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    • 1. 发明授权
    • Method of keying a borehole in a seismic block
    • 在地震块中键入钻孔的方法
    • US06970788B2
    • 2005-11-29
    • US10661727
    • 2003-09-12
    • Naamen KeskesFrederic Mansanne
    • Naamen KeskesFrederic Mansanne
    • G01V1/30G01V1/50G01V1/28
    • G01V1/30G01V1/50
    • The aim of the present invention is the determination of the best possible correlation (keying) for electric recordings obtained in a borehole with seismic recordings obtained in a volume of subsoil (the seismic block) containing the bore. This is accomplished by defining in a neighborhood of the trajectory of the bore a set of layered networks, the entries of which are the seismic signals and the exits of which are electric signals. Accordingly, a quality measure is awarded with regard to the convergence. The best convergence quality then permits the determination of the best place in the neighborhood which produces the best keying.
    • 本发明的目的是确定在井眼中获得的电记录的最佳可能相关性(键控),其中所述地震记录是在包含孔的底土体积(地震块)中获得的。 这是通过在孔的轨迹的邻域中定义一组分层网络来实现的,它们的条目是地震信号,并且其出口是电信号。 因此,就融合而言,可以给出质量度量。 最好的收敛质量然后允许确定最好的地方在附近产生最好的键控。
    • 5. 发明授权
    • Method for detecting chaotic structures in a given medium
    • 在给定介质中检测混沌结构的方法
    • US06628806B1
    • 2003-09-30
    • US09600469
    • 2000-07-17
    • Naamen KeskesFabien Pauget
    • Naamen KeskesFabien Pauget
    • G06K900
    • G06T7/20G01V1/28
    • Method of detecting chaotic structures in a given medium. It is of the type consisting in: calculating the components of the light intensity gradient vector E at every point of a window F, centered on a point of a block representative of the medium, and it is characterized in that it furthermore consists in summing elementary matrices M for all the points of the window F, diagonalizing said sum matrix A so as to determine its eigenvalues &lgr;1, &lgr;2, &lgr;3, quantifying, at the center of the window, the minimum of the said eigenvalues &lgr;1, &lgr;2, &lgr;3, and with the constraint UT×D=1, eliminating the contribution of the largest eigenvalue, defining a multidirectional error by integrating it in the plane defined by the eigenvectors corresponding to the remaining eigenvalues, assigning the multidirectional error to the image point on which the window F is centered, and calculating the multidirectional errors assigned to all the image points of the image block.
    • 在给定介质中检测混沌结构的方法,其类型包括:计算窗口F的每个点处的光强度梯度矢量E的分量,以代表介质的块的点为中心,并且 其特征在于,它还包括对窗口F的所有点的基本矩阵M求和,对所述和矩阵A进行对角化,以便确定其特征值lambd1,lambd2,lambd3,在窗口的中心量化最小值 所述特征值lambd1,lambd2,lambd3,并且具有约束U×T = 1,消除了最大特征值的贡献,通过将其定义在由对应于剩余特征值的特征向量定义的平面中来定义多方向误差,分配 窗口F所在的图像点的多向错误,并计算分配给图像块的所有图像点的多向错误。
    • 7. 发明授权
    • Process for automatic plotting and assistance interpretation of seismic
cross-sections in particular using image analysis techniques
    • 使用图像分析技术对地震剖面进行自动绘图和辅助解释的过程
    • US5148494A
    • 1992-09-15
    • US623727
    • 1991-02-28
    • Naamen Keskes
    • Naamen Keskes
    • G01V1/30G06T5/00
    • G01V1/301
    • The process for analyzing a two-dimensional seismic cross-section image, including traces of a seismic cross-section, including processing the two-dimensional seismic cross-section with a binary function, a first value being assigned if a slope of the amplitude of the trace is positive, and a second value being assigned with a slope of the amplitude of the trace is negative, applying edge following techniques to the binarized image in order to determine contours of areas to be associated based on the first and second values, breaking down each of the contours into a series of chains, limited by turning points situated on each of the contours at a location where a direction changes from left to right or from right to left, when the contour is described in a given direction of rotation, breaking down each chain into contiguous curved segments such that a greatest distance between one point of each contiguous curved segment and a straight line segment joining the two ends the contiguous curved segement does not exceed a predetermined value, allocating to the contiguous curve segments at least one range, characterizing all the values of a parameter associated with the contiguous curved segments, and displaying all the contiguous curved segments for which at least one of the ranges belongs to a predetermined interval.
    • PCT No.PCT / FR90 / 00303 Sec。 371日期1991年2月28日 102(e)日期1991年2月28日PCT提交1990年4月26日PCT公布。 出版物WO90 / 13831 日期:1990年11月15日。分析二维地震剖面图像的方法,包括地震剖面的轨迹,包括用二进制函数处理二维地震剖面,分配第一个值 如果迹线的幅度的斜率为正,并且分配有轨迹的幅度的斜率的第二值为负,则将边缘跟随技术应用于二值化图像,以便基于以下方式确定要关联的区域的轮廓: 第一和第二值,将每个轮廓分解为一系列链,受限于位于每个轮廓上的转向点,其方向在方向从左向右或从右向左变化的位置处,当描述轮廓时 在给定的旋转方向上,将每个链条分解成相邻的弯曲段,使得每个相邻弯曲段的一个点与连接两个连接的直线段之间的最大距离 所述连续弯曲区段不超过预定值,向所述连续曲线段分配至少一个范围,表征与所述连续弯曲段相关联的参数的所有值,以及显示所有所述连续弯曲段, 范围属于预定间隔。
    • 10. 发明授权
    • Method for automatic detection of planar heterogeneities crossing the stratification of an environment
    • 自动检测穿越环境分层的平面异质性的方法
    • US06266618B1
    • 2001-07-24
    • US09367161
    • 1999-08-09
    • Shin-Ju YePhilippe RabillerNaamen Keskes
    • Shin-Ju YePhilippe RabillerNaamen Keskes
    • G01V338
    • G01V3/38
    • Method for automatic detection of planar heterogeneities crossing the stratification of an environment. This method for automatic detection of planar heterogeneities crossing the stratification of an environment, from images of borehole walls or developments of core samples of the said environment, in which an original image defined in a system of axes (X1, Y1, Z1) which is associated with a borehole whose axis is Z1 is used, the said image containing, for a zone of the environment through which the borehole passes, planar heterogeneities consisting of stratification planes (2 to 14) and of planar heterogeneities (15 to 23) intersecting the stratification planes, is characterized in that it consists in: determining a dominant orientation of the stratification planes which lie in at least one part of the said original image, filtering the original image in order to eliminate the planar heterogeneities of the stratification planes (2 to 14) which lie in the dominant direction, and determining, on the said filtered image, at least contour segments (15′ to 23′) of the heterogeneities which intersect the stratification planar heterogeneities.
    • 自动检测穿越环境分层的平面异质性的方法。 这种用于自动检测穿过环境分层的平面异质性的方法,从井壁的图像或所述环境的岩心样品的发展开始,其中在轴系(X1,Y1,Z1)中定义的原始图像是 与使用轴为Z1的钻孔相关联,所述图像包含钻孔通过的环境区域,由分层面(2〜14)和平面异质性(15〜23)组成的平面异质性与 分层平面的特征在于它包括:确定位于所述原始图像的至少一部分中的分层平面的主导方向,对原始图像进行滤波,以消除分层平面(2至 14),并且在所述滤波图像上确定非均匀性的至少轮廓段(15'至23') 反映了分层平面异质性。