Abstract: A system and method for the detection and interpretation of unique and distinctive gestures by extending the input sensor area to a perimeter area beyond the display area. In systems that have more flexible requirements, an additional gesture band can be located within the display area. The extended input sensor area allows for new gestures that are facilitated by the expanded sensor area. One gesture initiated around the corner of the device is most useful as ‘next’ and ‘previous’ navigation gestures found in traditional electronic publication reader applications, but can be overloaded or repurposed to serve different functions depending on the context. An gesture is used to initiate screen capture process. A third gesture is a corner-fold bookmark gesture and is used to bookmark a page by ‘dog earing’ the corner of the page electronically. An additional gesture, also initiated at the corner of the device launches selectable icons for the most frequently used applications.

Abstract: A mobile computing device comprises a first microprocessor having a sleep mode and a wake mode and a second microprocessor configured for wireless communication. A communication port is configured to communicate data from the second processor to the first processor, wherein the second processor is configured to provide a wake signal to the first microprocessor and the first microprocessor is configured to open the communication port in response to the wake signal and to receive data from the second microprocessor through the communication port.

Abstract: A computing device is provided on which device analysis information is generated. The device analysis information may be generated from the use of diagnostic and monitoring applications and code. The device analysis information is handled by an application/central processor and then stored on a removeable storage device.

Abstract: A computing device is provided on which device analysis information is generated. The device analysis information may be generated from the use of diagnostic and monitoring applications and code. The device analysis information is handled by an application/central processor and then stored on a removeable storage device.

Abstract: A mobile computing device comprises a first microprocessor having a sleep mode and a wake mode and a second microprocessor configured for wireless communication. A communication port is configured to communicate data from the second processor to the first processor, wherein the second processor is configured to provide a wake signal to the first microprocessor and the first microprocessor is configured to open the communication port in response to the wake signal and to receive data from the second microprocessor through the communication port.