This article presents methods and tools for building parallel applications based on commodity components: PCs, SCSI disks, Fast Ethernet, Windows NT. Chief among these tools is CAP, our computer-aided parallelization tool. CAP generates highly pipelined applications that run communication and I/O operations in parallel with processing operations. One of CAP's successes is the Visible Human Slice Server, a 3D tomographic image server that allows clients to choose and view any cross section of the human bod
Scientific applications are increasingly being implemented on massively parallel supercomputers. Man...
Professionals in various fields such as medical imaging, biology, and civil engineering require rapi...
Abstract---Enormous amount of images are uploaded and used via internet and this ratio is still dras...
Abstract. We propose a new approach for developing parallel I/O- and compute-intensive applications....
Imaging applications such as filtering, image transforms and compression/decompression require vast ...
We propose a new approach for developing parallel I/O- and compute-intensive applications. At a high...
The Image Content Engine (ICE) is a framework of software and underlying mathematical and physical m...
Parallel servers for I/O and compute intensive continuous media applications are difficult to develo...
We have designed, built, and analyzed a distributed parallel storage system that will supply image s...
Programming parallel shared- and distributed-memory architectures remains a difficult task. This con...
The paper introduces a software architecture to support a user from the image processing community i...
Many scientific applications are I/O intensive and have tremendous I/O requirements, including check...
This paper describes a software architecture that allows image processing researchers to develop par...
We describe a project that integrates applications requirements, parallel algorithm design, models o...
Since June 1998, EPFL's Visible Human Slice Server (http://visiblehuman.epfl.ch) allows to extract a...
Scientific applications are increasingly being implemented on massively parallel supercomputers. Man...
Professionals in various fields such as medical imaging, biology, and civil engineering require rapi...
Abstract---Enormous amount of images are uploaded and used via internet and this ratio is still dras...
Abstract. We propose a new approach for developing parallel I/O- and compute-intensive applications....
Imaging applications such as filtering, image transforms and compression/decompression require vast ...
We propose a new approach for developing parallel I/O- and compute-intensive applications. At a high...
The Image Content Engine (ICE) is a framework of software and underlying mathematical and physical m...
Parallel servers for I/O and compute intensive continuous media applications are difficult to develo...
We have designed, built, and analyzed a distributed parallel storage system that will supply image s...
Programming parallel shared- and distributed-memory architectures remains a difficult task. This con...
The paper introduces a software architecture to support a user from the image processing community i...
Many scientific applications are I/O intensive and have tremendous I/O requirements, including check...
This paper describes a software architecture that allows image processing researchers to develop par...
We describe a project that integrates applications requirements, parallel algorithm design, models o...
Since June 1998, EPFL's Visible Human Slice Server (http://visiblehuman.epfl.ch) allows to extract a...
Scientific applications are increasingly being implemented on massively parallel supercomputers. Man...
Professionals in various fields such as medical imaging, biology, and civil engineering require rapi...
Abstract---Enormous amount of images are uploaded and used via internet and this ratio is still dras...