Timothy H. Harrison

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This paper makes two contributions to the development and evaluation of object-oriented communication software. First, it reports performance results from benchmarking several network programming mechanisms (such as sockets and CORBA) on Ethernet and ATM networks. These results illustrate that developers of high-bandwidth, low-delay applications (such as(More)
This paper describes the design and performance of an object-oriented communication framework being developed by the Health Imaging division of Eastman Kodak and the Electronic Radiology Laboratory at Washington University School of Medicine. The framework is designed to meet the demands of next-generation electronic medical imaging systems, which must(More)
This paper describes the design and performance of an object-oriented communication framework being developed by Kodak Health Imaging Systems and the Electronic Radiology Laboratory at Washington University School of Medicine. The framework is designed to meet the demands of Project Spectrum, which is a large-scale distributed electronic medical imaging(More)
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