Stephen James Purves

Title: Innovations of Stephen James Purves

Introduction

Stephen James Purves is a notable inventor based in San Cristobal de la Laguna, Spain. He has made significant contributions to the field of geological survey data analysis, holding a total of 4 patents. His work focuses on developing advanced algorithms and methods for tracking geological features, which are crucial for various applications in geoscience.

Latest Patents

Among his latest patents, Purves has developed the "Adaptive Horizon Tracking" algorithm. This computer-executable algorithm is designed to propagate a boundary surface of a seed within a 3D seismic data representation. It follows the natural contours of the region of interest, generating attribute volumes and characteristic parameters for candidate events. The algorithm also assigns probability characteristics to these events, facilitating the generation of surfaces that align with geological features.

Another significant patent is the "Adaptive Fault Tracking" method. This innovative approach involves determining faults from geological survey data by generating attribute volumes and identifying regions of interest. The method includes adding seeds to these regions, defining representative areas, and generating basic geological objects. It employs a mesh propagation algorithm to create optimized geological objects, ensuring accurate representation of geological structures.

Career Highlights

Stephen James Purves is associated with Foster Findlay Associates Limited, where he applies his expertise in geological data analysis. His work has been instrumental in advancing the understanding of geological formations and improving the accuracy of geological surveys.

Collaborations

Purves collaborates with notable colleagues, including James Lowell and Dale Norton. Their combined efforts contribute to the innovative solutions developed at Foster Findlay Associates Limited.

Conclusion

Stephen James Purves is a distinguished inventor whose work in geological survey data analysis has led to the development of advanced algorithms and methods. His contributions significantly enhance the understanding of geological features and improve survey accuracy.