Abstract: A system, a method, and a computer program product for providing an asset intelligence network to maintain information about various assets are provided. At least one server generates a first information based on a first data received from at least one first party using at least one template. The server uses the template to generate a second information based on a second data received from at least one second party. The second data is related to the first data. Based on the template, the server creates a uniform record containing a combination of the first information and the second information, and stores the created uniform record.

Abstract: An interactive tag cloud provides an intuitive interface to large data volumes. Where the data is a large table, an overview afforded by the tag cloud may contain relevant table information ranked by priority and volume, represented in different categories. The tag cloud may be used to filter that big data in an efficient manner. This allows an ordinary (i.e., non-developer) user of the database to quickly assess high level contours of the data volumes, and also to filter that data in order to focus on specific tasks. The interactive tag cloud visualization may indicate data priority according to frequency of incidence of a dimension in database records, or according to other criteria such as importance derived from date information. The tag cloud affords visibility to aggregated big data content and also of filtered data, prior to the user having to immediately drill down in order to access details thereof.

Abstract: A system, a method, and a computer program product for providing an asset intelligence network to maintain information about various assets are provided. At least one server generates a first information based on a first data received from at least one first party using at least one template. The server uses the template to generate a second information based on a second data received from at least one second party. The second data is related to the first data. Based on the template, the server creates a uniform record containing a combination of the first information and the second information, and stores the created uniform record.

Abstract: An interactive tag cloud provides an intuitive interface to large data volumes. Where the data is a large table, an overview afforded by the tag cloud may contain relevant table information ranked by priority and volume, represented in different categories. The tag cloud may be used to filter that big data in an efficient manner. This allows an ordinary (i.e., non-developer) user of the database to quickly assess high level contours of the data volumes, and also to filter that data in order to focus on specific tasks. The interactive tag cloud visualization may indicate data priority according to frequency of incidence of a dimension in database records, or according to other criteria such as importance derived from date information. The tag cloud affords visibility to aggregated big data content and also of filtered data, prior to the user having to immediately drill down in order to access details thereof.

Abstract: Systems and methods of providing a mass decision mode in a mobile application are provided. An object management module receives a plurality of objects to be presented to a user via a mass decision mode graphical user interface (GUI) of a client application residing on a client device. A mass decision module generates the mass decision mode GUI, the mass decision mode GUI including a description of the respective objects of the plurality of objects and a mass decision option. The mass decision option is an option to apply a deviant decision to a first portion of the one or more objects and to apply a default decision to a remainder portion of the one or more objects upon being selected. A deviant decision module assigns, upon receiving a selection of an object of the one or more objects, the deviant decision to the object.

Abstract: Systems and methods of providing a mass decision mode in a mobile application are provided. An object management module receives a plurality of objects to be presented to a user via a mass decision mode graphical user interface (GUI) of a client application residing on a client device. A mass decision module generates the mass decision mode GUI, the mass decision mode GUI including a description of the respective objects of the plurality of objects and a mass decision option. The mass decision option is an option to apply a deviant decision to a first portion of the one or more objects and to apply a default decision to a remainder portion of the one or more objects upon being selected. A deviant decision module assigns, upon receiving a selection of an object of the one or more objects, the deviant decision to the object.

Abstract: A computer-based method for representing a project includes accessing a description of the project, generating a graphic display of at least a portion of the project based on the description, and dynamically updating the graphic display in response to a change in the description of the project. A computer program product for representing a project includes instructions that cause a processor to convert a description of the project into display instructions for displaying relative progress of the project relative to, but independently of, an expectation of progress and displaying a relative rate of progress of the project relative to, but independently of, an expectation of a rate of progress. The computer program product is tangibly stored on machine readable media.

Abstract: A computer-based method for representing a project includes accessing a description of the project and displaying, based on the description, at least a portion of the project in a perspective representation that generally resembles a path. A computer program product includes instructions that cause a processor to convert a description of the project into display instructions for displaying at least a portion of the project in a perspective representation, displaying relative progress of the project relative to an expected progress of the project, and displaying a relative rate of progress of the project relative to an expectation of a rate of progress. The computer program product is tangibly stored on machine readable media.

Abstract: A computer-based method for representing a project includes accessing a description of the project and displaying, based on the description, at least a portion of the project in a perspective representation that generally resembles a path. A computer program product includes instructions that cause a processor to convert a description of the project into display instructions for displaying at least a portion of the project in a perspective representation, displaying relative progress of the project relative to an expected progress of the project, and displaying a relative rate of progress of the project relative to an expectation of a rate of progress. The computer program product is tangibly stored on machine readable media.

Abstract: A computer-based method for representing a project includes accessing a description of the project, generating a graphic display of at least a portion of the project based on the description, and dynamically updating the graphic display in response to a change in the description of the project. A computer program product for representing a project includes instructions that cause a processor to convert a description of the project into display instructions for displaying relative progress of the project relative to, but independently of, an expectation of progress and displaying a relative rate of progress of the project relative to, but independently of, an expectation of a rate of progress. The computer program product is tangibly stored on machine readable media.