Abstract: Systems and methods provide for dynamic menu content for context menus for an object stored on a client device. Requests for context menu content are sent from the client device to a remote server associated with a type of object corresponding to the object stored on the client device. The remote server generates and sends menu content, including one or more custom menu items, to the client device. Upon a user's selection of a menu item, an indicator of the selected menu item is sent to the remote server and an action associated with the selected item is performed. Information relating to requests for menu content and selections of menu items are recorded and, in some embodiments, used as menu content usage data for determining menu content for subsequent requests. Menu content usage data may be used to increase selections of certain menu items and to optimize user experience.

Abstract: Systems and methods provide for dynamic menu content for context menus for an object stored on a client device. Requests for context menu content are sent from the client device to a remote server associated with a type of object corresponding to the object stored on the client device. The remote server generates and sends menu content, including one or more custom menu items, to the client device. Upon a user's selection of a menu item, an indicator of the selected menu item is sent to the remote server and an action associated with the selected item is performed. Information relating to requests for menu content and selections of menu items are recorded and, in some embodiments, used as menu content usage data for determining menu content for subsequent requests. Menu content usage data may be used to increase selections of certain menu items and to optimize user experience.

Abstract: A system and method for frequency conversion in a frequency-conversion receiver is disclosed. The frequency-conversion receiver receives input RF signals carrying multiple channels. The frequency-conversion receiver converts the input RF signals to a wide IF band. The IF band is further processed by dividing the IF band into one or more frequency segments or by selecting a wideband frequency segment from the IF band. The wideband frequency segment or the one or more frequency segments are further down-converted, filtered and amplified to provide desired output IF signals, based on the number of channels required in the output IF signals.