高等数学教学中基于Matlab的建模思想的探究

随着科学技术的发展,数学软件与高等数学教学适当融合是一种重要的教学手段,在数学建模能力的培养过程中显得尤为重要.本文基于Matlab软件的强大功能,探讨了在高等数学教学中数学建模与教学工具Matlab的有机融合,举例分析了Matlab软件在培养学生建模能力中的辅助作用.     

浅析《高等数学》创新型课堂教学

初步探讨了军校《高等数学》创新性课堂教学模式,指出创新性课堂教学模式的最大特点是培养创造能力,教学目标是让学员能够运用所学知识解决生活、生产、社会中的实际问题.     

案例教学在高等数学教学中的应用研究

本文结合我校学生特点以及作者多年一线教学经验,分析了高等数学教学中存在的问题以及将案例教学法应用于高等数学教学的优点.阐述了案例教学的准备过程包括编写教学案例库、构思互动场景、培养优秀的案例执行者等方面.通过研究高等数学案例教学的实施步骤:案例预习、案例展示、案例讨论、课堂总结等重要问题,提高了我校高等数学课程的教学质量.     

习题课教学探索与体会

<正> 在普通工科院校,高等数学教学一般都配置了习题课,它虽作为讲授课的辅助,但有其自身的特点。可以说,习题课是帮助学生消化和巩固所学知识,发展智能,培养学生运用理论解决实际问题能力的重要环节。     

高职院校高等数学教学策略的构建

针对当前高职院校高等数学教学存在的主要问题,从教学模式、教学内容、教学方法、教学手段等方面初步探讨了高职院校高等数学教学的实施办法．     

浅析构造思想在高等数学中的应用

本文对高等数学中的构造思想进行了一定程度的探究,主要分析说叫了构造思想在高等数学中的重要地位及其应用,重点沦述了反例的构造,为高等数学教学提供了一个有效的辅助方法。     

高等数学教学改革研究进展

通过分析国内外高等数学教学改革研究历史与现状,阐明21世纪高等数学课程地位、作用和价值,及与21世纪相适应的高等数学教学改革意义、方向与方法.并结合个人教学实践分析、总结了具有代表性的高等数学教学理念、教学内容与课程体系、实践教学、计算机技术应用等方面改革成果与经验.最后对高等数学教学改革的继续深入和目前存在问题提出一些观点.     

基于条件极值的研究式教学设计谈大学生创新思维和科研能力的培养

基于高等数学课程中的条件极值的知识内容,通过启发诱导、问题探究结合的研究式教学方式,重新构建相应的教学设计与方案,着力培养、提高学生的创新思维和科研意识,力争为高等数学课程的教学探索和改革打开一个窗口.     

《高等数学研究》稿约

一、宗旨、内容、对象 1．本刊是经国家科技部批准,国内外公开发行的数学期刊,相对侧重于高等数学教青研究。刊名中的“高等数学”系广义所指的高等教学。高等数学教育是培养现代高层次科技人才的基础教育。本刊的宗旨：一是为高等数学的一线教师和数学工作者,提供一片交流从事高等数学研究和教学成果的园地;二是紧密配合高等数学教育,为教师和优秀学生提供一片发表创     

“挖掘”教学策略在高等数学教学中的应用

由于数学所具有的特点,在高等数学教学中,运用"挖掘"教学策略,对高等数学中哲学思想、数学内容本身及数学问题中的隐含条件进行挖掘、培养学生学习数学的兴趣,同时培养学生具有发现问题、提出问题、探索问题的能力及创造性思维能力.     

The design of tasks that address applications to teaching secondary mathematics for use in undergraduate mathematics courses

This paper describes theoretical design principles emerging from the development of tasks for standard undergraduate mathematics courses that address applications to teaching secondary mathematics. While researchers recognize that mathematical knowledge for teaching is a form of applied mathematics, applications to teaching remain largely absent from curriculum resources for courses for mathematics majors. We developed various materials that contain applications to teaching that have been integrated into four standard undergraduate mathematics courses. Three primary principles influenced the design of the tasks that prepare future teachers to learn and apply mathematics in a manner central to their future work. Additionally, this paper provides guidance for instructors desiring to develop or implement similar applications. The process of developing these tasks underscores the importance of key features regarding the roles of human beings in the tasks, the intentional focus on advanced content connected to school mathematics, and the integration of active engagement strategies.     

Die Nutzung von Programmierwerkzeugen für das Lösen offener Aufgaben im Mathematikunterricht der Sekundarstufe I

Due to the fact that the computer tools available at present in mathematics teaching offer only inferior capabilities for solving (open) problems, their capabilities being restricted to sequential algorithms, and also because the of mathematics—informaties paradigm is inadequately formulated, standardized programming tools are needed in order to handle certain types of problems. The article presents examples of arithmetic problems and their solution using standardized programming tools, so as to illustrate their applications in: developing programs for the derivation of multi-element solution sets (as well as for strengthening the inductive basis required in order to find propositions); modifying available programs in order to be able to deal with diversified or extended open problems; using standardized programs as a ?black-box” software for checking or elaborating strategies for open problem solving.     

E-learning technologies: employing Matlab web server to facilitate the education of mathematical programming

This paper presents new web-based educational software (webNetPro) for Linear Network Programming. It includes many algorithms for Network Optimization problems, such as shortest path problems, minimum spanning tree problems, maximum flow problems and other search algorithms. Therefore, webNetPro can assist the teaching process of courses such as Graph Theory or Network Optimization, Algorithms or Data Structures. Since the Matlab web server is part of the underlying infrastructure, the end user need not use Matlab directly. The approach exploits transparently the benefits of the Matlab programming environment through a straightforward web interface. Furthermore, webNetPro is platform independent. Thus, it can be viewed as a powerful supplement to traditional instruction techniques and can be used without significant difficulties in distance education. Benefits and drawbacks are thoroughly described in order to support the significance of this tool in distance learning.     

融入数学开放题 改进大学数学课堂教学

开放式课堂呼唤开放性问题,在数学课堂教学中适当引入数学开放题,有利于促进数学教育的开放化与个性化,使数学教育更具生命活力.数学开放题融入数学课堂教学的途径主要体现在:说书人式的"导入新课"让位于主持人般的"情境创设";单纯讲授改为师生互动;巩固练习中加入质疑反思;从讲细讲透到留有余地.这种做法能够激发学生的学习兴趣,拓展学生的思维空间,有效地培养学生的创新精神和实践能力,达到改进大学数学课程教学的目的.     

高等数学教学现状调查分析

高等学校扩大招生后,非数学专业的数学教育面临很多问题,大部分人把这些问题归结为学生质量的下降造成的,这是不公正的.教学过程是一个系统的过程,从对1995级和2005级同一份高等数学(下册)试卷的考试情况进行分析,虽然可以显现出学生的差异,但这些差异不全是学生的质量的问题,应该与教学环境、教学要求、教学方法、师资条件以及社会发展环境等相关联,同时与学生的学习兴趣、学习能力是密不可分的.调查分析这些因素对当代学生的学习和数学教学的影响程度到底有多大,是有效提高大学数学教学质量的前提.     

关于高等数学课程分层次教学的实践与思考

高等数学在高校课程体系中具有十分重要的地位．在高等教育进入大众化教育阶段的背景下，本文介绍了我校高等数学课程分层次教学的改革实践与经验，阐述了该教学模式对提高学生的数学素质和对教学质量的作用，同时也指出了存在的主要问题．     

Mapping Pedagogical Opportunities Provided by Mathematics Analysis Software

This paper proposes a taxonomy of the pedagogical opportunities that are offered by mathematics analysis software such as computer algebra systems, graphics calculators, dynamic geometry or statistical packages. Mathematics analysis software is software for purposes such as calculating, drawing graphs and making accurate diagrams. However, its availability in classrooms also provides opportunities for positive changes to teaching and learning. Very many examples are documented in the professional and research literature, and in this paper we organize them into 10 types. These are displayed in the form of a ‘pedagogical map’, which further classifies them according to whether the opportunity arises from new opportunities for the mathematical tasks used, change to interpersonal aspects of the classroom or change to the point of view on mathematics as a subject. The map can be used in teacher professional development to draw attention to possibilities for lessons or as a catalyst for professional discussion. For research on teaching, it can be used to map current practice, or to track professional growth. The intention of the map is to summarise the potential benefits of teaching with technology in a form that may be useful for both teachers and researchers.     

Humans-with-media and continuing education for mathematics teachers in online environments

This paper begins by situating online mathematics education in Brazil within the context of research on digital technology over the past 25?years. I argue that Brazilian research on technology in mathematics education can be divided into four phases, and then present an example that ??blends?? aspects of the second and third phases. Phase two can be characterized by research with software designed to address traditional mathematics topics, such as functions, while the third phase is characterized by online courses. The data presented show creative solutions for a problem designed for collectives of humans-with-function-software. The paper is analyzed from a perspective that emphasizes the role of different technologies as teachers and professors collaborate to produce knowledge about the use of mathematical software in regular face-to-face classrooms. A model of online education is presented. Finally, the paper discusses how technology may change collaboration and teaching approaches in continuing education, as it allows for greater integration of online learning with teachers?? classroom activities in schools. In this case, the online platform plays an active role in the learning collective composed of humans-with-media.     

A Brief Account on Lagrange’s Algebraic Identity

In Indiscrete Thoughts [18], G.-C. Rota remarked, ??The mystery, as well as the glory of mathematics, lies not so much in the fact that abstract theories do turn out to be useful in solving problems, but, wonder of wonders, in the fact that a theory meant for one type of problem is often the only way of solving problems of entirely different kinds, problems for which the theory was not intended. These coincidences occur so frequently, that they must belong to the essence of mathematics.?? Indeed, it happens often that abstract mathematics leads to concrete applications, and real-life problems constitute a source of inspiration for sophisticated theories. The strong synergy between pure mathematics and its applications advocates for teaching methods that intertwine physical intuition with mathematical abstraction, and recognize the universality of mathematical laws throughout the sciences.