1) sequential coordinate modeling
序贯指示同位协同模拟
1.
A model of reservoir sedimentary micro-facies is established with S1 in Block Long10,eastern depression,Liaohe Oilfield,as an example,by using the probabilistic relationship between wave impedance and sedimentary micro-facies as well as parameters(width,thickness and volume) of the micro-facies in development performance,guiding by depositional model,and applying sequential coordinate modeling.
以辽河油区东部凹陷龙10断块沙一段为例,利用波阻抗与沉积微相之间的概率关系及开发动态中的各沉积微相参数(宽度、厚度、体积含量),以沉积模式为指导,应用序贯指示同位协同模拟方法,建立储层沉积微相相模型。
2) sequential indicator co-simulation
序贯指示协同模拟
3) Sequential Gaussian collocated co-simulation
序贯高斯同位协同模拟
1.
Sequential Gaussian collocated co-simulation in drilling risk prediction;
序贯高斯同位协同模拟在钻井风险预测中的应用
4) sequential indicator simulation
序贯指示模拟
1.
The paper utilizes sequential indicator simulation method and builds many equi-probabilistic and accurate spatial distribution models of reservoir parameters through the study of the actual data of Wangji.
序贯指示模拟法是以指示克里金为基础的一种随机模拟方法,它是一种非高斯模拟方法,与传统的方法相比具有很多优点:适用范围更广泛、不用去掉某些奇异值。
2.
Multi-binary Sequential Indicator Simulation Algorithm, an improvement of the sequential indicator simulation algorithm, is used to the simulation of lithofacies at the H~(1-1)_(3) layer in the Huo Shaoshan Oilfield.
多级序贯指示模拟算法是普通序贯指示模拟算法的改进算法,保留了普通序贯指示模拟算法的简洁、快速、真实的特点,又具有可以调整相带的模拟顺序,易于实现模拟结果的后处理,使模拟结果连续、合理、更加符合实际地质情况。
5) multi-binary sequential indicator simulation
多级序贯指示模拟
6) co-simulation
协同模拟
1.
Hardware/Software Co-simulation Method for Multi-processor Embedded Systems;
多处理器嵌入式系统的软/硬件协同模拟验证方法
2.
The Design and Implementation of Synchronization and Communication Algorithm of Hardware/Software Co-Simulation;
软硬件协同模拟的通信同步算法设计与实现
3.
A hardware/software co-simulation method is presented which integrates an event-driven VHDL hardware simulator with an instruction set simulator (ISS).
提出一种在嵌入式系统软硬件协调设计中对系统功能进行验证的软硬件协同模拟方法 该方法使用指令集模拟器 (ISS)和事件驱动硬件模拟器分别完成软硬件的模拟 ,并采用C ++语言构造处理器的总线功能模型 ,实现软硬件模拟器的信息交互 重点讨论指令集模拟器、总线功能模型以及硬件模拟器协同模拟接口的设计与实现方法 ,同时还给出了软硬件模拟器之间的同步算
补充资料：洞贯
1.穿透。 2.通晓，透彻了解。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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