推理机设计则采用混合推理策略。
首先提出了一种基于实例的混合推理总体结构。
A hybrid inference method based on cases is firstly presented.
它能够适时地进行正向、反向以及正反向混合推理。
It can infer and solve a design problem by forward-inference, backward-inference or mixed-inference.
实验结果表明，论文设计的混合推理机制是比较有效的。
The experiments indicate that designed mixed reasoning mechanism is effective.
提出一种新的耦合神经网络的实例与知识混合推理策略。
A new hybrid reasoning strategy based on case and knowledge integrated with neural network is proposed in this paper.
本文提出了一种分层混合推理技术，并给出了具体实现。
In this paper, a kind of layered bidirectional reasoning technology is introduced and implemented.
这种分层混合推理技术简化了推理过程，提高了推理效率。
This kind of layered reasoning technology makes the reasoning procedure very simple, and improves the reasoning efficiency.
提出一种新的基于耦合神经网络实例与知识的混合推理策略。
A new hybrid reasoning strategy based on case and knowledge is proposed.
首先，将支持向量机和混合推理选做系统预警与诊断功能适用的方法。
Firstly, choose the Support Vector Machine and the forward and backward reasoning as methods for the financial distress warning and the financial diagnosis.
采用正反向混合推理控制策略及确定性理论来处理知识的不确定性问题。
The uncertainty problem of knowledge is solved by using the forward-backward inference control strategy and the certainty theory.
提出了一种CBR和RBR的混合推理机制，并将其应用于点焊工艺设计。
A hybrid architecture combining case-based reasoning (CBR) and rule-based reasoning (RBR) is proposed and used in a spot welding processes design es.
针对智能仪器的故障特点，采用规则推理和事例推理相结合的混合推理技术。
According to the characteristics in intelligent instrument faults, the hybrid inference method combining rule-based reasoning and case-based reasoning is adopted.
针对设备故障智能诊断问题，提出了一种多层抽象混合推理的智能诊断模型。
An intelligent diagnostic model of multiple level abstraction and hybrid reasoning is proposed.
实践证明，以采用分层混合推理技术的推理机为核心的专家系统有良好的推广应用价值。
Proved by practice, expert system with a core adopting layered bidirectional reasoning technology has good values of popularization and appliance.
通过将启发式规则和事例相结合，提出了一种基于规则和事例混合推理的冲突解决支持技术。
By combining heuristic rule and case, we put forward a collision solution support technique by integrating case-based and rule-based reasoning.
提出了一种新的压力中心计算方法，并对基于规则和实例的混合推理技术进行了较深入的研究。
Some key technologies, such as the compound CBR and RBR technology and a new calculating approach of pressing center are studied.
通过对基于规则、模型与案例推理的分析，给出了基于混合推理策略的半智能CAFD系统总体结构。
Through the analysis on ruled based and model based and case based reasoning, an overall structure of semi intelligent CAFD system based on mixed reasoning strategy is presented.
运行情况表明，该混合推理方法能增加挤压工步初始方案选择的可靠性，并能有效地提高系统推理效率。
The results show that the hybrid inference method can increase the reliability of the initial forming plan selection and improve the system's inference efficiency.
介绍了专家系统的具体实现过程，对基于规则、基于案例、基于模型以及混合推理的推理机制进行了研究。
It introduces the concrete realization course of the expert system and traverses the inference mechanism based on rule, case, model and hybrid reasoning.
本文采用正反向混合推理机制，深度优先的控制策略建立了一个基于知识的汽车传动系故障计算机辅助系统。
This paper has set up a computer aided diagnostic expert system for automotive drive line by way of forward and backward combined reasoning and depth optimal theory.
根据我国大型港口机械设计的实际需要，提出了基于由实例推理和规则推理构成的混合推理的产品配置技术。
According to the actual demand of large port mechanical design, product configuration technology design based on blend reasoning is proposed.
本文提出并实现了一种并行环境下的多智能体模型，该模型中的各智能体采用多层混合推理策略进行冲突协商。
This paper brings forward and realizes a multi agents model in concurrent environment. Agent in the model adopts a multi tier hybrid reasoning strategy to negotiate with each other.
本文提出并实现了一种并行环境下的多智能体模型，该模型中的各智能体采用多层混合推理策略进行冲突协商。
Agent in the model adopts a multi tier hybrid reasoning strategy to negotiate with each other. This strategy can avoid the disadvantages of a single strategy and bring into pl...
根据系统改造设计中所需的领域知识，建立了相应的专家系统知识库及表达形式，设计出正反混合推理的控制策略。
The correspond to oil field experience expert system knowledge base and expression have been established, positive and negative mixed inference control strategies have been designed in this system.
在此基础上提出了基于多种概率的模糊因果图混合推理方法，以处理精确概率值、语言值和模糊概率值等多种概率。
In this paper, a mixed reasoning method of single-value FCD was proposed to deal with the reasoning of CD with multifold probabilities such as fuzzy Numbers, lingual values, accurate probabilities.
在系统实现中，采用基于关系型数据库和C -F模型进行知识库的设计，用正反向混合推理控制策略进行不确定性推理。
In implementing of the system, database technique and C-F model are combined to design knowledge base. The uncertainty problem is solved by using the forward-backward inference control strategy.
分析了目前普遍使用的正向推理、逆向推理、混合推理的特点和不足，根据实际开发经验对此提出了改进，并给出了具体实现方。
The paper analyses the characters and shortcoming of the forward inference , backward inference and the mixed inference which are usually used.
正像所有深深地影响我们个人生活的问题一样，谈论这问题涉及把直觉和推理混合在一起。
Like all questions which profoundly affect our personal lives, this involves a mingling of intuition and reasoning.
设计一种新型混合模糊神经推理系统，该系统仅从期望输入输出数据集即可达到获取知识、确定模糊初始规则基的目的。
A novel hybrid neural fuzzy inference system is presented. Only based on the desired input output data pairs, are the knowledge acquisition and initial fuzzy rule sets available.
设计一种新型混合模糊神经推理系统，该系统仅从期望输入输出数据集即可达到获取知识、确定模糊初始规则基的目的。
A novel hybrid neural fuzzy inference system is presented. Only based on the desired input output data pairs, are the knowledge acquisition and initial fuzzy rule sets available.
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