| 1. | Medical - diagnostic inference using oop method
面向对象的医疗诊断推理机设计 |
| 2. | Based on ontology diagnose reasoning knowledge integration model
基于本体知识的诊断推理集成模型 |
| 3. | This integrated inference mechanism enhances the accuracy of diagnostic and improves the efficiency of reasoning
这种集成推理机制增强了诊断的准确性，提高了诊断推理的效率。 |
| 4. | Reasoning algorithms of fault diagnosis based on fuzzy models were given so that the fault diagnosis of complicated systems can be effectively dealt with
给出了基于模糊模型的故障诊断推理方法，从而能有效地处理复杂系统的故障诊断。 |
| 5. | According to the example , this is an efficient approach over fta , but also it can handle diagnosis reasoning and exculpation reasoning and that fta cannot
实例表明，该方法不但比故障树分析( fta )更有效，而且能进行故障树分析不能进行的诊断推理和辩解推理。 |
| 6. | Based on the formation of repository , two reasoning modes - decision based reasoning and case based reasoning are designed to improve the capability of diagnosis and reasoning
根据知识库的构造，设计了两种推理模式：基于决策树的推理和案例推理。提高了系统诊断推理的能力。 |
| 7. | By setting apart the knowledge base and the reasoning machine , creating and managing the diagnostic agent dynamically , this diagnostic system can be generalized to be used for other equipments
通过知识库和诊断推理机的分离、诊断agent的动态生成和管理等技术，该智能故障诊断系统能方便地推广到其他设备。 |
| 8. | And a guiding mechanism in fnn combines case - reasoning and rule - reasoning powerfully . the adoption of multi - pattern diagnosis and their inner integration reach our diagnosis expectation of integrating system
模糊神经网络的引导机制把基于实例与基于规则推理有力地结合在一起，系统集成多种诊断模式，并从内部诊断推理机制上相融合，达到系统集成诊断的目的。 |
| 9. | Test result with a spacecraft propulsion system shows that , the method proposed provides a novel approach to build a robust , real - time and practicable diagnosis reasoning system which can improve the reliability of complex systems effectively
验证结果表明，该方法具有建模方便、诊断快速等特点，为建立具有良好鲁棒性、实时性和实用性的诊断推理系统，提高复杂系统的可靠性提供了一条新的途径。 |
| 10. | With the development of modern electronic fuel injection engine , fault diagnosis of the engine became more necessary . the complexity of ef1 engine ' s fault diagnosis behaved as fuzzy relation between symptoms and causes and uncertainty of reasoning course as well
汽车电喷发动机的故障往往比较复杂，具体表现为多因多果，而且诊断推理具有不确定性，需要极其丰富的专业诊断知识和先进的诊断设备配合。 |
