E 1.99:CONF-951036--2
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Adaptive, predictive controller for optimal process control |
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E 1.99:CONF-951036--3
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Generalized control and data access at the LANSCE Accelerator Complex -- Gateway, migrators, and other servers |
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E 1.99:CONF-951036--4
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Real-time scheduling of software tasks |
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E 1.99:CONF-951036--5
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Code generation of RHIC accelerator device objects |
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E 1.99:CONF-951036--6
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Client Server design and implementation issues in the Accelerator Control System environment |
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E 1.99:CONF-951036--7
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The Advanced Photon Source event system |
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E 1.99:CONF-951036--8
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The Advanced Photon Source injection timing system |
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E 1.99:CONF-951036--9
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Monitoring commercial conventional facilities control with the APS control system The Metasys-to-EPICS interface. |
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E 1.99:CONF-951036--10
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Doing accelerator physics using SDDS, UNIX, and EPICS |
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E 1.99:CONF-951036--11
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Digital closed orbit feedback system for the advanced photon source storage ring |
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E 1.99:CONF-951036--12
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Communication in support of software sharing and collaborative development |
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E 1.99:CONF-951036--13
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A control system upgrade of the spear synchrotron and injector |
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E 1.99:CONF-951036--14
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An introduction to plant monitoring through the EPICS control system |
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E 1.99:CONF-951036--15
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Operational experience from a large EPICS-based accelerator facility |
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E 1.99:CONF-951036--16
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The self-describing data sets file protocol and Toolkit |
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E 1.99:CONF-951036--17
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The APS control system network |
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E 1.99:CONF-951036--18
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Simulation using Xorbit with EPICS |
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E 1.99: conf-951037--1
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Progress toward using hydraulic data to diagnose lost circulation zones |
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E 1.99:CONF-951037--2
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Hot dry rock in the United States Putting a unique technology to practical use. |
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E 1.99:CONF-951037--3
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Modeling self-potential data in the Abraham and Meadow-Hatton geothermal systems The search for upflow zones. |
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