人造自然

建筑物主要包括房屋、桥梁、道路和大型工程建筑等，它是人类因生产和生活需要而集聚定居的各种形式的场所，是人造自然的主体。

Building , mainly including house , bridge , road and large-scale engineering building , is the various forms of place , which people live and carry out production activities . Besides , it is also the subject of artificial nature .

看起来它就像是属于一个童话般的外星景观，这是人造自然的一部分。

Looking like it belongs to afairytale alien landscape , this is part man-made part-natural .

但是霍布斯不一样，他认为艺术并不是自然的模仿物，不如说艺术可以创造一种新式的自然，人造的自然，就像人的创造。

But for Hobbes , think of this by contrast , art does not so much imitate nature , rather art can create a new kind of nature , an artificial nature , an artificial person , as it were .

当人造光进入自然世界时，某些事物或生命就会受到影响。

Wherever human light spills into the natural world , some aspect or life is affected .

通过数字图像的离散分数布朗运动场模型，在研究提取分形维数H参数的基础上，根据人造目标与自然背景各自不同的分形特性，针对性的提出了一种提取分形模型拟合误差的检测算法。

Based on the discrete fractal Brownian random field ( DFBR ) of digital images and the different fractal characters of objects and background , it is proposed an edge detection algorithm based on distilling fractal model 's fitting errors .

写意绘画是一个人造的世界，人造的精神自然。

Freehand painting is a man-made word , man-made spiritual nature .

基于分形的人造目标与自然物体区别

Recognition of Manmade Target and Natural Object Through Fractal

城市是一种人造环境与自然环境的复合产物。

City is a kind of compound environment of artificial environment and geological environment .

无论是人造光还是自然光都将点亮一个房间，让它看起来空间更大。

Both artificial and natural light will brighten up a room , making it look bigger .

提出一种基于物体分形特征的人造目标与自然物体的区分方法。

Based on object 's fractal dimension , an approach was proposed to differ manmade target from natural objects .

该散射模型成功地描述了人造目标和自然目标对电磁波的散射机制。

This scattering model can successfully describe the mechanism of man-made and nature targets to scatter the incident electromagnetic wave .

人造环境与自然环境的融合&六安市行政中心规划与设计探索

The Integration of Artificial Surroundings and Natural Environment & An approach to the Plan and Design for Liu An City Administration Center

居住建筑外环境的概念&居住建筑外环境是指居住社区中的室外物质环境，包括人造物与自然物。

The definition of outer spaces in settlements - Outer spaces in settlements are outdoors material environments of community , including the artificiality and nature .

在虚拟环境中引入植物生成技术，可把人造环境和自然环境有机地结合起来，塑造出逼真的现实环境。

Involving the plant generation technology into virtual environment , which may integrate the artificial environment and natural environment , and thus develop a realistic virtual world .

基于直线段集合图像给定区域内直线线段的结构文法及其所含几何基元数目和几何基元种类将人造目标从自然背景中提取出来。

Structure grammar based on local area of collection of line segmentation and geometric element and number of classes of geometric element could extract manmade object from natural background .

新古典经济学家大多相信，人造资本是自然资本的优良替代品，因此提倡维持两者总和的不变，这种方式称为「弱永续」。

Most neoclassical economists believe that man-made capital is a good substitute for natural capital and therefore advocate maintaining the sum of the two , an approach called weak sustainability .

第三部分是校园门户空间环境的创造，分别从人造景观、自然景观、活动景观三方面来论述门户空间的景观设计，提出针对大学校园门户空间环境设计的手法与思路。

The third is an environment creation in the main entrance of university campus , discussing the environment design in three aspects of artificial landscape , natural landscape and movable landscape .

在中国居家空间及庭园设计中，以人造物将自然情境美化、微缩进而延伸，是一项十分普遍的作法。

In fact , many were partially if not fully man-made , extensions of a kind of aestheticization and miniaturization of nature that has long been popular in Chinese domestic spaces and gardens .

第二章着重论述了人的神经系统、人造物和自然物的相互作用关系，深入探讨共生美学观产生的生理心理基础、自然力基础和社会心理基础。

The second section expounds the application of the relationship of nervous system , merchandise and nature and probes deeply the physiological psychology , natural power and social psychology base of esthetics of coexisting .

人们已经提出的基于人造目标和自然背景的分形特征差异的目标检测算法有基于分形维数差异的目标检测算法、基于分形模型拟合误差的目标检测算法、基于D-维面积差异的目标检测算法。

Target-detection methods grounded on differences of fractal features between man-made targets and natural backgrounds have been brought forward , as target-detection method based on fractal dimension , target-detection method based on fractal fitting error , and target-detection method based on D-dimensional area .

该方法根据人造目标和自然物体的固有差异，将分形维数作为估计表面粗糙度的一个重要参数，结合毯子维算法来计算物体表面粗糙度。

According to the innate difference between manmade targets and natural objects , fractal dimension was taken as a very important parameter to estimate the surface roughness , and the surface roughness of the target was calculated by the algorithm proposed by Peleg et al .

文章核算辽宁省除社会资本之外的人造资本、自然资本和人力资本的价值，并根据辽宁省三大资本价值的总量和构成变化，对辽宁省经济可持续发展状况进行分析。

The thesis checks the value of artificial capital , natural capital and human capital excluding the social capital in Liaoning Province and analyzes the sustainable development of Liaoning according to the total variation and wealth structure variation of artificial capital , natural capital and human capital .

一种将人造物边界从自然背景中分离的新方法

A New Method of Filtering Edges of Men Made Objects from Nature Background

技术进步必须从节约人造资本转向节约自然资本，只有技术进步能够充分提高自然资本的生产率，经济增长才会持续下去。

Only if the productivity of natural capital is raised with technological advances , can economic growth be sustainable .

生态经济学的资本投资理论拓展了宏观投资资本结构，森林自然资本与人造资本、一般自然资本与关键自然资本之间的结构比较成为研究的主线。

The structure contras between forest natural capital and man-made capital as well as general natural capital and critical natural capital is the main line of study with capital investment theory in ecological economics extending macro-investment capital structure .

实验表明，人造目标的分形维数较低，自然目标的分形维数较高，用此算法计算物体分形维数区别人造目标和自然物体是可行的。

Experimental result showed that the number of fractal dimensions of manmade targets is lower than that of natural objects . It is feasible to differ manmade targets from natural objects by the fractal dimension calculation .

对环境实现充分了解是一切人造系统高效发挥作用的前提，机器人既然属于人造系统自然无法产生例外。

Realizaing full comprehension for environment is the prerequisite for all artificial system to work with high performance , whereas Robot belongs to artificial system so it can not be the exception .

研究人造目标检测具有十分重要的意义，而分形对于人造目标和自然背景具有较好的区分性。

Therefore , it is of great significance for the detection of artificial target . The fractal feature is excellent in distinguishing artificial target from background .