Reservoir simulation models are used to forecast future reservoir behavior and to optimally
manage reservoir production. These models require specification of hundreds of thousands …

An efficient reservoir surveillance and monitoring technique should be able to monitor
changes in the reservoir fluid and provide a better understanding of the spatial movement …

It is possible to improve oil-reservoir simulation models by conditioning them on 4D seismic
data. Computational issues may arise related to both storage and CPU time due to the size …

Data assimilation methods often assume perfect models and uncorrelated observation error.
The assumption of a perfect model is probably always wrong for applications to real …

Abstract Time-lapse (4D) seismic data provides spatial information about dynamic changes
in a reservoir. This information can be used in combination with production data from wells …

This paper addresses the challenge of integrating 4D seismic data with production data in a
quantitative manner in order to improve the forecasting ability of a reservoir model and …

Depositional setting characterization is one of the most important tasks in petroleum basin
analysis. In this regard, artificial intelligence has emerged as a game-changer in the field of …

针对传统时移地震绝对差异(监测地震与基础地震之差) 的强弱不仅与含油饱和度变化有关,
也与储集层厚度关系密切的弊端, 通过流体置换正演模拟研究, 提出一种不受储集层厚度影响 …

This paper presents a history matching scheme that has been applied to production data
and time lapse seismic data. The production data objective function is calculated using the …

The ultimate goal of reservoir simulation in reservoir surveillance technology is to estimate
long‐term production forecasting and to plan development and management of petroleum …