同时,专注于不同层次的抽象概念。算法接近于计算机科学的应用的边缘,人们期望它运行在真实的系统。
Focus on thinking simultaneously at different levels of abstraction.Closer to the applied end of computer science, algorithms are expected to run on real systems.
而且,大多数代码基经常包含循环,我们使用了复杂的算法来处理这种循环,但依然能保证提供高效的层次图。
Further, most codebases often have cycles, and we have added sophisticated algorithms to work with such cycles but still provide effective layered diagrams.
算法来找到一个层次树在一个有向无环图吗?
Algorithm to find a hierarchy tree in a directed acyclic graph?
TemplateMethod模式建议,应当将公共模板代码移到继承层次结构之上,将算法细节推迟到子类。
The Template Method pattern suggests that I should move common boilerplate code up the inheritance hierarchy, deferring algorithmic details to child classes.
XML文档非常适合使用递归算法,因为它们的层次结构在本质上是可递归的。
A recursive algorithm works well with XML documents because their hierarchical structure is inherently recursive. The algorithm is as follows.
有限元语言是一种比目前的算法语言更高层次的语言。
Finite element language is in a higher level than the current high-level languages.
最后的示例表明了层次模型与控制算法的有效性。
Finally, an example is given to show the availability of the model and control algorithm.
该算法在模块级和单元级两个层次上完成布局。
The presented algorithm completes the placement in both block level and cell level.
所有的程序员都熟悉这些算法,包括递归、层次数据结构和多线程等。
All programmers are fluent in these algorithms, including such things as recursion, hierarchical data structures, and multithreading.
分析了层次包围盒碰撞检测算法的实现流程和基本几何元素间的相交测试计算。
I described and analyzed the flow chart of the collision detection algorithm of hierarchical bounding volume and intersection testing method of the basic geometrical elements.
以sse - CMM为基础,应用层次分析方法,讨论了信息系统风险度评判算法,并给出了灾难损失估计方法。
Based on SSE-CMM, by using layer analysis, we give the evaluation method of the information systems, the risk factor and the estimation method of disaster loss.
提出了一种基于几何特征的细节层次模型生成算法。
A level of detail model generation algorithm based on geometrical feature is presented.
使用动态塌陷算法简化模型,从而构造不同细节层次,在不同的场景条件下调用复杂度不同的模型以加速绘制。
Use collapse arithmetic to simplify objects'models, and therefore we can get different levels of details, and then we call different level of details under different conditions.
为此本文提出了重构层次环模型的拓扑结构维护算法。
Therefore, we propose a topology maintenance algorithm to reconstruct the ring-based hierarchy.
研究了现有层次细节(LOD)地形生成算法特点。
The character of existing level of detail (LOD) terrain algorithms were studied.
本文提出一种基于粗糙集理论的数据挖掘模型,从实际数据出发,运用不同简化层次的算法,导出每个层次上的信息集,最后得到规则集。
This paper present a model of data mining based on rough set, from apply various reductive level algorithms on practical data to elicit information set, and get a rules set eventually.
它将数据挖掘划分为三个层次:算法层、商业逻辑层、行业应用层,构建了一种新型的数据挖掘系统体系结构。
CIAS constructs a novel data mining system architecture which divides data mining into three levels: algorithms, business rules, industry application.
第四章研究了关联规则算法按层次,按系统结构的进一步拓展。
Chapter four studied the Association Rules algorithm according to the level, has pressed the further expansion of the systematic structure.
该算法以层次包围盒(obb)为基础,通过为每个骨骼模型建立包围盒,运用分离轴理论计算包围盒的相交测试。
Based on OBB (oriented bounding box), this algorithm constructs an OBB for each bone model and computes intersect tests of the OBB with separation axis theory.
模拟结果表明利用该算法训练的模糊层次神经网络具有较好的非逻辑归纳能力和特征抽取能力,并且学习速度也大大加快。
The simulation result is that the Fuzzy forward neural networks which is trained by this algorithm have good non-logic generalization and feature extraction ability, as well as fast learning speed.
接着概述现有的平面、层次以及位置辅助路由协议或算法并做了必要的分析和比较;
Second existing routing protocols or algorithms are outlined and compared as the classification of plane, hierarchical as well as the position aided ones.
针对聚类算法的中心点问题,提出了相应的层次编码型数据的快速处理算法,并从理论上证明了算法的正确性。
The paper also proposes a fast algorithm to compute the median of a hierarchy coding data set, and gives a clear proof of the algorithm.
为了构造概括数据库,提出了一个用位置概念层次概括原始数据库的算法。
To construct generalized databases, we propose an algorithm of summarizing the database using concept hierarchies.
以数据库技术为基础,本文提出了一种自动生成BOM表的产品装配层次的递归算法。算法简洁、稳定、可靠。
This paper presents an automatic generation algorithm on product hierarchy structure in BOM, which is based on database technique. The algorithm is very concise, stable, and reliable.
提出一种基于聚类算法和层次支持向量机的人脸识别方法。
In this paper a method of face recognition based on clustering algorithm and hierarchical support vector machines is presented.
以数据库技术为基础,本文提出了一种自动生成BOM表的产品装配层次的递归算法。
This paper presents an automatic generation algorithm on product hierarchy structure in BOM, which is based on database technique.
以数据库技术为基础,本文提出了一种自动生成BOM表的产品装配层次的递归算法。
This paper presents an automatic generation algorithm on product hierarchy structure in BOM, which is based on database technique.
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