3 | | Our computational infrastructure is organised as a ”cloud” and implemented using the [http://www.gridgainsystems.com/ GridGain 2.1.1] cloud development platform. The package can be re-used as a stand-alone application or in a combination with the data management. The whole computational logic is |
4 | | located at one ”cloud” node. We call it the Compute Manager node. The rest of the computational ”cloud” is a standard [http://www.gridgainsystems.com/ GridGain] software deployed in a local network, cluster or server. The topology of our "cloud" is shown in the Figure below. |
| 3 | Our computational infrastructure is organised as a ”cloud” and implemented using the GridGain 2.1.1 development platform [http://www.gridgainsystems.com/ GridGain 2.1.1]. The whole computational logic is located at one cloud node, which is the MCF Compute Manager node. The rest of the computational base is a standard [http://www.gridgainsystems.com/ GridGain] software deployed in a local network, cluster or server. MOLGENIS data management modules are also deployed on the MCF Compute Manager node. The topology of our ”cloud” is shown |