Current Issue · Vol. 1 No. 1
《计算机与智能教育技术》聚焦计算机技术、人工智能与教育教学的融合创新,重点刊发计算机应用、智能计算、大数据、教育信息化、智慧教学、虚拟仿真及实验教学智能化等领域的研究成果与实践案例,旨在推动智能技术赋能教育改革与行业数字化发展,搭建开放、规范、产学研深度融合的优质学术交流平台。
About the JournalExplore this journal
Browse published research, access full-text articles, and stay updated with the latest issues.
Browse ArticlesSubmit your manuscript, review author guidelines, and track your submission through the editorial process.
Submit NowJoin our peer review community. Help advance scholarship through rigorous, constructive review.
Learn More-
Research Articles
基于 Python 的旅游景点推荐系统
为降低旅游信息平台中用户筛选信息的成本,并解决个性化推荐不足与行程规划效率低的问题,本文设计并实现基于 Python 和 Django 的旅游景点推荐系统。系统利用 Requests 与 BeautifulSoup4 采集携程网景点和餐厅数据,共获得景点 8959 条、餐厅 2678 条;采用基于物品的协同过滤算法( ItemCF ),融合收藏、点赞、评分、加入行程和不感兴趣等行为权重,并以热门景点... -
Research Articles
Breakthroughs in Dilemmas and Practical Approaches to the Intelligent Teaching Reform of University General AI Courses
Artificial intelligence (AI) is reshaping social production and lifestyles, making AI literacy an essential core competency for college students in the new era. Currently, AI general education is rapidly spreading i... -
Research Articles
课程思政视域下的高中物理教学设计——以“法拉第电磁感应定律”为例
物理教学中的课程思政以 “立德树人”根本任务为背景,聚焦高中物理教学与思想政治教育的有机融合。论文选取“法拉第电磁感应定律”作为案例,进行课程思政的教学设计探索。通过深入挖掘定律发展历程、科学内涵及应用中所蕴含的辩证思维、科学精神与家国情怀等思政元素,试设计一套将知识传授、能力培养与价值引领融为一体的教学方案,并阐述其在导入、探究、应用等环节的实施策略。最后,通过对该个案的分析,尝试总结出在物理教学中融入思政元素的一般性思路... -
Research Articles
Research Progress on Intelligent Algorithms for the Detection of Polycyclic Aromatic Hydrocarbons
Polycyclic aromatic hydrocarbons(PAHs) are environmentally persistent, bioaccumulative, and pose a potential carcinogenic risk . T heir trace, rapid, and accurate detection is of great significance for environme... -
Research Articles
人工智能技术赋能大学物理教学模式的探索
本论文面向人工智能技术变革带来的挑战与机遇,将大学物理教学改革和人工智能 (Artificial Intelligence , AI) 深度融合,遵循教育规律前提下理清人工智能赋能高等教育的逻辑理路,重塑了人工智能辅助教学下的教师角色定位。并探索了 AI 增强物理教学系统,以及“智能化、精细化、即时化、全过程”的多元化评价体系,从而构建“人工智能 + 大学物理”的跨学科教学体系,以期能对师范院校的大学物理教学改...
Every submission undergoes double-blind peer review by domain experts, ensuring the highest standards of scholarly integrity.
All published articles are freely and permanently available worldwide. No paywalls, no barriers to knowledge.
We adhere to COPE guidelines and maintain transparent editorial policies. Every article receives a permanent DOI.