在组卷上，没有提供高效率的智能组卷算法。
In the paper, did not provide efficient intelligent algorithm.
给出基于定性映射的自动组卷算法的数学模型。
智能组卷算法是设计和实现一个智能组卷系统的关键。
Intellectual test paper composition algorithm is the key in the design and realization of intellectual test paper composition system.
该文首先分析了当前试题库组卷算法中常用的随机、回溯算法，以及出题策略。
This paper begins with the analysis of the existing algorithms for generating test-sheets and their generating tactics.
在分析组卷策略的基础上，运用遗传算法，得到了一个更好的试题自动组卷算法。
On the base of analyzing maneuvers of composing examination papers, this paper gets a better algorithm of composing examination papers automatically from questions .
经《自适应题库建设与智能组卷系统》应用表明，该方法明显优于传统组卷算法。
After the "Constructing adaptive item bank and intelligent generating test" applications show the methods were better than the traditional generating test algorithms clearly.
基于最小回溯带件的思想同时给出了单套试卷的组卷算法与多套试卷的组卷算法。
The approach based on minimum recursion cost provided sheet generation algorithms of both single test sheet and a test sheet suite.
符合实际组卷需求的组卷问题模型和高效优质的组卷算法是实现计算机自动组卷的关键。
The problem model that satisfied with the practical requirements and efficient test-sheet composition algorithm with high performance play key roles for computer-aided test system.
进一步论述了设计过程中几个关键部分的设计思想，它们是自动组卷算法和异质数据的数据交换。
Furthermore, it also describes the design ideas of the key parts, which are the algorithm of generating test paper automatically and the exchange of heterogeneous data.
并根据多元形成性评价系统架构，设计了题库和作业库结构，提出了基于六维约束的自动组卷算法。
Having analyzed multiple formative assessment system, exam library design and exercise library design, proposed automotive paper generation algorithm of six-dimensional constraint.
组卷算法研究方面，首先为组卷行为建立一个数学模型，并提出应用粒子群优化(PSO)算法组卷。
In the researches of generating paper algorithm, a mathematic model is firstly founded, and then particle swarm optimization (PSO) algorithm is applied to paper's generating.
在此基础上．较详细地阐述了基于知识点的智能组卷算法及该算法应用于“全国注册建筑师考试系统”的智能组卷过程。
Depending on what is above, this article explained the intelligent arithmetic of test paper forming and how the arithmetic is applied to the registering examination management system of architect.
该算法以集合论为基础，分析了各种组卷要求的可满足条件，并给出了具体的实现方法。
The arithmetic based on the set theory analyzes the satiable conditions of all type of paper generating request, and gives out the implementation.
并利用混合智能算法对高校排课时间表问题、考试组卷问题与考试时间安排问题进行了较为深入的研究。
And the paper has conducted more thorough research by using the mixed intelligent algorithm to the university class schedule application, the test paper grouping and the test time arrangement.
研究结果表明，用该方法解决自动组卷问题，对附加约束条件适应性强，计算结果稳定，是一个比较理想的算法。
It is proved that the PBIL algorithm is a suitable method in solving this problem, and it is flexible to attach restrictions and is stable in the process.
研究结果表明，用该方法解决自动组卷问题，对约束条件的增减适应性强，计算结果稳定，是一个比较理想的算法。
It has been proved that PBIL algorithm is a suitable method in solving this problem in two aspects, flexibility to attach restrictions and stability of the process.
PSO算法组卷是一个离散性求解问题，这是对P SO算法应用上的一个扩展。
Using PSO algorithm in paper's generating is a discrete solution problem, which extends PSO algorithm's application.
本文主要利用混合智能算法对高校管理中时间表和自动组卷问题进行了研究。
This paper mainly discusses the research on the problems of the timetable and auto-generating test paper in university management by using the mixed intelligent algorithm.
以考查点、难度系数和题型为主要控制参数建立了组卷问题的数学模型，并给出了用遗传算法解决组卷问题的新方法。
This paper presented a mathematical model with the main controlling parameters of the main points of knowledge, coefficient of difficulty and the structure of test question.
智能组卷系统是自适应考试系统的核心与灵魂，传统的组卷方式存在消耗时间过长，成功估算率低等缺点，主要原因是因为传统组卷方式的算法过于陈旧。
The shortcomings of traditional ways for generating test paper are much time cost and poor performance. The main reason is that the traditional algorithms are based on binary encoding.
本文重点研究了遗传算法在智能组卷中的应用问题。
The thesis mainly made a research in the application of generic algorithm in intellectual paper test composition.
实验表明，算法可根据专家设计的组卷策略自动生成试卷，效率和成功率都是比较理想的。
The experiments show that the algorithm can auto-generate paper in terms of the strategy of generating paper made by experts and the algorithm...
实验表明，算法可根据专家设计的组卷策略自动生成试卷，效率和成功率都是比较理想的。
The experiments show that the algorithm can auto-generate paper in terms of the strategy of generating paper made by experts and the algorithm...
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