遥感技术类课程是林学专业的必修课,该类课程是实现智慧林业重要的技术手段,也是建设新农科的重要抓手。目前遥感实践教学存在教学内容系统性和创新性不强、软件实用性欠佳等问题,亟需对实践教学理念和框架进行革新。针对上述问题,借助...遥感技术类课程是林学专业的必修课,该类课程是实现智慧林业重要的技术手段,也是建设新农科的重要抓手。目前遥感实践教学存在教学内容系统性和创新性不强、软件实用性欠佳等问题,亟需对实践教学理念和框架进行革新。针对上述问题,借助航天宏图开发的国产遥感软件PIE(Pixel Information Expert),提出以“强基础、重应用和促创新”的实践育人教学理念,构建了一套基于PIE软件的遥感实践教学体系和内容框架。从教学理念和教学内容上提升当前遥感实践教学质量,不仅能够提高学生动手实践能力和创新能力,还能为企业精准输送高素质的复合型人才。展开更多
Teaching evaluation on a WebGIS course is a multi-objective nonlinear high-dimensional NP-hard problem. The index system for the teaching evaluation of a WebGIS course, including teacher- and student-oriented sub-syst...Teaching evaluation on a WebGIS course is a multi-objective nonlinear high-dimensional NP-hard problem. The index system for the teaching evaluation of a WebGIS course, including teacher- and student-oriented sub-systems, is first established and used for questionnaires from 2013 to 2017. The multi-objective nonlinear high-dimensional evaluation model is constructed and then solved via dynamic self-adaptive teaching–learning-based optimization (DSATLBO). DSATLBO is based on teaching–learning-based optimization with five improvements: dynamic nonlinear self-adaptive teaching factor, extracurricular tutorship factor, dynamic self-adaptive learning factor, multi-way learning factor, and non-dominated sorting factor. WebGIS teaching performance is fully evaluated based on questionnaires and DSATLBO. Optimal weights and weighted scores from DSATLBO are compared with those from the non-dominated sorting genetic algorithm-II using the Pareto front, coverage to two sets, and spacing of the non-dominated solution sets to validate the performance of DSATLBO. The results show that DSATLBO can be uniformly distributed along the Pareto front. Therefore, DSATLBO can efficiently and feasibly solve the multi-objective nonlinear high-dimensional teaching evaluation model of a WebGIS course. The proposed teaching evaluation method can help reflecting the quality of all aspects of classroom teaching and guide the professional development of students.展开更多
New requirements have been proposed for GIS practice teaching in colleges and universities in response to the developmental changes of national and industrial sectors during the social transition.Meanwhile,the underly...New requirements have been proposed for GIS practice teaching in colleges and universities in response to the developmental changes of national and industrial sectors during the social transition.Meanwhile,the underlying core characteristics of GIS should remain unchanged in GIS teaching to ensure they serve as the inherent attributes distinguishing GIS from other disciplines.Therefore,the clarification of the dialectical relationship between “changing” and “unchanging” in GIS practice teaching becomes the primary issue to address in relevant teaching reform.To address this issue,the present study systematically analyzes the structural contradictions in GIS practice teaching in the social transition period,and then closely examines the dialectical relationship between “changing” and “unchanging” from the key aspects of educational philosophy,teaching content,teaching methodology,and teaching assessment.Next,using the course of “GIS Practice Design” at the Central South University as an example,the present study describes this university’s reform and inheritance in GIS practice teaching,aiming to provide reference for GIS practice teaching in other universities or majors.展开更多
Geomatics is an interdisciplinary subject.Many disciplines have teaching demands in this field.A new course on“Geomatics Technology”has been suggested by the Weiyang College of Tsinghua University of China for the m...Geomatics is an interdisciplinary subject.Many disciplines have teaching demands in this field.A new course on“Geomatics Technology”has been suggested by the Weiyang College of Tsinghua University of China for the major of“Mathematical and Scientific Basic Science+Civil,Hydraulic and Marine Engineering”.This paper offers a data-led geomatics teaching mode,developing a customized teaching cloud platform,to explore the cross-integrated innovative teaching methods.Teachers and students can assign and submit assignments on this platform.The platform constitutes a data flow with the data download,data processing and result sharing.It encourages communication among students in various majors,grades and units using data as the medium,from data processing to application upstream and downstream.In the“Geomatics Technology”course,geospatial data has emerged as a vital element of the multidisciplinary approach.This kind of teaching mode has been used in the postgraduate remote sensing course offered by Tsinghua University’s Department of Civil Engineering and Construction Management.Furthermore,the mode will be used for the first time in the autumn semester of 2022 in the undergraduate teaching of Weiyang College and civil engineering,to offer a novel idea for the reform of courses linked to geospatial informatics.展开更多
文摘遥感技术类课程是林学专业的必修课,该类课程是实现智慧林业重要的技术手段,也是建设新农科的重要抓手。目前遥感实践教学存在教学内容系统性和创新性不强、软件实用性欠佳等问题,亟需对实践教学理念和框架进行革新。针对上述问题,借助航天宏图开发的国产遥感软件PIE(Pixel Information Expert),提出以“强基础、重应用和促创新”的实践育人教学理念,构建了一套基于PIE软件的遥感实践教学体系和内容框架。从教学理念和教学内容上提升当前遥感实践教学质量,不仅能够提高学生动手实践能力和创新能力,还能为企业精准输送高素质的复合型人才。
基金Project(41661026)supported by the National Natural Science Foundation of ChinaProject supported by the Fund for the Construction of Western-China First-class Specialty of Ningxia University,China
文摘Teaching evaluation on a WebGIS course is a multi-objective nonlinear high-dimensional NP-hard problem. The index system for the teaching evaluation of a WebGIS course, including teacher- and student-oriented sub-systems, is first established and used for questionnaires from 2013 to 2017. The multi-objective nonlinear high-dimensional evaluation model is constructed and then solved via dynamic self-adaptive teaching–learning-based optimization (DSATLBO). DSATLBO is based on teaching–learning-based optimization with five improvements: dynamic nonlinear self-adaptive teaching factor, extracurricular tutorship factor, dynamic self-adaptive learning factor, multi-way learning factor, and non-dominated sorting factor. WebGIS teaching performance is fully evaluated based on questionnaires and DSATLBO. Optimal weights and weighted scores from DSATLBO are compared with those from the non-dominated sorting genetic algorithm-II using the Pareto front, coverage to two sets, and spacing of the non-dominated solution sets to validate the performance of DSATLBO. The results show that DSATLBO can be uniformly distributed along the Pareto front. Therefore, DSATLBO can efficiently and feasibly solve the multi-objective nonlinear high-dimensional teaching evaluation model of a WebGIS course. The proposed teaching evaluation method can help reflecting the quality of all aspects of classroom teaching and guide the professional development of students.
基金Teaching Reform Project of Central South University(No.2022jy001-2)Higher Education Teaching Reform Project of Hunan Province(No.HNJG-2022-0025)。
文摘New requirements have been proposed for GIS practice teaching in colleges and universities in response to the developmental changes of national and industrial sectors during the social transition.Meanwhile,the underlying core characteristics of GIS should remain unchanged in GIS teaching to ensure they serve as the inherent attributes distinguishing GIS from other disciplines.Therefore,the clarification of the dialectical relationship between “changing” and “unchanging” in GIS practice teaching becomes the primary issue to address in relevant teaching reform.To address this issue,the present study systematically analyzes the structural contradictions in GIS practice teaching in the social transition period,and then closely examines the dialectical relationship between “changing” and “unchanging” from the key aspects of educational philosophy,teaching content,teaching methodology,and teaching assessment.Next,using the course of “GIS Practice Design” at the Central South University as an example,the present study describes this university’s reform and inheritance in GIS practice teaching,aiming to provide reference for GIS practice teaching in other universities or majors.
基金Teaching Reform Project of Tsinghua University(No.DX0702)National Natural Science Foundation of China(No.41971379)。
文摘Geomatics is an interdisciplinary subject.Many disciplines have teaching demands in this field.A new course on“Geomatics Technology”has been suggested by the Weiyang College of Tsinghua University of China for the major of“Mathematical and Scientific Basic Science+Civil,Hydraulic and Marine Engineering”.This paper offers a data-led geomatics teaching mode,developing a customized teaching cloud platform,to explore the cross-integrated innovative teaching methods.Teachers and students can assign and submit assignments on this platform.The platform constitutes a data flow with the data download,data processing and result sharing.It encourages communication among students in various majors,grades and units using data as the medium,from data processing to application upstream and downstream.In the“Geomatics Technology”course,geospatial data has emerged as a vital element of the multidisciplinary approach.This kind of teaching mode has been used in the postgraduate remote sensing course offered by Tsinghua University’s Department of Civil Engineering and Construction Management.Furthermore,the mode will be used for the first time in the autumn semester of 2022 in the undergraduate teaching of Weiyang College and civil engineering,to offer a novel idea for the reform of courses linked to geospatial informatics.
