Abstract: The present invention provides a rule set partitioning based packet classification method for Internet.

Abstract: A method for achieving interactive browsing includes steps performed by a computer coupled to a knowledge base and a document database. The knowledge base stores a plurality of terms and information relating to each term, and the document database stores a plurality of documents. The steps include acquiring terms in which a user has interest; extracting information relating to the terms in which the user has interest from the knowledge base in order to display the information in a first display part of a user interface; and extracting documents containing the terms in which the user has interest from the document database in order to display a list of extracted documents in a second display part of the user interface.

Abstract: A method (and system) of determining a knowledge gap between a first database containing a set of problems records and a second database containing solutions documents, includes developing a set of clusters of the problems records of the first database, where each cluster has a centroid, developing a dictionary having entries based on the problems records in the first database, developing a vector space correlated to the solutions documents in the second database, where the vector space is based on the dictionary entries, developing a listing of distances between the cluster centroids and the vector space, and determining a knowledge gap for each cluster.

Abstract: An item of value to one or more individuals in a group is tracked wherein each valuable object is tagged, and one or more members of the group carry a personal information management (PIM) device equipped with a sensor which constantly scans for the presence of a known valuable. The sensor is able to detect the type of tag(s) used by the group of individuals. Whenever a member of the group carrying a PIM device comes across a known tagged valuable, the system detects it and logs the location, valuable ID, and user ID in a database. Optionally, visual data is captured from the valuable and compared against a standard located in a database in order to locate the valuable.

Abstract: An underlying schema is discovered for an HTML document or a set of HTML documents, authored in various styles. Prior domain knowledge regarding punctuation, keywords, synonyms and HTML tags is used to 1) break a document up into separate objects, 2) identify the objects corresponding to keywords, 3) regroup objects: into hierarchical layers of abstraction, 4) logically order objects at the same level of abstraction, and 5) finally remove any non-keyword related information from the document's discovered schematic structure. The discovered schema supports structural queries from search engines that locate data that are more semantically related to the requested information than data located by simple keyword searching.

Abstract: Graphical user interface (GUI) is used to represent entity matches via graphical transition of a matching object based on type of entity and match rating. First, a user requests a match determination, and this request can be queried via various means including a search engine. Next, a match rating is obtained from a source such as a search engine. Furthermore, a transition technique is selected which defines the kind of transition that is to be applied to the match object. Lastly, the graphical user interface (GUI) renders a graphical transition of the match object based on the resultant match rating. Transition techniques such as blurring, composite, and fantasy are used.