1.APDS (Angina Pectoris Diagnosis System) is an expert consultant system developed for angina pectoris diagnosis.
APDS(Angina Pectoris Diagnosis System)是我们开发的一个用于诊断以胸痛为主要症状的一类冠心病的专家咨询系统。
2.Diagnosis Related Groups System (DRGS), very popular in the research of hospital management around the world, is a new method of case classification.
疾病诊断相关分组法即:DRGS(Diagnosis Related Groups System)是一种新型的病例分类法,是当代世界医院管理研究的热门话题。
3.Renal Angiomyolipoma: Diagnosis with B-ultrasonography,CT Scanning, DSA and Its Interventional Treatment
Renal Angiomyolipoma：Diagnosis with B－ultrasonography，CT Scanning，DSA and Its Interventional Treatment
4.GA ANN Algorithm and Its Application in Fault Diagnosis of Power Transformer
GA－ANN Algorithm and Its Application in Fault Diagnosis of Power Transformer
5.A NEW APPROACH TO GENE DIAGNOSIS OF DUCHENNE/BECKER MUSCULAR DYSTROPHY──AMPLIFIED FRAGMENT LENGTH POLYMORPHISM
A NEW APPROACH TO GENE DIAGNOSIS OF DUCHENNE／BECKER MUSCULAR DYSTROPHY──AMPLIFIED FRAGMENT LENGTH POLYMORPHISMS
6.ObjectiveTo detect two exons of Duchenne muscular dystrophy (DMD) gene and a gender discrimination locus amelogenin gene by single cell triplex PCR, and to evaluate the possibility of this technique for preimplantation genetic diagnosis (PGD) in DMD family with DMD deletion mutation.
目的:采用三重PCR技术检测缺失型杜氏肌营养不良(Duchenne muscular dystrophy,DMD)基因部分外显子和性别鉴定位点amelogenin基因,探讨该技术对DMD家系中致病基因携带者进行植入前遗传学诊断(preimplantation genetic diagnosis,PGD)的可行性。
7.Fault Detection and Diagnosis (FDD) technology is one of main technologies to support FTC, which has been developed for many years as one branch of control theory.
曾经作为控制理论独立分支的动态系统的故障诊断（Fault Detection and Diagnosis，FDD）技术已成为容错控制的重要支撑技术之一。
8.Color Doppler imaging diagnosis of intra ocular tumor
Color Doppler imaging diagnosis of intra-ocular tumor
9.To overcome the shortcomings of the traditional fuzzy algorithm, including complex management of diagnosis system, high difficulty in improvement and being unfavorable to accumulate experiences, the improved fuzzy algorithm is introduced to the state diagnosis for complex system, the model of state diagnosis for complex system based on the improved fuzzy algorithm is established, and a sample case is adopted to contrast and verify the state diagnosis model based on the traditional fuzzy algorithm and the state diagnosis model for complex system based on the improved fuzzy algorithm respectively, which indicates that although the latter is inferior in the speed of diagnosis, it has the significant advantages in simple management, easiness in improvement, accurate diagnosis, abundant diagnosis information and wide applications, so that its comprehensive performance is far beyond that of the diagnosis model based on traditional fuzzy algorithm.
摘要为了克服传统模糊算法的诊断系统建模复杂、改进难度大、不利于经验积累困难的缺点，在复杂系统的状态诊断中引入了改进的模糊算法，创建了基于改进模糊算法的复杂系统状态诊断模型，并以一个实例分别比较验证了基于传统模糊算法的状态诊断模型与基于改进模糊算法的复杂系统状态诊断模型，结果表明基于改进模糊算法的复杂系统状态诊断模型虽然在诊断速度方面稍逊一筹，但具有建模简单、模型改进容易、诊断准确、诊断信息丰富、适用性广泛等显著优点，其综合性能大大优于基于传统模糊算法的诊断模型。
10.With the development of the 200 km/h EMU,the paper describes the aim and task of the vehicle borne diagnosis system,and the diagnosis principle and method as well. The diagnosis model,hierachical structure,and the diagnosis evaluation of the whole train are also proposed. Finally it discusses the diagnosis classification,the network data communication protocol supporting fault data transmission and the other related problems such as the theory of diagnosis reasoning,diagnosis model and evaluation train set.
针对正在研制的200 km／h 电动车组，阐述了车载故障诊断系统的目的和任务、诊断的原则和方法，提出了车载故障诊断系统的模型和故障评估的层次结构，并讨论故障的分类、列车网络通信协议对故障数据传输的支持、诊断推理的方法等相关问题。
