Janice Lourie facts for kids
Quick facts for kids
Janice Lourie
|
|
|---|---|
| Born | July 9, 1930 |
| Nationality | American |
| Alma mater | Longy School of Music Tufts University |
| Known for | Pioneer in CAD/CAM |
| Scientific career | |
| Fields | Computer technology Graphic artist |
| Institutions | IBM |
Janice Richmond "Jan" Lourie (born July 9, 1930) is an American computer scientist and graphic artist. In the late 1960s, she was a pioneer in using computers for design and manufacturing. This is often called CAD/CAM. She focused on the textile industry.
Janice Lourie is best known for inventing special computer programs. These programs helped textile artists and manufacturers work together. Her work on the Graphical Design Of Textiles process led to IBM's first software patent. She often explored how computers could represent art and data.
Contents
Early Life and Education
Janice Lourie loved music from a young age. She studied music theory and history at the Longy School of Music in Cambridge, Massachusetts. She played the clarinet and other old instruments. She performed in concerts at the Boston Museum of Fine Arts.
Later, she earned a degree in philosophy from Tufts University. After college, she worked as a technical editor. Her interest in the topics she edited led her to work with the MIT Whirlwind computer. She also took basic math courses. She then went back to school and earned a master's degree in mathematics from Boston University.
Working at IBM
In 1957, Janice Lourie started working at IBM. At that time, IBM was looking for musicians to train as computer programmers. Her first job was to help with the Operation Moonwatch Project. This project tracked satellites from space.
Solving Problems with Computers
Janice Lourie's next job was in a field called operations research. This is also known as management science. It's about using math and computers to solve business problems.
One of her first big projects was to help solve a "machine loading problem." Imagine you have different products and different machines to make them. The goal is to figure out the best way to assign products to machines. This helps make sure everything is made at the lowest possible cost.
She analyzed many different ways these problems could be set up. Her work helped create an IBM computer program in 1959. This program made it easier to solve complex problems.
Computer-Aided Textile Design
Janice Lourie had been weaving since she was seven years old. She was an experienced weaver. In 1964, she had a great idea: IBM should create a computer system for the textile industry.
IBM liked her idea. She proposed developing a system to turn artists' designs into instructions for weaving looms. She also wanted to create the computer parts and programs to control the loom. Her first article explained how computers could give textile designers more freedom.
Janice Lourie spent a year visiting textile factories. She worked with artists and designers to understand their skills. She learned how they turned artwork into patterns for production. When her software design was ready, IBM applied for a patent in 1966. It was granted in 1970 and was IBM's very first software patent!
Her project, called Textile Graphics (or GRITS internally), was an early example of today's design tools. These tools let you "paint" areas of a design with colors or patterns on a computer.
In 1968, IBM chose the Textile Graphics system for its exhibit at the HemisFair '68 in San Antonio. Visitors could draw a design on a screen. Then, they would receive a small piece of woven fabric with their design in just three minutes! This showed everyone how useful computer-aided design and manufacturing (CAD/CAM) could be.
Her work showed how interactive computer tools could help creative people. These tools included display screens, digital drawing tablets, and light pens. Museums and art groups quickly saw the potential for these new technologies.
See also
In Spanish: Janice Lourie para niños