia and worldwide among the universities,specialized in seafarers training.There have been also drawn up the points of the Admiral Makarov State University of Maritime and Inland Shipping(Admiral Makarov SUMIS)design of the distance education system LMS"FARWATER"in compliance with the International Convention on Standards of Training,Certification and Watchkeeping for Seafarers(STCW Convention).The practical application of distance education system to the advanced professional training has been discussed in the article.

Undergraduate Experimental Teaching Platform for Intelligent Limb Rehabilitation Training Based on "Medical-Engineering Interdisciplinary Crossing"

In view of the key role of undergraduate experimental teaching reform in cultivating high-quality talents with both innovative spirit and practical ability,this paper deeply discusses multi-dimensional reform strategies.Specifically,the teaching mode of"double teachers for every student"is innovatively introduced,and scientific research projects are deeply integrated into undergraduate experimental teaching,aiming at realizing the modern development of teaching content and the diversified expansion of teaching methods.By designing and applying the undergraduate experimental teaching platform for intelligent limb rehabilitation training based on the concept of"medical-engineering interdisciplinary crossing",it not only builds a bridge for students to contact cutting-edge scientific research and strengthen practical skills,but also provides valuable ideas and practical models for the innovation of undergraduate experimental teaching.In the future,with the continuous optimization and upgrading of platform functions,it is expected to provide students with a richer and richer learning experience and comprehensively promote students'overall quality.

Research and application of artificial intelligence service platform for the power field

Conventional analysis methods cannot fully meet the business needs of power grids.At present,several artificial intelligence (AI) projects in a single business field are competing with each other,and the interfaces between the systems lack unified specifications.Therefore,it is imperative to establish a comprehensive service platform.In this paper,an AI platform framework for power fields is proposed;it adopts the deep learning technology to support natural language processing and computer vision services.On one hand,it can provide an algorithm,a model,and service support for power-enterprise applications,and on the other hand,it can provide a large number of heterogeneous data processing,algorithm libraries,intelligent services,model managements,typical application scenarios,and other services for different levels of business personnel.The establishment of the platform framework could break data barrier,improve portability of technology,avoid the investment waste caused by repeated constructions,and lay the foundation for the construction of "platform + application + service" ecological chain.

Dynamic Characteristics of Tracked Vehicle Power Train Considering Road Random Torsional Excitation

The road random torsional excitation is one type of torque rooted from the road roughness and vehicle drive system. This paper aims to study how the road random torsional excitation affects the dynamic characteristics of vehicle power train. The method of simulating the random torsional excitation of tracked vehicle is explored at first. Secondly,the road random torsional excitations under different road roughness,vehicle speeds and pre-tensions are obtained. Thirdly,the dynamic analysis model of tracked vehicle power train is constructed with the consideration of the road random torsional excitation. Eventually,the influences of this excitation on output torque,bearing support force,vibration acceleration and dynamic shear stress of transmission shafts are intensively studied.The research conclusions are helpful to correct and refine the present virtual prototype of tracked vehicle power train.

Discussion on the Pathways for Cooperative building of Vocational Education Platforms

the enactment of Planning for Modem Vocational Education System （2014-2020） [[2014] No. 6 of MOE] declares the development of vocational education in China has entered a new historical stage. The development of vocational education, after being elevated to the level of national strategy, will inevitably imply that the existing resources for vocational education must be effectively integrated. To improve the quality of vocational educational institutions, enhance social service levels of vocational institutions and provide smooth career paths for professional talents, are the main goal of vocational education in the future. Since innovative education system for vocational institutions is the inevitabl choice to achieve the above development goal, to innovate the educational system by way of cooperative building of vocational education platforms is the inevitable requirement upon the development of vocational education.

“一点两线三面”创新实验平台的构建与实践

传统化学实验室功能单一、分布零散、共享性差,导致实验用房和实验设备利用效率低,这种建设模式不利于多学科知识的交叉融合,一定程度上影响学生综合素质的发展。本研究秉承“建优质平台,抓实践育人,树创新理念,育创新人才”的指导思想,在化学实验室资源整合共享、利用率提升、开放式管理以及创新应用型人才培养质量提升等方面积极进行教学改革,经过多年探索,搭建起“以提升学生创新实践能力为着力点”“教学科研两条主线”“教学科研三层面”的创新实验(训)平台,取得了一定成效,将为同类高校的创新实验(训)平台建设提供参考。

工业机器人教学实训平台的AR可视化应用设计

工业机器人教学实训平台运行机理较为复杂抽象,学生无法在有限的实训时间内完全理解平台整体运行机理,难以安全高效地完成实训任务。针对上述问题,提出以多层次架构设计实训平台AR可视化应用,在Unity3D中实现原型系统开发。通过KEPServerEX获取多源设备数据,以标志物注册配合空间锚点技术实现平台模型的跟踪注册。在Holo Lens2设备上将平台结构信息、运行状态以及操作指引等内容实现AR可视化,学生可通过手势、视点等多元手段获悉平台状态与实训指引。实践表明,工业机器人教学实训平台AR可视化应用能帮助学生把控平台运行状态,安全高效地完成实训任务。

全方位培养自主学习与实践创新能力的教学体系构建与实践

针对高校创新人才培养中存在的问题,如教育教学方法陈旧、实验教学条件有限和学生实践能力不足,缺乏创新意识等,提出并实施“五个环节”研讨式课堂教学方法,打造多层次、虚实结合的实验教学体系,开展“四化”实践教学模式,建立促进学生自主学习与实践创新能力的考核机制等针对性措施,从而全方位提高教育教学质量,培养学生自主学习与实践创新能力,促进新工科人才解决复杂工程问题核心能力的达成。

基于OBE理念的虚拟仿真实践教学体系建设与探索——以农业机械化及其自动化专业为例

实践教学是工程教育的重要组成部分,是培养和提高学生工程实践能力和科技创新能力的重要途径。该文剖析当前形势下农业机械化及其自动化专业实践教学环节存在的主要问题,总结虚拟仿真实践教学体系建设的实施举措,形成以行业对实践能力需求为引导、以学生发展为主线、以提高学生实践和创新能力为核心的“2+4+1”农机专业虚拟仿真实践教学体系。在实践教学各环节构建虚拟仿真实践平台、完善考核机制,通过虚拟仿真实践训练与实体实训的融合,促进农机专业人才的综合能力培养。

由规模化到精准化:国家中小学智慧教育平台教师研修的差异化需求及优化策略研究

立足常态化的新发展阶段,国家智慧教育平台教师寒暑假研修如何从规模化走向差异化、精准化,“按需施训”尤为关键。研究以基础教育阶段参训教师的9.06万条、149万余字反馈文本为研究对象,综合运用结构主题模型(STM)及重要性-绩效分析法(IPA),构建了国家中小学智慧教育平台教师研修需求框架,并深入分析其差异、明确基于需求要素的优化方向。研究发现:参训教师需求包含个体发展和系统环境两个层面的五类需求,且均存在显著的区域及城乡差异,针对时间安排及学时认定等研修机制需求仍须优化改进。研究为教师寒暑假研修精准化、差异化发展提供实证依据与决策支持,为优化研修服务提供策略建议。

基于拔尖人才培养的可视化实训平台构建研究

基于现代网络信息技术搭建的可视化实践实训平台,是一种以实际操作为学习任务,集“教学+实践技能培养+评核”多功能性新方式,是提升教学质量与教学效果的有效途径。南京医科大学药学院以药学拔尖创新人才培养为教学目标,进行以生药学课程为例的可视化实训平台体系化构建以及“贯通性”实践项目的教、培、评相结合教学探索,促进学生“三专协调”发展,强化综合技能与素质教育,调动学生主观积极能动性,提高学生创新思辨能力和拔尖人才培养效果。

基于学习通教学平台的数学建模竞赛培训模式的实践与研究

文章以常州大学为例,探讨基于学习通教学平台的数学建模竞赛培训模式的实践与研究。首先分析了学习通教学平台的优势,介绍了数学建模竞赛培训的常见模式;接着提出了基于学习通教学平台的数学建模竞赛培训模式构建思路及教学内容规划,并对其教学实施进行了探讨。通过研究,旨在为数学建模竞赛培训提供一种新的教学模式,以期提高学生的数学建模竞赛能力。

教学型公共仪器平台建设与开放机制探索

南京大学自2009年开始进行“三三制”本科教学改革,化学实验教学也按照此理念不断进行实验教学改革,以培养学生扎实的专业实践能力和良好的交叉跨界能力,提升学生的综合实践能力和创新实践能力。仪器设备在改革过程中起着重要的支撑作用,为了满足各实验课程的教学需求,化学国家级实验教学示范中心以培养“四个实践能力”为抓手,高质量建设了以教学为主的公共仪器平台。然而,仪器的开放共享也是资源优化利用的一项重要任务,如何在教学任务之余兼顾对外开放,需要进行不断的探索。本文以化学实验教学中心公共仪器平台为例,介绍平台在实验教学、使用培训、共享开放等方面所采取的管理机制,以及在此基础上取得的一些成果,供国内高校类似的仪器平台参考。

基于IDV架构的虚拟云桌面实训管理平台设计

随着云计算和虚拟化技术的不断发展,虚拟云桌面在高校实验室建设和教学管理方面的应用日益广泛。通过对虚拟云桌面主流架构的分析,结合高校计算机实训教学和考试系统的实际需求,采用IDV架构对计算机实训管理平台进行设计,包括实验室网络拓扑结构、基本功能模块、服务器端和客户端逻辑架构。探索灵活高效、安全稳定的实验教学管理方案,提升计算机实训室的信息化和智慧化水平,为培养高水平、高素质的人才提供保障。

PBL联合网络培训平台教学法在新入职护士加速康复外科规范化培训中的应用

目的探索以问题为导向的教学法(PBL)联合网络培训平台教学法在新入职护士加速康复外科规范化培训中的应用效果。方法根据培训方法不同将102名新入职护士分为对照组(50名)和观察组(52名)。对照组护士采用传统集中培训的方法;观察组护士采用PBL联合网络培训平台教学法。培训结束后比较两组护士的理论与实践能力考核成绩、培训满意度及焦虑状况。结果观察组护士的理论与实践能力考核成绩高于对照组(P<0.01),对培训的总体满意度及各维度评分均高于对照组(P<0.05或0.01),自评量表得分低于对照组(P<0.01)。结论PBL联合网络培训平台教学法能够提高新入职护士加速康复外科的培训效果,提升培训护士的满意度,缓解护士的培训压力。