Win32进程间通信技术

讨论了Win32操作系统平台下进程间通信的几种方法,并提供了简单易懂的使用例程.     

基于Logistic映射的多重图像加密技术

利用Logistic混沌序列的随机性、对初始条件敏感及迭代不重复的特性,对数字图像进行空域像素值扰乱和小波变换域系数位置置乱实现图像的多重加密。首先利用产生的混沌序列进行图像像素值的扰乱,然后利用扩散变换对像素值进一步扰乱,最后再产生一组混沌序列对小波系数进行位置置乱,并对置乱后的小波系数重构得到加密图像。实验证明:文中算法扰乱了图像的直方图分布,使得加密图像能够抵抗明文统计的攻击,且密钥空间大,具有很好的加密效果。     

基于深度学习的视觉SLAM综述

随着计算机视觉和机器人技术的发展,视觉同时定位与地图创建已成为无人系统领域的研究焦点,深度学习在图像处理方面展现出的强大优势,为二者的广泛结合创造了机会。总结了深度学习与视觉里程计、闭环检测和语义同时定位与地图创建结合的突出研究成果,对传统算法与基于深度学习的方法做了对比,展望了基于深度学习的视觉同时定位与地图创建发展方向。     

浅谈机械制图技能在民办高职院校中的培养

针对民办高等职业教育性质的不同和学生群体基础素质的不同,对《机械制图》的学习在教学方法和手段上所采取的措施应进行转变。该课程主要是培养学生的绘图能力和识图能力,而影响这两方面能力的主要因素是空间想象能力。因此,在教学过程中要采取科学有效的方法培养学生的空间想象能力,对其每一知识点进行灵活的学习与掌握。     

Janusian Mapping: A Mechanism of Interpretation

In this paper it is argued that human interpretation is an inherently paradoxical and complex mechanism. Human interpretation is underpinned by values, preferences and contrasts, and assumptions, and surfaced through an idiosyncratic combination of personal choice and logic (Pinker, The blank slate: the modern denial of human nature, 2003). In order to find ways through interpretive diversity, Janusian thinking is a conscious and purposeful mechanism (Rothenberg, Creat Res J 9(2–3):207–231, 1996) that allows each one to think paradoxically. Coping with paradoxes is not only a cognitive challenge in trying to resolve the irresolvable but also an emotional one, as emotion might distort the paradox. Janusian attitudinal mapping allows individuals to face the true paradox and to review the assumptions behind it. Such review may modify or even abolish certain assumptions altogether. However, Janusian attitudinal mapping is an emotional undertaking that should follow the three elements involving social reform for advancing and fostering knowledge: shock, open communication and experimentation, and paradox leadership (Lewis, Acad Manage Rev 25(4):760–786, 2000).

半严格拟单调映射变分不等式的对偶问题

该文研究拓扑向量空间闭凸集上集值半严格拟单调映射的性质,半严格拟单调映射变分不等式与其对偶变分不等式解的关系.给出了对偶变分不等式解的存在性和解的性质.     

计算机图形学中图素的面向对象描述与存储

为降低软件开发的复杂度，提高软件开发的质量和可重用性，运用面向对象建模方法对计算机图形学中的图素进行了对象化分类与描述；同时，针对目前许多图形系统的数据模型在计算机内部表示上普遍存在不兼容，彼此间难以进行图形数据变换与共享的问题，提出了运用关系数据库存储图形数据，给出UML(Unified Modeling Language)模型向E-R(Entity Relationship)模型映射的方法，将对象建模过程中生成的图形数据存储到关系数据库中。该方法不仅为图形数据的存储提供了有效途径，同时使各种图形数据转换在关系数据库的基础上具有统一的标准。     

Structuralism and the conformity of mathematics and nature

Structuralists typically appeal to some variant of the widely popular ‘mapping’ account of mathematical representation to suggest that mathematics is applied in modern science to represent the world’s physical structure. However, in this paper, I argue that this realist interpretation of the ‘mapping’ account presupposes that physical systems possess an ‘assumed structure’ that is at odds with modern physical theory. Through two detailed case studies concerning the use of the differential and variational calculus in modern dynamics, I show that the formal structure that we need to assume in order to apply the mapping account is inconsistent with the way in which mathematics is applied in modern physics. The problem is that a realist interpretation of the ‘mapping’ account imposes too severe of a constraint on the conformity that must exist between mathematics and nature in order for mathematics to represent the structure of a physical system.     

一类具有p-η-映射的集值变分包含组

利用与p-η-映射相联系的预解算子技巧,在实Banach空间中构造了一类寻求具有p-η-映射的集值变分包含组问题（SSVIP）近似解的新迭代算法.在适当条件下,证明了由该算法生成的迭代序列强收敛于（SSVIP）的精确解.     

用回转器实现的容－容、感－感映射器

根据电路变量及电路参数的映射理论，在文献［１］的基础上，提出了用回转器实现的从电容到电容、从电感到电感的映射器。填补了“映射表”中的部分空缺。对映射理论的正确性提供了佐证。