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- Reflective_memory abstract "Reflective Memory is a means to share common data between different and independent systems deterministically [1]. Such systems using a common reflective memory form a reflective memory network which is a deterministic one, when any system of the network acquired data and writes it to its local memory, such data is written locally to all other systems, this behaviour is like a dual-ported memory system. Reflective memory networks are real-time local area networks which each device or computer has always a local up-to-date copy of the shared data set. These networks are designed for highly deterministic data communications delivering tightly timed performance required on distributed control systems or simulations. Reflective memory technology are focused to applications were determinism, simplicity for implementation and lack of software overhead are very important considerations.Reflective memory was developed in the 1980s, this technology was by VMIC for applications in VME systems [2]. Usually reflective memory devices are connected together by means of fiber optic. It is commonly used with Real-Time operating systems, VXI and other platforms. VMIC was acquired by GE Fanuc, a cooperative venture between GE and Fanuc of Japan, but is now wholly owned by GE and operates as a part of the GE Intelligent Platforms business unit of GE. National Instruments Inc. supports GEIP's line of RFM cards within their tools.Examples of reflective memory application are:1) the Large Binocular Telescope, where it has been reported that each subsystem of the telescope control system includes ethernet connection for reflective memory [3].2) CERN3) Korea Superconducting Tokamak Advanced Research (KSTAR)[1] plasma control system (PCS)".
- Reflective_memory wikiPageExternalLink 5C160572B01DB4A486256CC5006F012F.
- Reflective_memory wikiPageExternalLink reflectiveMemory.pdf.
- Reflective_memory wikiPageExternalLink reflective-memory.
- Reflective_memory wikiPageExternalLink appnote-027_vme.pdf.
- Reflective_memory wikiPageExternalLink 20130724170722407.pdf.
- Reflective_memory wikiPageID "46280160".
- Reflective_memory wikiPageLength "3213".
- Reflective_memory wikiPageOutDegree "6".
- Reflective_memory wikiPageRevisionID "678698378".
- Reflective_memory wikiPageWikiLink Category:Computer_memory.
- Reflective_memory wikiPageWikiLink Dual-ported_memory_system.
- Reflective_memory wikiPageWikiLink Ethernet.
- Reflective_memory wikiPageWikiLink Large_Binocular_Telescope.
- Reflective_memory wikiPageWikiLink Real-time_local_area_network.
- Reflective_memory wikiPageWikiLink VME_eXtensions_for_Instrumentation.
- Reflective_memory wikiPageWikiLink VXI.
- Reflective_memory wikiPageWikiLinkText "Reflective memory".
- Reflective_memory wikiPageWikiLinkText "reflective memory".
- Reflective_memory hasPhotoCollection Reflective_memory.
- Reflective_memory wikiPageUsesTemplate Template:Refimprove.
- Reflective_memory wikiPageUsesTemplate Template:Reflist.
- Reflective_memory subject Category:Computer_memory.
- Reflective_memory hypernym Means.
- Reflective_memory type Person.
- Reflective_memory comment "Reflective Memory is a means to share common data between different and independent systems deterministically [1]. Such systems using a common reflective memory form a reflective memory network which is a deterministic one, when any system of the network acquired data and writes it to its local memory, such data is written locally to all other systems, this behaviour is like a dual-ported memory system.".
- Reflective_memory label "Reflective memory".
- Reflective_memory sameAs m.0131kyd3.
- Reflective_memory wasDerivedFrom Reflective_memory?oldid=678698378.
- Reflective_memory isPrimaryTopicOf Reflective_memory.