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\def\GWpar{
The work-flow of the remote session is depicted in the Fig. \ref{fig:Handling/Overview/TheDaySession/Flowchart}, having these basic steps (assuming there is an opened session, according to negotiations between the participants and GOLEM tokamak supervision\footnote{the GOLEM tokamak is not a available 7 day/week and 24 hours/day, the session should be requested}):
\begin{inparaenum}[\itshape i\upshape)]
\itm{Session preparation phase}{, initiating necessary technological processes (evacuating the vessel, starting data diagnostics systems) and eventual vessel conditioning.}
\itm{Web oriented control room}{, where participants set and submit the parameters simultaneously through the web page form via drop-down menus,
see the Technology part menu of the Fig. \ref{fig:Tokamak/ExperimentalSetup/GlobalSetup/Wdiagn}.  The control system then stores
the request into a SQL database with the flag of waiting request.
A virtually unlimited (within the very large capacity of the SQL server) number  of requests can be submitted at once and/or during the session.}
\itm{Remote operation daemon}{, process regularly checks the queue of submitted discharge set-ups and executes the requests one by one in a "First In, First Out" manner.}
\itm{Discharge preparation phase}{, where capacitors are charged, pre-ionization started and working gas introduced into the vessel.}
\itm{Discharge}{, where the thyristors are triggered, delivering current into the appropriate coils and the plasma discharge is performed. During the discharge Data Acquisition Systems (DAS) collect data from various diagnostics.}
\itm{Post-discharge phase}{, where the acquired data are downloaded to the central server and automated scripts create web pages with reports dedicated to individual DAS systems and all diagnostics.}
\end{inparaenum}
\GWif{width=0.8\textwidth}{Handling/Overview/TheDaySession/Flowchart}
}