George James Blaine III, age 79, of Sarasota, FL, passed away on Tuesday, August 15, 2017 at Rosewood Care Center, Edwardsville, IL. Jim was born on October 6, 1937 in St. Louis, MO, son of the late George Blaine Jr. and Margaret (McCrary) Blaine.
On July 1, 1961, Jim married Beverly Blair, the love of his life. Bev passed away on March 3, 1998. Jim enjoyed playing volleyball, fishing and boating. He was also an excellent woodcarver and was a member of woodcarving clubs in St. Louis and Florida. His greatest joy was spending time with his family and friends. Jim will be sadly missed by all who knew and loved him.
Jim is survived by his loving daughter and son-in-law, Lisa and Don Harre of Glen Carbon, IL; dear cousins, nieces, nephews, brothers-in-law, sisters-in-law, extended family, many friends and his granddogs Paddy O and Daisy.
Visitation will be held from 3:00 p.m. until 8:00 p.m. on Sunday, August 20, 2017 at Irwin Chapel, 591 Glen Crossing Road, Glen Carbon, IL.
In celebration of his life, funeral services will be held at 11:00 a.m. on Monday, August 21, 2017 at Irwin Chapel, with Rev. Charles West officiating. Jim will be laid to rest next to his wife Bev at Sarasota Memorial Gardens in Sarasota, FL on Thursday, August 24, 2017.
Memorial donations may be given to the Parkinson’s Disease Foundation at support.pdf.org. Donations will also be accepted at the funeral chapel.
Condolences may be expressed to the family online at www.irwinchapel.com.
G. James Blaine III, D.Sc.
Jim Blaine moved to Sarasota, Florida in the early 1960’s to join fledgling Electro-Mechanical Research, Inc. as an Electrical Design Engineer. The company, soon to be named EMR, continued to grow rapidly in the airborne and ground-based telemetry fields. Jim grew professionally in the design areas of Pulse Code Modulation and Frequency Modulation, Analog-to-Digital encoding and Digital-to-Analog decoding. Jim then tackled Advanced Telemetry Systems and Space-borne Systems. Late in the second half of the 1960’s, Jim opted for higher education and moved to St. Louis where he attained his PhD.
In January of 1967, G. James Blaine III, M.S. (Jim) started as a research assistant in the Biomedical Computer Laboratory (BCL) at Washington University’s School of Medicine. His early work focused on computer-to-computer communication. Although he became active in a broad range of research at BCL, advanced computer networking was among his leading contributions throughout his 25-year career at BCL followed by 15 years at the Electronic Radiology Laboratory (ERL).
Jim earned his doctoral degree (D.Sc.) in 1974, the same year in which he became Assistant Director of BCL. His collaborations and teaching also earned him appointments as Associate Professor in both Electrical Engineering and Computer Science. Then in 1980 he was promoted to Associate Director of BCL.
To meet the imaging needs that had arisen on the medical and Danforth campuses, in 1984 Jim initiated and led a major project to develop a distributed system for “Image Presentation, Analysis and Quantification.” IPAQ not only employed novel networking strategies to accommodate a diversity of widely decentralized computing resources and imaging devices, it also included software systems for communication and data management. IPAQ was a diversified team effort that Jim initiated, coordinated, and led. Prior to IPAQ, a creative communica-tion system called “TerraNet” had been developed
For networking in the mid 1980s, “Ethernet” was in an early and expensive form. A less complicated alternative seemed worth investigation. Jim and a few other Washington University researchers proposed TerraNet, a simpler networking alternative. CSK, a Japanese conglomerate, became interested in the idea and Jim and several colleagues including Alex Gray traveled to Japan to pursue development of the idea. However, Ethernet became dominant and CSK’s interest in TerraNet waned, but Alex Gray, then a graduate student working with Jim, began a long and nationally successful career in networking.
Another outcome of this effort was the development of a grant application by Jim and others that was submitted to the National Institutes of Health. The application was successful and led to a grant that supported the construction of a high-speed communications network that linked the two-mile-distant medical and Danforth campuses.
Jim also worked on development support for the new microprocessors of the 1970s, the design of a Universal Storage Device (USD), and a data acquisition system for differential photon-flight times for so-called “Super-PETT.” In addition, he was a key contributor to clinical applications such as radiation treatment planning, intensive-care patient monitoring (both cardiac and surgical), and medical information systems. Broadly, Jim also was involved in other more focused medical collaborations in ophthalmology, neurology, neuro-anatomy, radiology, cardiology, physiology, and genetics.
Jim’s research in digital imaging and networking were particularly relevant to new research in ‘electronic’ radiology. Accordingly, by 1986 he was jointly appointed as Associate Professor of Computer Science in Radiology and Co-Director of the newly founded ERL.
At his BCL beginnings Jim was a talented engineer who became increasingly more versatile as his research progressed. Moreover, he was a highly respected leader who had the imagination to take BCL in productive new directions. His evolving association with Radiology made sense, however; he was needed there as electronic radiology was emerging.
The first venture into electronic radiology at Washington University occurred in 1981 when Jim, Gil Jost and Jerry Cox presented a paper at the Newport Beach, SPIE sponsored, First International Conference on Picture Archiving and Communication Systems for Medical Applications. That paper began a productive collaboration between BCL and Radiology that led to the 1986 founding of ERL. Originally, the triumvirate of Cox, Jost and Blaine led ERL, but Jim took over the leadership and moved to ERL full time in 1992. Remarkably, for a non-MD, in 1995 Jim was awarded a full Professorship in Radiology. Jim’s leadership of ERL was crucial in the pioneering work done at Washington University to make electronic radiology an international reality. After stepping down as Director in 2004, Jim retired from ERL in 2006, but the laboratory he founded continued to drive forward the transition to digital imaging in Radiology.
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