Abstract: An approach is provided to provide privacy control in a social network. In the approach, a first post is posted from a first user to a second user in the social network with the first post including private data belonging to the first user. Subsequent postings are monitored for the first user's private data. When the monitoring detects a second post of the first user's private data with the second post being from the second user to a third user in the social network, privacy controls are performed. The privacy controls mask the first user's private data from the third user so that the first user's private data inaccessible (not visible) to the third user.

Abstract: An approach is provided to provide privacy control in a social network. In the approach, a first post is posted from a first user to a second user in the social network with the first post including private data belonging to the first user. Subsequent postings are monitored for the first user's private data. When the monitoring detects a second post of the first user's private data with the second post being from the second user to a third user in the social network, privacy controls are performed. The privacy controls mask the first user's private data from the third user so that the first user's private data inaccessible (not visible) to the third user.

Abstract: An approach is provided to provide privacy control in a social network. In the approach, a first post is posted from a first user to a second user in the social network with the first post including private data belonging to the first user. Subsequent postings are monitored for the first user's private data. When the monitoring detects a second post of the first user's private data with the second post being from the second user to a third user in the social network, privacy controls are performed. The privacy controls mask the first user's private data from the third user so that the first user's private data inaccessible (not visible) to the third user.

Abstract: An approach is provided that handles a power down signal received by a device. Other types of signals, such as suspend or save and sleep, may also be handled. A device, such as a parent device, sends a power down signal to another device, such as a child device. The power down signal is received by the child device and acted upon, based on the activities currently being executed by the child device. Each activity currently being executed by the child device is handled according to its corresponding setting in an activity list. For example, if the child device is currently executing a preferred activity, the power down signal is ignored. A user of the child device may also send an explanation (or explanations) to the parent device.

Abstract: A method is presented that handles a power down signal received by a device. Other types of signals, such as suspend or save and sleep, may also be handled. A device, such as a parent device, sends a power down signal to another device, such as a child device. The power down signal is received by the child device and acted upon, based on the activities currently being executed by the child device. Each activity currently being executed by the child device is handled according to its corresponding setting in an activity list. For example, if the child device is currently executing a preferred activity, the power down signal is ignored. A user of the child device may also send an explanation (or explanations) to the parent device.

Abstract: An approach is provided that handles a power down signal received by a device. Other types of signals, such as suspend or save and sleep, may also be handled. A device, such as a parent device, sends a power down signal to another device, such as a child device. The power down signal is received by the child device and acted upon, based on the activities currently being executed by the child device. Each activity currently being executed by the child device is handled according to its corresponding setting in an activity list. For example, if the child device is currently executing a preferred activity, the power down signal is ignored. A user of the child device may also send an explanation (or explanations) to the parent device.

Abstract: A system, method, and computer program product handle a power down signal received by a device. Other types of signals, such as suspend or save and sleep, may also be handled. A device, such as a parent device, sends a power down signal to another device, such as a child device. The power down signal is received by the child device and acted upon, based on the activities currently being executed by the child device. Each activity currently being executed by the child device is handled according to its corresponding setting in an activity list. For example, if the child device is currently executing a preferred activity, the power down signal is ignored. A user of the child device may also send an explanation (or explanations) to the parent device.