Abstract:
A method for protecting Security Accounts Manager (SAM) files within a Windows® operating system is disclosed. A SAM file encryption key is generated by encrypting a SAM file via a syskey utility provided within the Windows® operating system. The SAM file encryption key is then stored in a virtual floppy disk by selecting an option to store SAM file encryption key to a floppy disk under the syskey utility. A blob is generated by performing a Trusted Platform Module (TPM) Seal command against the SAM file encryption key along with a value stored in a Performance Control Register and a TPM Storage Root Key. The blob is stored in a non-volatile storage area of a computer.
Abstract:
A technique for preventing damage to a portable device includes detecting movement of a portable device and determining whether a port of the portable device is attached to an external device. When the external device is attached to the port, a notification is provided to a user of the portable device that the external device requires detachment from the portable device (e.g., assuming that the notification is not masked).
Abstract:
A system and method for loading programs during a system boot using stored configuration data in a predetermined file system from a prior session and providing the stored configuration data to a guest operating system capable of communication with a host operating system, during start-up, within a computing environment having a hypervisor, in a predetermined manner.
Abstract:
The collaborative sharing of resources on demand based on proximity, within a group or network of computers. Broadly contemplated herein the “tiling” of a collection of logically adjacent individual graphical desktops in a virtual desktop. In such a setting, the action of dragging a window or icon off of one desktop and onto another would effectively transfer user interactability, and/or perceived ownership of the object, to the desktop where the window or icon graphically “lands”.
Abstract:
An arrangement for supporting a flat panel display wherein an actuating arrangement responsively alters a physical disposition of the supporting arrangement in a manner to avert physical damage to said flat panel display. Preferably, a flat panel display cover on a laptop will “bow” or arch in a direction away from the flat panel display and the actuating arrangement can be embodied, e.g., by a lattice or grid of wiring, or by a bimetallic sheet. Electronic or mechanical actuation is conceivable and the actuating arrangement can be triggered by, e.g., the imposition of a potentially damaging object and/or by closure of the laptop. While a laptop embodiment is broadly contemplated, other applications are possible.
Abstract:
Peripheral devices are connected to the receptacle of a central processing unit (CPU) or to a hub using an “A” type universal serial bus (USB) connector plug and receptacle that ensures a positive connection regardless of the relative orientation of the two components. This is achieved mechanically, electronically, or through a combination of both. In one embodiment, the receptacle includes a bidirectional backplane that permits electrical contacts within the receptacle to slide or move in a direction that is perpendicular to the linear direction of the connector and its connecting cables. Another option is to use an orientation sensor such as a pressure transducer which serves to detect the orientation of the plug with respect to the receptacle. Another feature is the use of a multi-layer printed circuit board to cross or reverse the pins in the plug, such as D+ to D− and Power to Ground.
Abstract translation:外围设备使用“A”型通用串行总线(USB)连接器插头和插座连接到中央处理单元(CPU)的插座或集线器,确保无论两个组件的相对方向如何,都能确保正向连接。 这是通过机械,电子或通过两者的组合实现的。 在一个实施例中,插座包括双向背板,其允许插座内的电触点沿垂直于连接器及其连接电缆的线性方向的方向滑动或移动。 另一种选择是使用诸如压力传感器的取向传感器,其用于检测插头相对于插座的取向。 另一个特征是使用多层印刷电路板来交叉或倒转插头中的引脚,例如D +至D-和Power to Ground。
Abstract:
Systems, methods and products directed toward creating device preloads via employing base and additional operating system content. One aspect includes communicating an aspect of an information handling device, and assimilating additional operating system content at the information handling device responsive to communication of the aspect of the device, the additional operating system content deriving from a repository separate from the information handling device, wherein a base operating system and additional operating system content combine to form a unitary device operating system. Other embodiments are described herein.
Abstract:
Embodiments of the invention provide systems, methods, apparatuses and program products configured to intelligently manage sound options for applications of a computer system based on display device characteristics. Various embodiments of the invention are particularly well suited for optimizing the sound options of two or more applications running on two or more display screens of the computer system simultaneously.
Abstract:
An apparatus for managing a data rate based on an amount of available data for a predetermined time period includes a storage device storing machine-readable code and a processor executing the machine-readable code. The machine-readable code includes a determination module determining a target data rate for data communication over a network by a network device. The target data rate is based on an amount of available data for a predetermined time period and an amount of time remaining in the predetermined time period. The machine-readable code includes a data rate module maintaining the data rate at or below the target data rate in response to the determination module determining the target data rate.
Abstract:
Alternative desktop computing solutions provide client devices configured with a local boot image and a connection to a remote storage device having a boot image. The clients are configured to boot either locally or remotely, and furthermore to determine from which image (local or remote) they have booted.