Abstract: Various techniques of content virality determination and visualization are disclosed herein. For example, a method of determining network content virality metric includes constructing a diffusion cascade for a computer network content based on a plurality of time points at which individual users adopt the network content and connection information of the users. The method also includes calculating, with a processor, a virality metric of the network content based on a structural characteristic of the constructed diffusion cascade. Based on the calculated virality metric, one may determine if the network content is viral.

Abstract: Various techniques of content virality determination and visualization are disclosed herein. For example, a method of determining network content virality metric includes constructing a diffusion cascade for a computer network content based on a plurality of time points at which individual users adopt the network content and connection information of the users. The method also includes calculating, with a processor, a virality metric of the network content based on a structural characteristic of the constructed diffusion cascade. Based on the calculated virality metric, one may determine if the network content is viral.

Abstract: Various techniques of content virality determination and visualization are disclosed herein. For example, a method of determining network content virality metric includes constructing a diffusion cascade for a computer network content based on a plurality of time points at which individual users adopt the network content and connection information of the users. The method also includes calculating, with a processor, a virality metric of the network content based on a structural characteristic of the constructed diffusion cascade. Based on the calculated virality metric, one may determine if the network content is viral.

Abstract: The claimed subject matter provides a system and/or a method that facilitates entering a character via an input device. An interface can receive a portion of input data from an input device, wherein the input data is at least one of an analog input from an analog directional input associated with the input device or a button input from a button associated with the input device. An enhanced input component can utilize a user interface (UI) overlay corresponding to the input device to select a character in which the UI overlay includes a segmented ring with each sector having two or more characters. The enhanced input component can enter a character for data entry based upon an analog directional input that selects a sector on the segmented ring and a button input that selects a corresponding character within the segment.

Abstract: The claimed subject matter provides a system and/or a method that facilitates entering a character via an input device. An interface can receive a portion of input data from an input device, wherein the input data is at least one of an analog input from an analog directional input associated with the input device or a button input from a button associated with the input device. An enhanced input component can utilize a user interface (UI) overlay corresponding to the input device to select a character in which the UI overlay includes a segmented ring with each sector having two or more characters. The enhanced input component can enter a character for data entry based upon an analog directional input that selects a sector on the segmented ring and a button input that selects a corresponding character within the segment.

Abstract: The present invention provides a graphical user interface where a pointing device can move desktop objects accurately and across large distances on a display. A screen map is created on the desktop in which is displayed a bitmap of the desktop. Objects in the screen map can be moved within the screen map to affect large movements of objects on the desktop.

Abstract: A virtual space for displaying the pointer in a visually correct manner on a multi-monitor computer system is presented. The virtual space is kept separate from the internal display surface of the multi-monitor computer system upon which information is written to be displayed on the monitors. The virtual space is established such that the virtual display areas of the virtual space reflect the visual arrangement of the monitors. The virtual space captures all pointer movements, such as by a mouse or other input device, and moves the pointer within the virtual space. On a pointer update frame, the pointer is mapped from the virtual space to the internal display space such that the pointer may be displayed on the monitors.