International Business Machines Corporation

Sigalit Ur

Michal Jacovi

Amnon Ribak

Yoelle Smadja Maarek

Doron Cohen

Vladimir Soroka

Einat Amitay

Yoelle Maarek-Smadja

Menachem Shtalhaim

Avi Halachmi

A method is described for providing information regarding a piece of electronic mail (e-mail). The method includes processing a data set containing transmission data associated with the e-mail so as to determine one or more steps in a propagation history of the e-mail. The transmission data typically include identifiers of a sender of the e-mail and of one or more recipients of at least a portion of the e-mail. The method also includes displaying the propagation history. Preferably, processing the data set includes analyzing transmission information embedded in text of the e-mail.

Dynamic visualization of electronic mail propagation

A method for document annotation includes providing a contextual framework extending over multiple electronic documents. Annotations are input to a computer by a user with respect to two or more of the documents, while the user views the documents on a computer screen. Each of the annotations is stored together with respective context information in a memory of the computer, the context information including multiple fields defined by the framework. The annotations are sorted with respect to the two or more documents according to one or more of the multiple fields of the respective context information, and the sorted annotations are output for viewing by the user.

Multi-document context aware annotation system

A method for monitoring activity on a computer network includes providing a map of a group of resource, which are accessible via the computer network, and tracking access of the resources in the group by computer users, so as to identify one or more of the users with respective resources that they are accessing. An identification of the one or more users and their respectively-accessed resources is registered with the map.

Visualizing access to a computer resource

System for the visualization of a large tree structure in which the selection of a center object (40) amongst the objects of the large tree structure enables n levels of descendants from the center object to be visualized on a screen together with the center object, the system has a visualization control in computer memory enabling the objects of a given level corresponding to the children of a parent object of the immediate higher level to be visualized in a fan-shaped area centered around the parent object. A scrollbar associated with the parent object enables all the children of a parent object to be scrolled in a fan. Fan control buttons on the screen enable the aperture of the fans to be modified so that a variable number of children can be visualized in each fan.

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D.N. Misgav, Israel

Sigalit Ur