本文采用了一些措施，如选用合理的地质模型及等效层的方法和平衡雅可比矩阵元素的方法等，力求减少反演的参数，稳定了求解过程和提高了求解的精度。
Some measures, such as reasonable geological model, equivalent layer and equalization of Jacobi matrix elements, are taken to achieve less parameters, stable inversion j process and definite solution.
通过野外实地考察测试，对水下收缩裂隙整体形成过程、裂隙内充填物沉积模式、影响因素等进行了详细讨论，并且建立了相应的地质理论模型。
Based on field measurements and experimental analyses of underwater shrinkage cracks, we discuss formation processes of the cracks, sedimentary models of their filling, factors that influence them.
设计过程考虑到了地质模型的不确定性，以确保数据的最优化，并对油藏特点进行准确分析。
Uncertainty in the geological model is included during the design process to ensure optimal data quality as well as deliver analysis that accurately reflects the reservoir.
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