Abstract: A virtual controller is configured to send control commands to an edge controller such as in I/O module that is connected to a building management system component. The IO module is configured to communicate with the virtual controller and to provide local control commands to the building management system component that are based upon the control commands from the virtual controller when communication with the virtual controller is determined by the IO module to be functioning normally and are based upon one or more fail-safe commands generated by the IO module when communication with the virtual controller is determined by the IO module to not be functioning normally.

Abstract: Methods that use marking, leveling and linking (“MLL”) processes to identify problems and dynamically correlate events recorded in various log files generated for a use-case of an application are described. The marking process determines fact objects associated with the use-case from events recorded in the various log files, database dumps, captured user actions, network traffic, and third-party component logs in order to identify non-predefined problems with running the application in a distributed computing environment. The MLL methods do not assume a predefined input format and may be used with any data structure and plain log files. The MLL methods present results in a use-case trace in a graphical user interface. The use-case trace enables human users to monitor and troubleshoot execution of the application. The use-case trace identifies the types of non-predefined problems that have occurred and points in time when the problems occurred.

Abstract: Methods that use marking, leveling and linking (“MLL”) processes to identify problems and dynamically correlate events recorded in various log files generated for a use case of an application are described. The marking process determines fact objects associated with the use-case from events recorded in the various log files, database dumps, captured user actions, network traffic, and third-party component logs in order to identify non-predefined problems with running the application in a distributed computing environment. The MLL methods do not assume a predefined input format and may be used with any data structure and plain log files. The MLL methods present results in a use-case trace in a graphical user interface. The use-case trace enables human users to monitor and troubleshoot execution of the application. The use-case trace identifies the types of non-predefined problems that have occurred and points in time when the problems occurred.

Abstract: A process for producing a multilayered composite composition which has a discrete layer or layers of nanoparticles within a layer of a polymer, is described. The nanoparticles are precipitated in a liquid polymer, preferably, by heating or solubilization of the polymer. The composite compositions are useful for use in photovoltaic devices as well as for in settings where multiple layers are important such as for low gas or liquid permeability films.