This paper describes ScaLAPACK, a distributed memory version of the LAPACK software package for dense and banded matrix computations. Key design features are the use of distributed versions of the Level LAS as building blocks, and an ob ect-based interface to the library routines. The square block

to be fulfilled, to a large extent, using slice-by-slice manual tracing. To bridge the gap between methodological advances and clinical routine, we developed an open source application called ITK-SNAP, which is intended to make level set segmentation easily accessible to a wide range of users, including those

This is a draft of the PVM version 3.3 users' guide and reference manual. It contains an overview of PVM, and how version 3 can be obtained, installed and used. PVM stands for Parallel Virtual Machine. It is a software package that allows a heterogeneous network of parallel and serial

COMPUTER SOFTWARE This study examines time-based pacing of generational product innovation in the applications software industry. We argue that firms tend to develop temporal routines for introducing generational product innovations due to customer demands and internal operating procedures

Extracting object-oriented design from procedural code is an important issue in software maintenance. Existing research in this direction puts a heavy burden on the experts of the system being studied. To try to automate the process, we propose a new method to cluster together routines

achieved by applying each of these strategies; various conditions under which each strategy may be most appropriate have thus been identified. In particular, this work shows how, by careful selection of just a small number of target routines, resulting performance gains can not only be significant

to be mature enough for routine application. Secondly, the implementation of all these techniques in a code with sufficient generality requires a lot of time and know-how in different fields. UG (abbreviation for Unstructured Grids) has been designed to overcome these problems. It provides very general tools

; while dynamic approaches provide protection for deployed software, static approaches can detect potential vulnerabilities before software deployment. Previous static approaches are mostly based on tainted information flow tracking and have at least some of the following limitations: (1) they do

structural transformations to knowledge and routines as these are reconfigured and replicated in the form of new computer-embedded representations. The paper demonstrates that the process of embedding knowledge and routines in software holds fundamental implications for the ability of heterogeneous

interaction. Dozens of programs have been derived using the KIDS environment and we believe that it could be developed to the point where it can be used for routine programming.