Company Filing History:
Years Active: 2014-2021
Title: Innovator Matthew Dexter Hancher: Pioneering Geospatial Data Solutions
Introduction: Matthew Dexter Hancher is a notable inventor based in San Francisco, California. With a strong focus on geospatial technologies, he has been instrumental in advancing how data is stored and retrieved within geographic information systems. Hancher's contributions to innovation in this field are underscored by his impressive portfolio of patents.
Latest Patents: Hancher holds three patents, with his latest invention being a system and method for storing and retrieving geospatial data. This innovative technology utilizes a spherical coordinate system to spatially partition geospatial data into discrete volumes. These volumes are organized according to a hierarchical spatial partitioning scheme, allowing for efficient storage and retrieval. The patented methods also include techniques to reduce polar distortions by portioning geospatial objects in a tritree structure.
Career Highlights: Hancher is currently associated with Google Inc., where he continues to explore and develop groundbreaking solutions in geospatial data management. His work reflects a deep commitment to leveraging technology for improved data accessibility and accuracy.
Collaborations: In his innovative pursuits, Matthew has worked closely with fellow inventor John H. Rohlf, collaborating to enhance the efficiency and functionality of geospatial data systems. Their partnership exemplifies the synergy that can arise within a team of skilled professionals dedicated to technological advancement.
Conclusion: Matthew Dexter Hancher’s contributions to geospatial technology through his inventive patents represent a significant leap forward in how data is understood and utilized across various applications. His work not only illustrates the potential of innovative thinking but also emphasizes the importance of collaboration in driving forward the frontiers of technology. Hancher's ongoing endeavors at Google Inc. promise to impact the field of geographic information systems for years to come.