Abstract: A health of a server infrastructure is supervised by sending measurement requests, from a polling node to a server of the server infrastructure, at each of successive polling periods. Measurements received from the server in response to the measurement requests are stored in a database. A machine learning system is trained using accumulated measurements stored in the database to construct a prediction model for the server. Compliance of a latest measurement received from the server with the prediction model for the server is evaluated. A corrective action is taken if the latest measurement does not comply with the prediction model for the server. Measurements received from a group of servers may be aggregated and the machine learning system may construct a prediction model for the group of servers. Compliance to the prediction model may be evaluated for the group of servers.

Abstract: A health of a server infrastructure is supervised by sending measurement requests, from a polling node to a server of the server infrastructure, at each of successive polling periods. Measurements received from the server in response to the measurement requests are stored in a database. A machine learning system is trained using accumulated measurements stored in the database to construct a prediction model for the server. Compliance of a latest measurement received from the server with the prediction model for the server is evaluated. A corrective action is taken if the latest measurement does not comply with the prediction model for the server. Measurements received from a group of servers may be aggregated and the machine learning system may construct a prediction model for the group of servers. Compliance to the prediction model may be evaluated for the group of servers.

Abstract: A method for emulating one or more file system functions is provided. On a first processing device, a request is received. The request comprises a first data indicating a first file that a file system resident on the first processing device does not support. In an emulation library a second data for emulation of the first file is located. A response based upon the first and second data is formed.

Abstract: A method for emulating one or more file system functions is provided. On a first processing device, a request is received. The request comprises a first data indicating a first file that a file system resident on the first processing device does not support. In an emulation library a second data for emulation of the first file is located. A response based upon the first and second data is formed.

Abstract: A method for emulating one or more file system functions is provided. On a first processing device, a request is received. The request comprises a first data indicating a first file that a file system resident on the first processing device does not support. In an emulation library a second data for emulation of the first file is located. A response based upon the first and second data is formed.

Abstract: A method for emulating one or more file system functions is provided. On a first processing device, a request is received. The request comprises a first data indicating a first file that a file system resident on the first processing device does not support. In an emulation library a second data for emulation of the first file is located. A response based upon the first and second data is formed.