Abstract: Power management in a computing device. A driver is registered with an operating system (OS) executing on the computing device to receive information about a position of a user interface control. If the user interface control is moved, the driver receives a notification of the user interface control position and determines a power management intervention based on the position The driver transmits the power management intervention to power control circuitry which sets a power setting of the computing device based on the intervention.

Abstract: Power management in a computing device. A driver is registered with an operating system (OS) executing on the computing device to receive information about a position of a user interface control. If the user interface control is moved, the driver receives a notification of the user interface control position and determines a power management intervention based on the position The driver transmits the power management intervention to power control circuitry which sets a power setting of the computing device based on the intervention.

Abstract: Power management in a computing device. A driver is registered with an operating system (OS) executing on the computing device to receive information about a position of a user interface control. If the user interface control is moved, the driver receives a notification of the user interface control position and determines a power management intervention based on the position The driver transmits the power management intervention to power control circuitry which sets a power setting of the computing device based on the intervention.

Abstract: Power management in a computing device. A driver is registered with an operating system (OS) executing on the computing device to receive information about a position of a user interface control. If the user interface control is moved, the driver receives a notification of the user interface control position and determines a power management intervention based on the position. The driver transmits the power management intervention to power control circuitry which sets a power setting of the computing device based on the intervention.

Abstract: Power management in a computing device. A driver is registered with an operating system (OS) executing on the computing device to receive information about a position of a user interface control. If the user interface control is moved, the driver receives a notification of the user interface control position and determines a power management intervention based on the position. The driver transmits the power management intervention to power control circuitry which sets a power setting of the computing device based on the intervention.

Abstract: A framework for supporting transition of one or more applications of an organization is provided. The one or more applications are transitioned from a first set of users to a second set of users. The framework includes a transition module, a knowledge capture module, a knowledge validation module, and a collaboration module. The transition module generates one or more transition plans based on information corresponding to the one or more applications. The knowledge capture module captures a plurality of knowledge elements corresponding to the one or more applications. The knowledge capture module further establishes association between the plurality of knowledge elements. The knowledge validation module validates the plurality of knowledge elements and their association. The collaboration module provides collaboration between the first set of users and the second set of users during the transition of the one or more applications.

Abstract: A system and method for pricing software service requests is provided. The method includes entering input details corresponding to a clients' software service usage data. The method further includes calculating a cost per ticket for each severity level of the software service request. A margin for each severity level is assigned to each severity level in the order of increasing severity. Thereafter, a price per software service request is calculated for each severity level using the corresponding margin. Additionally, the method includes determining an optimal staffing scheme corresponding to one or more software services.

Abstract: An inflatable conduit plug is used to seal a conduit such as a floor drain or an air vent. The conduit plug includes a shroud that is removably sealed within the conduit so that fluids pass through the shroud opening. Axially disposed within the shroud is an inflatable bladder adapted for closing the shroud opening. The inflatable bladder is inflated by an inflation signal generated by a controller upon receipt of a contamination signal received from a remote contamination detector. The plug operates in a wireless environment and can be controlled remotely. The plug can also be adapted for diverting contamination away from sensitive lands and storm drains.

Abstract: An inflatable conduit plug is used to seal a conduit such as a floor drain or an air vent. The conduit plug includes a shroud that is removably sealed within the conduit so that fluids pass through the shroud opening. Axially disposed within the shroud is an inflatable bladder adapted for closing the shroud opening. The inflatable bladder is inflated by an inflation signal generated by a controller upon receipt of a contamination signal received from a remote contamination detector. The plug operates in a wireless environment and can be controlled remotely. The plug can also be adapted for diverting contamination away from sensitive lands and storm drains.

Abstract: A system and method for pricing software service requests is provided. The method includes entering input details corresponding to a clients' software service usage data. The method further includes calculating a cost per ticket for each severity level of the software service request. A margin for each severity level is assigned to each severity level in the order of increasing severity. Thereafter, a price per software service request is calculated for each severity level using the corresponding margin. Additionally, the method includes determining an optimal staffing scheme corresponding to one or more software services.

Abstract: A framework for supporting transition of one or more applications of an organization is provided. The one or more applications are transitioned from a first set of users to a second set of users. The framework includes a transition module, a knowledge capture module, a knowledge validation module, and a collaboration module. The transition module generates one or more transition plans based on information corresponding to the one or more applications. The knowledge capture module captures a plurality of knowledge elements corresponding to the one or more applications. The knowledge capture module further establishes association between the plurality of knowledge elements. The knowledge validation module validates the plurality of knowledge elements and their association. The collaboration module provides collaboration between the first set of users and the second set of users during the transition of the one or more applications.