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March 5, 20260 citationsOpen Access

DANTE: Control System for DAFNE Based on Personal Computers and High Level Tools

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MCMilardi C.PDPirro DiSAStecchi A.

Key Points

  • To design and integrate a control system for DAFNE using personal computers and advanced development tools.
  • Designed an innovative control system using Macintosh PCs and VME CPUs.
  • Implemented high-speed fiber optic links for system updates.
  • Established a centralized architecture for reliability and simplicity.
  • Developed a real-time database updated continuously by peripheral CPUs and polled by consoles.
  • Allowed accelerator physics programs to be written in various programming languages and communicate with LabVIEW.
  • The integration of Macintosh PCs improves access to powerful software tools.
  • High-speed fiber optic links enhance system update capabilities.
  • Centralized architecture simplifies system design and enhances reliability.
  • Real-time database supports efficient communication and updates in the system.

Abstract

The DANTE (DAPHNE New Tools Environment) control system has been fully designed and is now being integrated. Several innovative features have been inserted in the design: - the use of Macintosh Personal Computers throughout the whole system, including VME CPU's built on purpose using Apple CPU boards gives access to an enormous quantity of high level software, where new powerful tools become available day by day. LabVIEW by National Instruments has been chosen as development environment. - point to point high speed fiber optic links instead of a network for high bandwidth system update; - centralized architecture for simplicity and reliability; - centralized real time Database continuosly updated at runtime by the peripheral CPU's and polled by the consoles; - open architecture, with simple and efficient communications between internal processors and the rest of the world. Accelerator physics programs and applications can be written in any language and communicate with the LabVIEW environment through direct Process to Process communication.

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Cite This Study

C. et al. (1993) studied this question.

synapsesocial.com/papers/69a91d7cd6127c7a504c0431https://doi.org/10.15161/oar.it/z9hjf-tbx22
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