1) Complete-Minimal Decision Algorithm
完备极小决策算法
2) minimal decision algorithm
极小决策算法
1.
Based on rough logic, theorems is presented, whether attribute reduction and minimal decision algorithm change or not when a new instance is added to the universe.
以粗糙逻辑为基础,首先给出了在新实例加入论域后判断约简变化与否以及判断原极小决策算法中决策规则变化与否的判定依据。
4) complete algorithm
完备算法
1.
Aiming at the problem that complete algorithm of attribute reduction based on discernibility matrix can not find approximately minimal reduction,an improved attribute reduction method is proposed based on the original algorithm,and the attribute importance defined from the viewpoint of information theory is regarded as heuristic information.
为了解决基于差别矩阵的属性约简完备算法得不到最小约简的问题,提出了一种改进的属性约简方法。
2.
A complete algorithm for attribute reduction in rough set theory based on discernibility matrix was introduced.
提出了一种基于差别矩阵的粗糙集属性约简完备算法,算法的求解策略是在每次迭代过程中只选择必要的条件属性,如果在某次迭代过程中找不到这样的条件属性,则任意排除一条件属性,为下一次迭代中找到必要的条件属性做准备。
3.
Based on analyzed the reason of this,an improved complete algorithm is presented.
分析了算法不完备的原因,在此基础上,提出了一种改进的完备算法,该算法的时间复杂度为max(O(∣C||U∣),O(∣C∣2∣U pos||U/C))。
5) decision-making algorithm
决策算法
1.
Research on decision-making algorithm of offensive players’behavior in football match
足球比赛中进攻方队员行为决策算法研究
2.
A decision-making algorithm based on class algorithms is provided by which many ruleless and random data can be classified.
提出基于分类思想的性能判定决策算法,对大量的无规则的杂乱的网关经验数据进行分类。
3.
Aiming at this problem,multi-sensor data fusion algorithm and minimum risk decision-making algorithm are studied to meet the needs of HVAC system to make a reasonable decision-making.
针对HVAC(Heating Ventilation and Air Conditioning)系统检测装置和控制系统存在的时间滞后,使人体舒适性得不到很好的满足,并且有额外的能量消耗,进而研究了多传感器数据融合算法及基于D-S证据理论的最小风险决策算法以满足HVAC系统做出合理的决策。
6) decision algorithm
决策算法
1.
An adaptation decision algorithm was also presented which was realized by retaining most of the higher quality layers, and dropping lower quality layers as far as possible.
264/AVC视频适配模型和系统,并设计了多媒体资源适配引擎,提出了相应的资源适配决策算法,即在满足网络可用带宽的约束条件下,丢弃低感知质量层的视频帧,而尽可能多地保留高感知质量层的视频帧。
2.
Then,according to the features of the generalized information table,the algorithms of acquiring minimal attribute reduction,attribute value reduction and minimum decision algorithm are put forward.
首先介绍了决策表、广义信息表的构造及特点,然后给出了求决策表的最小属性约简及最小决策算法的计算方法。
3.
It includes a behavior-based two-layer dynamic agent architecture, a behavior-based decision algorithm, and a role-based dynamic multi-agent cooperation model.
针对机器人足球仿真比赛,提出了一种新的多智能体系统结构,它包括基于行为的双层动态智能体结构和决策算法以及基于角色的动态多智能体协作模型。
补充资料:哥德尔不完备性定理
哥德尔不完备性定理 Gdel's incompleteness theorem 数学家K.哥德尔于1931年证明的两个定理。第一不完备性定理:任意一个包含算术系统在内的形式系统中,都存在一个命题,它在这个系统中既不能被证明也不能被否定。第二不完备性定理:任意一个包含算术系统的形式系统自身不能证明它本身的无矛盾性。 哥德尔的不完备性定理使希尔伯特证明数论系统无矛盾性的方案归于失败。但哥德尔的证明中所用到的方法却开创了递归论的研究。哥德尔不完备性定理中所指出的不可判定的命题是理论的而不是自然的命题。1977年,J.帕里斯给出了一个自然的命题,这个命题在数论中是不可判定的。这又引起人们寻找这类问题的兴趣。 |
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