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This document outlines the development and optimization processes for the DANSE project, focusing on scientific techniques for analyzing inelastic single crystal work. It emphasizes large-scale structure visualization tools and the application of QENS (Quasielastic Neutron Scattering) in physical chemistry. The framework supports multiprocessor use, streamlining component control and deployment. Additionally, it discusses GUI enhancements for data display and interactivity, as well as evaluation workflows, documentation standards, and cross-project tracking to improve usability and gather stakeholder feedback.
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DANSE January 2007Closeout Session Science Technology Development Process
Science Inelastic single crystal work Physical chemistry QENS Large-scale structures visualization tools Optimization Engineering of reduction/analysis application Diffraction resolve GSASS Use case overlaps of WBS 6 and 7
Technology Multiprocessor support (parallel component control and deployment layer) Build system (ease of use, planning for release system) GUIs, data display, interactivity Optimizers Vistrails evaluation Incorporate widgits into automatic GUI-builder Base class for DANSE clients and servers Pyre documentation
Development Process Reviews - criteria, standards for individual tasks, standards for quality versus standards for EVMS, involvement of stakeholders Documentation archival, web-based, Releases Behavioral Specs and Architecture standards Cross-project tracking and repositories (evaluate intertrac) Usage testing and user feedback