Abstract: A method for personalizing user data privacy associated with an application of an electronic device is provided. The method includes monitoring over time one or more user interactions associated with the application of the electronic device. Furthermore, the method includes determining a privacy parameter of the user and a utility preference of the user based on the monitored user interactions. Furthermore, the method includes generating a generic/content specific privacy profile of the user based on the determined privacy parameter of the user and utility preference of the user, determining a privacy protection characteristic of the user based on the generic privacy profile and/or the content specific privacy profile, and generating one or more personalized settings for a future user interaction associated with the application of the electronic device based on the privacy protection characteristic.

Abstract: A method for improving user experience for accessing content on a user interface (UI) of an electronic device is provided. The method includes identifying a plurality of segments associated with content being accessed by the user on the UI of the electronic device in real-time, recognizing one or more topics of the content in each of the plurality of segments, determining a current topic of interest from the one or more topics of the content by monitoring a user interaction with at least two segments from the plurality of segments, and generating a modified view of the UI with the at least two segments, from the plurality of segments, comprising a plurality of portions associated with the current topic of interest.

Abstract: A system and method for content management in an electronic device is provided. The method includes determining first attributes of a first content in a first application by analyzing the first content while the first application is active in the electronic device, receiving a query request for second attributes corresponding to a second content of a second application executed in an external device from the external device and transmitting, in response to the second attributes request query, the target data information for generating at least one icon to be displayed on the external device to the external device based on the first attributes and the second attributes.

Abstract: A system and method for content management in an electronic device is provided. The method includes determining first attributes of a first content in a first application by analyzing the first content while the first application is active in the electronic device, receiving a query request for second attributes corresponding to a second content of a second application executed in an external device from the external device and transmitting, in response to the second attributes request query, the target data information for generating at least one icon to be displayed on the external device to the external device based on the first attributes and the second attributes.

Abstract: The method and system allows a remote user to virtually access and use software in his/her primary processing unit from remotely located mobile input/output device which can comprise a display, keyboard, mouse, and a transceiver. The only function of the mobile input/output device is to send input signals to the remotely located primary processing unit where they are processed and transmitted back to the mobile input/output device for display and use by the user. Input sent from the mobile input/output device to the primary processing unit is in the form of raw, unprocessed electronic signals. The mobile input/output device uses computing power of the primary processing unit; the CPU, applications, files and services of the primary processing unit to process the electronic signals. The mobile input/output device needs only very limited power, and does not require its own software and associated hardware to duplicate data processing or storage functions.

Abstract: This invention allows a user to access and use the software in his/her primary PC from remotely located “dumb” peripheral hardware which can comprise a monitor, keyboard, mouse, and a modem. The only function of the peripheral hardware is to send information signals to the remotely located primary PC where they are processed and transmitted back to the peripheral hardware for display and use by the user. The information signals sent from the peripheral hardware to the remotely located primary PC can be in the form of raw, unprocessed signals. The peripheral hardware uses the computing power of the primary PC; the CPU, applications, files and services of the primary PC to process the raw signals. Therefore, as the peripheral hardware needs only very limited power, it does not require its own software and associated hardware to duplicate such processing functions.