Abstract: A computer implemented method and system is provided for associating and extracting content artifacts from a graphical representation of electronic content. A multi-dimensional virtual lattice comprising one or more grid layers is created. The nodes of the multi-dimensional virtual lattice represent metadata acquired from predefined content criteria. Electronic content comprising content artifacts acquired from multiple content sources is graphically represented within the multi-dimensional virtual lattice using the grid layers. Each of the content artifacts from the electronic content attaches to one or more nodes of the multi-dimensional virtual lattice. A user provides search criteria comprising keywords. The content artifacts attached to nodes of the multi-dimensional virtual lattice whose metadata matches with the keywords are extracted and displayed to the user.

Abstract: A computer implemented method and system is provided for associating and extracting content artifacts from a graphical representation of electronic content. A multi-dimensional virtual lattice comprising one or more grid layers is created. The nodes of the multi-dimensional virtual lattice represent metadata acquired from predefined content criteria. Electronic content comprising content artifacts acquired from multiple content sources is graphically represented within the multi-dimensional virtual lattice using the grid layers. Each of the content artifacts from the electronic content attaches to one or more nodes of the multi-dimensional virtual lattice. A user provides search criteria comprising keywords. The content artifacts attached to nodes of the multi-dimensional virtual lattice whose metadata matches with the keywords are extracted and displayed to the user.

Abstract: A computer implemented method and system is provided for associating and extracting content artifacts from a graphical representation of electronic content. A multi-dimensional virtual lattice comprising one or more grid layers is created. The nodes of the multi-dimensional virtual lattice represent metadata acquired from predefined content criteria. Electronic content comprising content artifacts acquired from multiple content sources is graphically represented within the multi-dimensional virtual lattice using the grid layers. Each of the content artifacts from the electronic content attaches to one or more nodes of the multi-dimensional virtual lattice. A user provides search criteria comprising keywords. The content artifacts attached to nodes of the multi-dimensional virtual lattice whose metadata matches with the keywords are extracted and displayed to the user.

Abstract: A computer implemented method and system is provided for associating and extracting content artifacts from a graphical representation of electronic content. A multi-dimensional virtual lattice comprising one or more grid layers is created. The nodes of the multi-dimensional virtual lattice represent metadata acquired from predefined content criteria. Electronic content comprising content artifacts acquired from multiple content sources is graphically represented within the multi-dimensional virtual lattice using the grid layers. Each of the content artifacts from the electronic content attaches to one or more nodes of the multi-dimensional virtual lattice. A user provides search criteria comprising keywords. The content artifacts attached to nodes of the multi-dimensional virtual lattice whose metadata matches with the keywords are extracted and displayed to the user.

Abstract: A computer implemented method and system is provided for compiling and publishing an online book in an online collaborative environment. Requirements are collected from one or more users in the online collaborative environment. The collected requirements comprise, for example, educational subjects, topical subjects, information on syllabus, an outline, etc. One or more content structures are created based on the collected requirements using, for example, one or more of search criteria, applicable context, curriculum guidelines, curriculum standards, degrees of difficulty, etc. The educational content is retrieved from multiple online sources, created through authoring, or a combination thereof. The retrieved educational content is compiled into the content structures for creation of the online book. The compilation is performed by automatic compilation or user declared specification. The online book is then published in the online collaborative environment.

Abstract: A menu infrastructure component, or menu application, which runs as a layer on top of a platform, wherein the platform is used to run various applications. The menu application can service, with menu generating capabilities, any of the applications running on the platform. Based upon the identity (or locale) of the user, a particular set of images will be created to provide the preferred language (for instance) for display in the menus. During runtime, these criteria are used to pick out a version of menus (e.g., Japanese menus or English menus) and thereafter render them for display. Each of the applications can have inter-application links, which jump from one application to another. The applications can also have intra-application links, which jump to different capabilities or functions within the particular application. The Menu Application serves to manage and render the inter- and intra-application hyperlinks for an entire web site.