思政元素在《数学分析》概念教学中的应用——以“第二型曲面积分”概念为例

为了探讨如何将思政元素融入数学分析课程,以"第二型曲面积分"概念教学为例探索了思政元素与概念教学的结合点.通过实际问题引入;融入数学史、数学家简介;融入数学建模思想;融入人生哲学之道和渗透辩证唯物主义等五方面思政元素融入教学过程,丰富了数学分析教学改革的内容,充实数学专业学生的思政教育,延伸《数学分析》概念教学的理论价值.     

在新课导入中引入数学史思政元素

将课程思政有机融入中职数学课程内容与教学中是实现立德树人根本任务的必然要求.本文中结合具体教学设计从挖掘数学演进相关文献史料、数学美育元素和数学家的数学探索过程等方面探讨了课程思政元素有机融入中职数学课程教学的策略.     

线性代数课程思政建设与教学实践

探讨了线性代数课程思政建设与教学实践.通过优化课程思政教学目标,从线性代数相关历史人物、课程知识点及教学拓展案例三个方面,积极挖掘课程思政元素切入点.加强课程思政教学团队建设,将思想政治教育融入到线性代数课堂混合式教学,增加对学生思政学习的过程性评价.教学实践表明,线性代数课程思政教育有利于培养学生的综合素质,受到学生...     

可分离变量微分方程的课程思政教学设计

本文探究在可分离变量的微分方程融入课程思政的教学设计.通过实际案例创设问题情境,建立可分离变量微分方程的模型,探索和思考方程的求解过程.将疫情和数学建模结合,自然融入思政元素,实现知识传授与价值引领相结合,焕发时代的色彩.     

将思政元素融入概率论与数理统计"金课"建设与实践

在课程思政理念下进行"金课"建设,对新时代高校全面提高人才培养质量具有重要意义.概率论与数理统计课程是大学数学三大基础必修课之一,受众面广.做好概率论与数理统计"课程思政"工作,关键是充分发挥任课教师的主体作用,调动每位教师建设课程思政的积极性和主动性,挖掘独具育人特色的课程思政资源,将课程思政元素与课程知识内容紧密融合,切实发挥"润物无声"的育人功效.     

课程思政视阈下微课教学设计实践探索

微课易于学生聚焦教学的重难点,便于学生的自主学习.本文以融入思政元素的“求曲面的面积”的微课设计为例,将高等数学课程与思政紧密结合,既提高了教学效果,又培养了学生的优良品质.     

课程思政下离散数学课堂教学中的改革与实践

将思政元素融入专业课堂中,是高校开展思政教育的有效途径.本文以离散数学课程的思政教育为出发点,从"课程思政"的含义、开展"课程思政"的必要性、可行性以及实施方案四个方面进行了分析,同时结合具体的成果形式,为离散数学的"课程思政"课堂教学提供了素材.     

课程思政视域下的高中数学教学设计研究——以高中数学“数列”教学为例

本文呈现了“数列”一课的教学预设和教学过程.教师在设计教学时适时的融入课程思政的元素,让学生在学习专业课程的同时受到思想政治的熏陶,落实立德树人的教育目的.通过教学实践,融入爱国主义元素,启发学生积极思考,在提升学生思维能力的同时,也提升了思想政治觉悟.     

数学实验与数学建模

继数学建模之后 ,一门新的课程——数学实验——引起不少教师的注意 ,本文根据作者的教学实践对数学实验课程的指导思想、内容和方法 ,以及与数学建模课的关系等问题提出一些看法 .     

“思政教育”视域下的高校应用数学类课程教学探索

根据创新教育的要求和新的课程改革的需要,针对高等学校应用数学类课程的特点和课堂教学现状,探讨建立应用数学类课程“思政教育”的教学模式.以《离散数学》和《概率论与数理统计》课程教学为例,探讨如何根据应用数学类课程的知识特点,在教学设计中合理融入思政教育,使学生在掌握知识的同时,形成科学精神、探索创新精神,培养其乐观向上、自强不息的人生态度,提高数学素养与文化素养.     

Border bases and kernels of homomorphisms and of derivations

Border bases are an alternative to Gröbner bases. The former have several more desirable properties. In this paper some constructions and operations on border bases are presented. Namely; the case of a restriction of an ideal to a polynomial ring (in a smaller number of variables), the case of the intersection of two ideals, and the case of the kernel of a homomorphism of polynomial rings. These constructions are applied to the ideal of relations and to factorizable derivations.     

Shellability and homology of q-complexes and q-matroids

Journal of Algebraic Combinatorics - We consider a q-analogue of abstract simplicial complexes, called q-complexes, and discuss the notion of shellability for such complexes. It is shown that...     

Extension and Lifting of Operators and Polynomials

We study the problem of extension and lifting of operators belonging to certain operator ideals, as well as that of their associated polynomials and holomorphic functions. Our results provide a characterization of ${\mathcal{L}_1}$ and ${\mathcal{L}_\infty}$ -spaces that includes and extends those of Lindenstrauss-Rosenthal [32] using compact operators and González-Gutiérrez [23] using compact polynomials. We display several examples to show the difference between extending and lifting compact (resp. weakly compact, unconditionally convergent, separable and Rosenthal) operators to operators of the same type. Finally, we show the previous results in a homological perspective, which helps the interested reader to understand the motivations and nature of the results presented.     

On some results of Strichartz and of Rallis and Schiffman

Let (i, H, E) and (j, K, F) be abstract Wiener spaces and let α be a reasonable norm on E ? F. We are interested in the following problem: is ($\text{i ? j, H}\text{}\text{?}\text{bo}{}_2\text{K, E}\text{}\text{?}\text{bo}{}_{\mathrm{\alpha F}}$) an abstract Wiener space ? The first thing we do is to prove that the setting of the problem is meaningfull: namely, i ? j is always a continuous one to one map from $\text{H}\text{}\text{?}\text{bo}{}_2\text{K}$ into $\text{E}\text{}\text{?}\text{bo}{}_{\mathrm{\alpha }}\text{F}$. Then we exhibit an example which shows that the answer cannot be positive in full generality. Finally we prove that if F=L^p(X,$\text{X}$,λ) for some σ-finite measure λ ? 0 then $\text{(i?j, H}\text{?}{}_2\text{K,L}{}^{\mathrm{p}}$(X,$\text{X}$,λ) is an abstract Wiener space. By-products are some new results on γ-radonifying operators, and new examples of Banach spaces and cross norms for which the answer is affirmative (in particular α = π the projective norm, and F=L¹(X,$\text{X}$,λ)).     

Crossings and nestings of matchings and partitions

We present results on the enumeration of crossings and nestings for matchings and set partitions. Using a bijection between partitions and vacillating tableaux, we show that if we fix the sets of minimal block elements and maximal block elements, the crossing number and the nesting number of partitions have a symmetric joint distribution. It follows that the crossing numbers and the nesting numbers are distributed symmetrically over all partitions of , as well as over all matchings on . As a corollary, the number of -noncrossing partitions is equal to the number of -nonnesting partitions. The same is also true for matchings. An application is given to the enumeration of matchings with no -crossing (or with no -nesting).