Abstract: A method, system, and computer program product for generating device input using vibrations from surface features are provided in the illustrative embodiments. In an electronic device (device), using a processor, a characteristic of a vibration is determined, the vibration being caused by motion of an object across the surface feature, the surface feature being a feature formed on an user-accessible surface of the device, the object makes a physical contact with the feature during the motion. A determination is made whether the characteristic is mapped to a command in the device. Responsive to the characteristic being mapped to the command, an instruction is generated to execute the command in the device. the instruction is sent to cause a function to be performed in the device.

Abstract: A method, system, and computer program product for generating device input using vibrations from surface features are provided in the illustrative embodiments. In an electronic device (device), using a processor, a characteristic of a vibration is determined, the vibration being caused by motion of an object across the surface feature, the surface feature being a feature formed on an user-accessible surface of the device, the object makes a physical contact with the feature during the motion. A determination is made whether the characteristic is mapped to a command in the device. Responsive to the characteristic being mapped to the command, an instruction is generated to execute the command in the device. the instruction is sent to cause a function to be performed in the device.

Abstract: A tool for reporting a particular time using vibration is disclosed. The tool assigns a distinct vibration to separate hour regions and minute regions. The tool uses a short series of vibration pulses, one of which is the distinct vibration assigned to the hour region associated with the hour of the particular time, to indicate the hour. The tool produces the distinct vibration assigned to the minute region associated with the minute of the particular time, to indicate the minute to the nearest quarter hour. The total sequence of pulses consists of no more than five separate vibrations.

Abstract: A tool for reporting a particular time using vibration is disclosed. The tool assigns a distinct vibration to separate hour regions and minute regions. The tool uses a short series of vibration pulses, one of which is the distinct vibration assigned to the hour region associated with the hour of the particular time, to indicate the hour. The tool produces the distinct vibration assigned to the minute region associated with the minute of the particular time, to indicate the minute to the nearest quarter hour. The total sequence of pulses consists of no more than five separate vibrations.

Abstract: Web search by a search engine among rich media objects, the search engine including a web crawler, where web search includes: maintaining, for each of a plurality of users, a reputation score; counting, by the web crawler for a particular search term, a number of tags associated with one or more rich media objects by one or more of the users, the tags including text describing the rich media objects, the text including the particular search term; calculating, for the particular search term and for each of the one or more rich media objects, in dependence upon the number of tags associated with the rich media objects and the reputation scores of the users that associated the tags with the rich media objects, a search result score; and recording the search result scores of each of the one or more rich media objects in a primary search index.

Abstract: A method, information processing system, and wireless communication device that translate text within an image captured by a wireless device. At least one image (114) is received image from a wireless device (104). A location where the image (114) was captured by the wireless device (104) is determined. A set of text characters is identified (414) within the image (114). A language associated with the set of text characters is determined (416) based on at least the location that has been determined. The set of text characters is translated (418) into a language that is different than language that has been determined.

Abstract: A system for calculating and rendering a risk level. In response to receiving an input to perform an action within a data processing system, a level of risk to the data processing system to perform the action is calculated based on a set of rules. It is determined whether the calculated level of risk presents an elevated risk. In response to determining that the calculated level of risk does present the elevated risk, a user interface is rendered with an appropriate elevated visual warning based on the calculated level of risk.

Abstract: Web search by a search engine among rich media objects, the search engine including a web crawler, where web search includes: maintaining, for each of a plurality of users, a reputation score; counting, by the web crawler for a particular search term, a number of tags associated with one or more rich media objects by one or more of the users, the tags including text describing the rich media objects, the text including the particular search term; calculating, for the particular search term and for each of the one or more rich media objects, in dependence upon the number of tags associated with the rich media objects and the reputation scores of the users that associated the tags with the rich media objects, a search result score; and recording the search result scores of each of the one or more rich media objects in a primary search index.

Abstract: A method, information processing system, and wireless communication device that translate text within an image captured by a wireless device. At least one image (114) is received image from a wireless device (104). A location where the image (114) was captured by the wireless device (104) is determined. A set of text characters is identified (414) within the image (114). A language associated with the set of text characters is determined (416) based on at least the location that has been determined. The set of text characters is translated (418) into a language that is different than language that has been determined.

Abstract: A system for calculating and rendering a risk level. In response to receiving an input to perform an action within a data processing system, a level of risk to the data processing system to perform the action is calculated based on a set of rules. It is determined whether the calculated level of risk presents an elevated risk. In response to determining that the calculated level of risk does present the elevated risk, a user interface is rendered with an appropriate elevated visual warning based on the calculated level of risk.