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Now you need a VNC server to connect to. This can be either a persistent vncserver running on dedicated VDI nodes which are part of [[Graham]], or a temporary vncserver you start on a cluster compute node. VNC is not a heavyweight server, so you can certainly run lightweight sessions on cluster login nodes. | Now you need a VNC server to connect to. This can be either a persistent vncserver running on dedicated VDI nodes which are part of [[Graham]], or a temporary vncserver you start on a cluster compute node. VNC is not a heavyweight server, so you can certainly run lightweight sessions on cluster login nodes. | ||
== | == VDI nodes == <!--T:30--> | ||
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Graham has two dedicated VDI nodes collectively known as gra-vdi. These nodes provide a remote desktop environment equipped with accelerated OpenGL. They are intended for the most demanding and complex interactive graphical tasks. The VDI nodes share Graham's <code>/home, /project,</code> and <code>/scratch</code> filesystems. As a result, any data files or directories created on graham by running jobs in the queue will immediately be accessible on gra-vdi for visualization and post-processing purposes without the need to transfer them over. | Graham has two dedicated VDI (aka Virtual Desktop Infrastructure) nodes collectively known as gra-vdi. These nodes provide a remote desktop environment equipped with accelerated OpenGL. They are intended for the most demanding and complex interactive graphical tasks. The VDI nodes share Graham's <code>/home, /project,</code> and <code>/scratch</code> filesystems. As a result, any data files or directories created on graham by running jobs in the queue will immediately be accessible on gra-vdi for visualization and post-processing purposes without the need to transfer them over. | ||
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