识别出的特征可以与油藏模型相结合，助力油田开发。
The identified features can then be integrated into the reservoir model to aid in field development.
完成所有数据的编辑工作后，即可形成最终的校准油藏模型。
Once all this data is compiled, a final calibrated reservoir model is generated.
本文描述了试井油藏模型识别专家系统（RMIESWT）原型的研制成果。
This paper describes the development of an Expert System prototype for the reservoir model identification in well test interpretation (RMIESWT).
均质油藏模型是试井分析理论和实践中的最理想化、应用最广泛的一种模型。
Homogeneous reservoir model is one of the ideal and widely used model in theory and practice of well testing.
利用非稳态压力分析结果建立油藏模型，可以提高碳酸盐岩油藏建模的准确性。
This work proves that using transient pressure analysis results in construction of reservoir model can improve the accuracy of carbonate reservoirs models.
内置的优化程序在匹配过程中可以实现完全自动化，而不需要手动更新油藏模型。
The built-in optimizer allows complete automation in the matching process without the need for manual updates to the reservoir model properties.
结合具体油藏模型，进行了调剖时机、堵剂用量及封堵位置对调剖效果的影响研究。
Combining idiographic reservoir model, the influence of profile control occasion, quantity of plugging agent, plugging position to profile control effect was studied.
油藏模拟的重要环节为建立油藏模型、确定油藏参数、选择模拟器和掌握模拟技巧。
The key of reservoir simulation is to develop reservoir models, determine the reservoir parameters, select optimal simulators and master simulation skills.
建立了人造胶结油藏模型三维物理模拟实验技术，用于研究渗流机理和提高采收率。
A series of petrophysical modeling experiment technologies is established, utilizing a large scale artificial consolidated model, to research the mechanisms of fluid flow in porous media and EOR.
本文根据视觉模拟技术和经验模拟技术，提出了一种新的智能识别试井油藏模型的新方法。
Based on the visual simulation technique and experiential simulation technique, a new method of intelligence diagnosis of well testing reservoir model is presented in this paper.
结合实例 ，对现场所涉及到的试井油藏模型及其特征作了阐述 ，为现场资料的精确解释提供了指导。
The reservoir models and their characteristics are elaborated. It is very instructive to perform exact interpretation of locale data.
以火成岩遮挡油藏模型及其对应的地震T0模型与地震解释模型的建立为基础，研究总结了火成岩遮挡类油藏的典型特征。
The typical features of igneous rock screened reservoir are studied and concluded in this paper on the basis of seismic T0model and seismic interpretation model.
在五个假想的油藏模型上进行的试算表明，大约经过20次迭代后，初始猜测参数值被逐步修正，逐渐趋于它们的真实分布。
Test runs on five idealized reservoir models showed that after 20 iterations the initial guess parameters were automatically corrected and approximated closely to the actual distribution.
最后，运用该模型对多组实际测试数据进行预测，并把预测所得到参数值反馈给油藏模型，将模拟产生的生产数据与油藏历史生产数据相比较。
Finally, the SVR model is used to predict multiple sets of data. And the predicted parameters values are loaded to reservoir model and are compared with actual historical production data.
最后，运用该模型对多组实际测试数据进行预测，并把预测所得到参数值反馈给油藏模型，将模拟产生的生产数据与油藏历史生产数据相比较。
Finally, the SVR model is used to predict multiple sets of data. And the predicted parameters values are loaded to reservoir model and are compared with actual historical production data.
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