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Sherry Olson

Sherry Olson

Investigating the Unseen: Using Image Processing to Tackle the Unknown

Sherry Olson
April 2004

Sherry Olson would be the first to admit that image isn't everything. But during her career at MITRE, it's counted for a lot.

Olson, a senior principal imagery scientist, has spent her career looking beneath the surface to find hidden evidence of all kinds, all in the service of the public good. "If there's been a theme to my work, it's been helping the government use data sources more effectively to solve problems," she says.

In her case, "solving problems" has meant leading efforts for everything from tackling medical mysteries to investigating tell-tale traces of hazardous substances left behind in the environment. It's also meant taking a hands-on role in the days following September 11.

Olson first joined MITRE in 1980 in Bedford, Massachusetts, soon becoming part of a team designing the network monitoring and control system for MITRENET, the corporation's pioneering broadband local area network. In 1985, her information technology expertise drew the attention of Bahaa Fam, who was setting up MITRE's new Image Processing Research Laboratory. This began Olson's explorations into image processing; she became director of the lab in the late 1980s. The lab's work program ranged over a wide set of challenges, such as developing fingerprint and mugshot compression algorithms for the FBI, extracting features from imagery to identify man-made objects, and developing algorithms for the early detection of breast cancer and glaucoma.

In 1994, MITRE offered her the opportunity to use her management and scientific skills to support the Technology Fellowship Program, sponsored by the National Reconnaissance Office. She helped coordinate a successful pilot of the program, which is designed to bring bright young people from industry into one-year government research projects. In 1995, she received her own fellowship and became a technology liaison between the National Aeronautics and Space Administration (NASA) and the Department of Defense (DOD). She supported the exchange and transfer of spacecraft technology, focusing on remote sensing and data processing.

Olson relocated to northern Virginia to fill the NASA spot. After completing her stint in the fellowship program, she started a hyperspectral data laboratory at MITRE, which she now directs. Hyperspectral imaging uses specialized sensors that can detect and analyze characteristics of material unseeable by the human eye. This latest work is all part of the "theme" of her career.

Her current lab, the Exploitation Systems Laboratory, puts state-of-the-art remote sensing and hyperspectral data systems to work for a variety of MITRE's government customers. One of her current research projects, called Vegetation Forensics, focuses on using the hidden clues of plant life—clues that might point to illegal activities such as chemical dumping.

Solving Problems at Ground Zero

Although it's clear Olson is enthusiastic about all her assignments at MITRE, one stands above the rest: using her experience to support the emergency rescue teams at the World Trade Center following 9/11.

Like many MITRE employees, she answered the call for help immediately, supporting the Federal Emergency Management Agency. She also enlisted the help of her husband, Christopher Simi, who works at the Army Night Vision and Electronic Sensors Directorate. Simi builds sensors for an Army research lab, resulting in a fortuitous teaming. Olson convinced her husband to cut a special hole in his survey plane for a calibrated thermal sensor. Using the instrument's heat-sensing capabilities, she was able to help supply information to firefighters about the temperature of fires throughout the site.

Although Olson's spent her career working on a variety of satisfying projects, nothing else compares to the WTC. "It's an experience I'll never forget," she says. "You couldn't tell the enormity of the disaster site just from TV.

"It made me really proud to be at MITRE."

—by Alison Stern-Dunyak


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Page last updated: April 20, 2004   |   Top of page

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