2) SARS
[sɑ:z]
SARS疫情
1.
ON THE STUDY OF THE RELATIONSHIP BETWEEN GUANGZHOU ATMOSPHERIC ENVIRONMENT FACTORS AND THE SARS EPIDEMIC;
广州大气环境因素与SARS疫情短期变化关系的研究
2.
Analysis of Time Series of Transmission of SARS;
SARS疫情传播的时间序列分析
3.
The Impact of SARS on the Mentality and Behavior of People;
“SARS疫情”对民众心理与行为影响的调查研究
3) SARS epidemic situation
SARS疫情
1.
Analysis and forecast of SARS epidemic situation by using gene expression programming(GEP) is reported.
讨论基因表达式编程在SARS疫情分析与预测中的应用,对基因表达式编程进行了理论分析,利用基因表达式编程对SARS在中国的传播与流行趋势及控制策略进行了自动数学建模实验。
2.
Analysis and forecast of SARS epidemic situation by using artificial neural networks was reported in this paper.
讨论人工神经网络在 SARS疫情分析与预测中的应用 。
4) SARS epidemic disease
SARS疫情
1.
The authors have had an introduction, through linking with SARS epidemic disease, mainly from the basic concepts,the achieveing methods,the scheme theorem and building block hypothesis of genetic arithmetic of digital human body,and so on.
笔者主要从数字人体遗传算法的基本概念、数字人体遗传算法的实现方法与模式定理和积木假说等 ,联系SARS疫情实际进行了介绍。
2.
The authors have had a deep description,through linking with SARS epidemic disease situation,mainly from the cellular automata of digital human body system,Boolean network of digital human body system,neural network method of digital human body system and L-system method of digital human body,providing a theoretical basis for studying of digital human body and SARS epidemic disease.
笔者主要从数字人体系统的元胞自动机、数字人体系统的布尔网络、数字人体系统神经网络方法和数字人体的L 系统方法 ,联系SARS疫情实际进行了深刻的描述 ,为数字人体与SARS疫情研究提供了理论基础。
5) epidemic situation of SARS
SARS疫情
1.
Evaluation and Predictive Modeling on Epidemic Situation of SARS;
SARS疫情的状态评估和预测建模研究
2.
The simulation about the epidemic situation of SARS recurrence is studied based on this modeling.
通过定义评估SARS疫情状态的标志性参数,给出对SARS疫情发展进行预测的统计模型,并利用该模型对再次发生SARS疫情的情况进行模拟分析,指出社会公共卫生体系把握应对时机的基本期限。
6) epidemic prediction
疫情预测
1.
It s a new method for SARS epidemic prediction.
为了能够科学、准确地预测SARS疫情,论文首先根据SARS的传播特点,建立了含有时滞项的微分方程模型,然后应用卡尔曼滤波理论于所建模型,进行疫情预测。
补充资料：发育进度预测法(见发生期预测)
发育进度预测法(见发生期预测)
发育进度预测法见发生期预测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条