国家环保总局核事故后果评价与预测系统的开发遵循成熟、实用、先进的原则。
The development of consequences assessment and forecast system for nuclear accidents for State Environmental Protection Administration follows the principles of maturity and practicality.
文章介绍一个滑坡预测与风险评价专家系统LFEES。
This paper presents an expert system LFEES for landslide forecast and evaluation.
将灰色系统理论引入到农业气象灾害的评价与预测中。
The grey system theory is introduced to the assessment and forecast of the agro-meteorological disasters.
系统将规律性评价理论应用其中，实现了规律性评价与实际预测相结合，有助于对预测结果的合理性进行判断。
The load regularity evaluation theory was applied in this system that can help operators to consider the rationality of the forecasting results.
利用地理信息系统(GIS)与遥感技术结合进行滑坡灾害评价与预测是当前滑坡研究的热点。
In recent years, remote sensing technology and GIS (Geographical Information System) technologies are developing fast, widely used in the researches on landslide hazard evaluation and prediction.
迄今，还没有一套完整、系统、准确的测井解释、储层评价和预测方法适应于潜山油藏储层评价与成藏模式的研究。
Up to now, there have been no systemic methods suitable to evaluate hidden hill reservoirs and petroleum pool formation model.
本文提出定量安全评价与预测的动态安全指标，灰色逻辑代数，然后使用GM(1,1)给出了系统动态安全评价与预测的新方法。
Grey assessing and predicting safety in dynamic index system is raised. A method concerning the system is developed via the grey prediction model GM (1, 1) and based on the grey logic analysis.
阐述了设计中的三个主要步骤：交通区位与性质分析、交通需求分析与预测以及交通系统设计与评价。
Then the paper proposes a three-step procedure for urban complex traffic de-sign which is based on the unique characteristics and traffic demand of the complex.
阐述了设计中的三个主要步骤：交通区位与性质分析、交通需求分析与预测以及交通系统设计与评价。
Then the paper proposes a three-step procedure for urban complex traffic de-sign which is based on the unique characteristics and traffic demand of the complex.
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