TL;DR: In this article, a user can more easily resolve conflicts for attendees to an event by visually indicating available time slots for all attendees in a calendar window or in a timeline window separate from the calendar window.
Abstract: The calendaring techniques and systems described herein enable a user to more easily resolve conflicts for attendees to an event by visually indicating available time slots for all attendees in a calendar window or in a timeline window separate from the calendar window. The first available time slot may be automatically selected or the user may select an available slot to reschedule the event. In another aspect, inspector windows are displayed within a calendar window to show summary or details for an event. An inspector window can also be displayed when a change to an event is detected. In yet another aspect, calendars for multiple accounts accessible by a user are merged into a single calendar view.
TL;DR: A visualization system called WebContent Visualizer is introduced that is used to display and browse search engine results that is intended to offer an efficient way to explore the results returned by Semantic Web search engines.
Abstract: Since the results from Semantic Web search engines are highly structured XML documents, they cannot be efficiently visualized with traditional explorers. Therefore, the Semantic Web calls for a new generation of search query visualizers that can rely on document metadata. This paper introduces such a visualization system called WebContent Visualizer that is used to display and browse search engine results. The visualization is organized into three levels: (1) Carousels contain documents with the same ranking, (2) carousels are piled into stacks, one for each date, and (3) these stacks are organized along a meta-carousel to display the results for several dates. Carousel stacks are piles of local carousels with increasing radii to visualize the ranks of classes. For document comparison, colored links connect documents between neighboring classes on the basis of shared entities. Based on these techniques, the interface is made of three collaborative components: an inspector window, a visualization panel, and a detailed dialog component. With this architecture, the system is intended to offer an efficient way to explore the results returned by Semantic Web search engines.
TL;DR: In this paper, a computer-implemented method to generate a horizon view of a plurality of financial information objects is disclosed, which includes the step of arranging, on a computer, the plurality of interactive financial information object along a horizon carousel, wherein the financial information items comprise at least one or more of market data, portfolio data, applications, and workspaces.
Abstract: A computer-implemented method to generate a horizon view of a plurality of financial information objects is disclosed. The method includes the step of arranging, on a computer, the plurality of interactive financial information objects along a horizon carousel, wherein the financial information objects comprise at least one or more of market data, portfolio data, applications, and workspaces. The method further includes the step of displaying, on a display device of the computer, the horizon carousel and the financial information objects along a horizontal plane. The method further includes the step of generating, on the computer, an inspector window, wherein the inspector window displays, on the display device of the computer, additional information about an active interactive financial information object.