Abstract: Techniques are described for allowing a first user to efficiently send contact information to a second user using a user communication of a messaging application such as email programs, instant messaging programs, social media websites, or chat rooms. The messaging application may maintain a name database that stores names that are relevant to a first user. When the first user then types or speaks a name into a user communication (e.g., an email, instant message, or voice message), the messaging application provides the first user with the names stored in the name database that match the name in the user communication. Additionally, the messaging application may use ranking data associated with each matched name to order the names according to relevance.

Abstract: Techniques are disclosed for serving a webpage based on a zoom level. The techniques include requesting, by a client device, contents of a webpage. The request may include indications of a zoom level and a viewable area of the webpage as shown on a display of the client device. A server system may determine that the zoom level indicated in the request is less than a threshold value and identify content items within the viewable area which meet predefined criteria for being considered expensive. Further, the server system may serve a modified webpage which includes replacement items in lieu of the expensive content items.

Abstract: Method, system, and computer program product for performing an operation for automatic electronic book augmentation. The operation presents an electronic book via a display screen of an electronic device, and identifies user preferences. The operation then determines a current reading position of a user within the electronic book. The operation then identifies, based on the user's current reading position, a context within the electronic book. The operation then identifies, based on the context and the user preferences, sensory effects to enhance the user's experience. The operation then outputs the sensory effects.

Abstract: Techniques are disclosed for evaluating an application to determine a processing environment suited for executing the application. A request may be received to execute the application. If execution data identified for the application do not satisfy a first set of criteria, the application is deployed for execution on a first processing environment. If the execution data satisfy the first set of criteria, the application is deployed for execution partially in time on a second processing environment, based on the execution data. The second processing environment provides a higher capability than the first processing environment in terms of at least one resource type.

Abstract: Method, system, and computer program product for performing an operation for automatic electronic book augmentation. The operation presents an electronic book via a display screen of an electronic device, and identifies user preferences. The operation then determines a current reading position of a user within the electronic book. The operation then identifies, based on the user's current reading position, a context within the electronic book. The operation then identifies, based on the context and the user preferences, sensory effects to enhance the user's experience. The operation then outputs the sensory effects.

Abstract: Techniques are disclosed for evaluating an application to determine a processing environment suited for executing the application. A request may be received to execute the application. If execution data identified for the application do not satisfy a first set of criteria, the application is deployed for execution on a first processing environment. If the execution data satisfy the first set of criteria, the application is deployed for execution partially in time on a second processing environment, based on the execution data. The second processing environment provides a higher capability than the first processing environment in terms of at least one resource type.

Abstract: Techniques are disclosed for serving a webpage based on a zoom level. The techniques include requesting, by a client device, contents of a webpage. The request may include indications of a zoom level and a viewable area of the webpage as shown on a display of the client device. A server system may determine that the zoom level indicated in the request is less than a threshold value and identify content items within the viewable area which meet predefined criteria for being considered expensive. Further, the server system may serve a modified webpage which includes replacement items in lieu of the expensive content items.

Abstract: In an embodiment, a first device detects a first interaction between the first device and a second device. The first device assigns a first rating of the first interaction. The first device calculates an internal trust for the second device based on the first rating and a first time since the occurrence of the first interaction. The first device receives trust data from a third device. The first device calculates a community trust for the second device based on the trust data and an internal trust that the first device has for the third device. The first device calculates a total trust that the first device has for the second device based on the community trust and the internal trust that the first device has for the second device. If the total trust is less than a minimum threshold, the first device disallows a second interaction.

Abstract: Once a computing device receives a request to display a webpage, the device may use criteria to determine the portion of the page that is likely to be the most relevant to the user. The computing device may then zoom in (i.e., adjust the relative size and position of the elements in the webpage) and pan or scroll through the webpage such that the most relevant portion is displayed. Additionally, the computing device may superimpose on the displayed portion of the webpage links that represent other portions of the webpage that are currently not displayed but are relevant to the currently displayed portion. Selecting a link causes the computing device to display the corresponding portion. Furthermore, as the user zooms out, the computing device may also highlight hotspots or points of interests for the new content that is being displayed.

Abstract: Techniques are described for allowing a first user to efficiently send contact information to a second user using a user communication of a messaging application such as email programs, instant messaging programs, social media websites, or chat rooms. The messaging application may maintain a name database that stores names that are relevant to a first user. When the first user then types or speaks a name into a user communication (e.g., an email, instant message, or voice message), the messaging application provides the first user with the names stored in the name database that match the name in the user communication. Additionally, the messaging application may use ranking data associated with each matched name to order the names according to relevance.

Abstract: In an embodiment, a first device detects a first interaction between the first device and a second device. The first device assigns a first rating of the first interaction. The first device calculates an internal trust for the second device based on the first rating and a first time since the occurrence of the first interaction. The first device receives trust data from a third device. The first device calculates a community trust for the second device based on the trust data and an internal trust that the first device has for the third device. The first device calculates a total trust that the first device has for the second device based on the community trust and the internal trust that the first device has for the second device. If the total trust is less than a minimum threshold, the first device disallows a second interaction.