Abstract: A method of mitigating self-actuation of a switch may comprise generating a tracking signal, based on an input signal that the switch is configured to convey, and combining the tracking signal with an actuating signal to generate a modified actuating signal. The actuating signal may be configured to change a state of the switch from a first state (e.g., ON) to a second state (e.g., OFF). The method further comprises selectively applying the modified actuating signal to a gate of the switch. A switch self-actuation mitigation system may comprise a first coupling device for electrically couple an AC component of a first signal to a node, where the first signal is applied a switch input. The system may further comprise a second coupling device configured to electrically couple an actuating signal to the node, and a driving device configured to selectively couple the node to a gate of the switch.

Abstract: A system and method for displaying sticky notes on a phone are provided. The system for displaying sticky notes on a phone includes a processing system and a controller. The processing system includes a processor that is coupled to a display icon and user input device, to enter and display the sticky notes on the phone. The controller classifies the entered sticky notes on the basis of the action to be performed on them. These sticky notes may be classified, based on user identification associated with a multi-user phone.

Abstract: A system and method for displaying sticky notes on a phone are provided. The system for displaying sticky notes on a phone includes a processing system and a controller. The processing system includes a processor that is coupled to a display icon and user input device, to enter and display the sticky notes on the phone. The controller classifies the entered sticky notes on the basis of the action to be performed on them. These sticky notes may be classified, based on user identification associated with a multi-user phone.