Abstract: Systems and methods for enhanced content capture on a computing device are presented. In operation, a user interaction is detected on a computing device with the intent to capture content to a content store associated with the computer user operating the computing device. A content capture service is executed to capture content to the content store, comprising the following: applications executing on the computing device are notified to suspend output to display views corresponding to the applications; content to be captured to the content store is identified and obtained; the applications executing on the computing device are notified to resume output to display views; and automatically storing the obtained content in a content store associated with the computer user.

Abstract: Network disconnections are automatically detected between a client application and a server When a disconnection is detected by either the client or server, a determination is made as to whether the disconnection is a temporary disconnection or a longer-lasting disconnection. While disconnected, attempts are made to automatically reconnect the client and server. During the disconnected period, a subset of communication functions remain operable. When the connection is restored, presence/availability information is automatically delivered to the client.

Abstract: Systems and methods for enhanced content capture on a computing device are presented. In operation, a user interaction is detected on a computing device with the intent to capture content to a content store associated with the computer user operating the computing device. A content capture service is executed to capture content to the content store, comprising the following: applications executing on the computing device are notified to suspend output to display views corresponding to the applications; content to be captured to the content store is identified and obtained; the applications executing on the computing device are notified to resume output to display views; and automatically storing the obtained content in a content store associated with the computer user.

Abstract: Data traffic, latency, and power consumption in a mobile unified communication environment are reduced by optimizing communication between a mobile client application and a mobile data server through determining optimum delay between exchanged messages and/or filtering portions of data not relevant to the mobile client application at the server. Additional optimizations include providing mobile client application relevant updates in an intelligent fashion based on user activity, screen resolution or displayed information, relevant contacts and relevance of information, and similar characteristics.

Abstract: Network disconnections are automatically detected between a client application and a server When a disconnection is detected by either the client or server, a determination is made as to whether the disconnection is a temporary disconnection or a longer-lasting disconnection. While disconnected, attempts are made to automatically reconnect the client and server. During the disconnected period, a subset of communication functions remain operable. When the connection is restored, presence/availability information is automatically delivered to the client.

Abstract: Data traffic, latency, and power consumption in a mobile unified communication environment are reduced by optimizing communication between a mobile client application and a mobile data server through determining optimum delay between exchanged messages and/or filtering portions of data not relevant to the mobile client application at the server. Additional optimizations include providing mobile client application relevant updates in an intelligent fashion based on user activity, screen resolution or displayed information, relevant contacts and relevance of information, and similar characteristics.