Abstract: A method includes providing, by a server computer, a shared workspace for facilitating collaborative work by a plurality of users. The method also includes monitoring information associated with the shared workspace, the information relating to each user from the plurality of users. The method also includes determining whether a notification definition is satisfied, the notification definition based at least in part on the information associated with the shared workspace, and outputting, for display to at least one user from the plurality of users, a notification, in response to determining that the notification definition is satisfied.

Abstract: Data is transmitted from a computer (260A, 260B) to a plurality of viewing devices (270, 280). First video data is received (320) at an apparatus (100) from a computer (260A, 260B) through a data interface (210) associated with the computer (260A, 260B). The first video data is transmitted (330) wirelessly from the apparatus (100) to a wireless receiver (272) associated with a first viewing device (270). Second data is transmitted (340) from the computer (260A, 270A) to a second viewing device (280) through the computer (260A, 270A)'s data interface (210) and a wireless-pass-through-component (140), which is a part of the apparatus (100).

Abstract: A portable computer comprises a base and a display lid hingeably coupled to the base. The display lid comprises a front surface and first and second graphics displays mounted in the display lid and viewable from the front surface. The second graphics display is smaller than the first display. Other portable computers include the second graphics display in the base rather than in the display lid.

Abstract: A standby control circuit for an integrated circuit module includes a first control circuit that is responsive, in a normal operating mode of the integrated circuit module, to an asynchronous standby signal indicating a standby mode entry event to output a standby mode signal synchronous with a primary clock signal to indicate a standby operating mode of the integrated circuit module. The standby control circuit also includes a second control circuit which is responsive, in a reduced power mode of the integrated circuit module, to the asynchronous standby signal indicating the standby mode entry event to control the first control circuit to output the standby mode signal synchronous with a secondary clock signal to indicate the standby operating mode.

Abstract: A standby control circuit for an integrated circuit module includes a first control circuit that is responsive, in a normal operating mode of the integrated circuit module, to an asynchronous standby signal indicating a standby mode entry event to output a standby mode signal synchronous with a primary clock signal to indicate a standby operating mode of the integrated circuit module. The standby control circuit also includes a second control circuit which is responsive, in a reduced power mode of the integrated circuit module, to the asynchronous standby signal indicating the standby mode entry event to control the first control circuit to output the standby mode signal synchronous with a secondary clock signal to indicate the standby operating mode.

Abstract: Non-volatile image display media is used in a display panel system. Images selected by a user are displayed on the non-volatile image display.

Abstract: Integrated touch pad and pen-based tablet input devices and systems are described herein. At least some illustrative embodiments include an input device that includes a touch pad that detects when a surface of the touch pad is contacted by a finger of a user (the surface of the touch pad defining a first x-y plane), and a pen-based tablet comprising a sensing array, wherein the sensing array detects when a stylus associated with the sensing array is proximate to the sensing array (the sensing array defining a second x-y plane that is beneath the first x-y plane). The touch pad is mounted above and proximate to the sensing array, such that the sensing array detects when the stylus is proximate to the surface of the touch pad.