Hewlett-packard Development Company, L.p.

Compaq Computer Corporation, Inc.

Eyesafe Inc.

Paul J Broyles

Mark A Piwonka

John Edward Larson

Charles N Shaver

Gregory P Ziarnik

Justin Barrett

Derek Harris

Don R James, Jr

Bernard D Desselle

Rahul Patel

Jeffrey P Kenline

Timothy R Zinsky

Dalvis Desselle

Daniel G Parsons

Cuong V Nguyen

The present disclosure describes a wellness application for digital usage comprising at least one software program that identifies the level of high energy visible light reduction provided by the thin film; and a dosimeter for sending data about ionizing radiation to the software. The software tracks the total time of device usage and determines wherein the software, based on a dosimeter measurement received from the dosimeter, communicates with at least one processor to execute at least one of: determine a notification for reducing exposure to high energy visible blue light about divide user interface, and adjust the display output by at least one of adjusting a color contrast and brightness, taking into account the level of visible light coverage and total time of device usage.

Systems for monitoring and regulating harmful blue light exposure from digital devices

A method comprises receiving user input during a boot process requesting a list of selectable boot devices to be provided from which the user can select one of the devices to boot a system. The method further comprises precluding a function from being performed, the function otherwise permitting a user to select the device to be used to boot the system.

Precluding a device from being selected to boot a system

Embodiments of the disclosure describe system and methods for virtualized system. In this regard, the virtualized system comprises a virtual machine manager (VMM), the virtual machine manager comprising policy settings that are directly configurable by an administrator, wherein the policy settings are measured as part of a measured launch of the virtual machine manager; and at least one virtual machine that is managed by the virtual machine manager.

Virtual machine manager system and methods

A method for modifying one or more system resources is provided. One or more licenses for modifying one or more system resources on a client device can be acquired. An authenticator can be generated and stored on a remote server. The authenticator can be transferred to the client device. The client device can be connected to the remote server and the remote server can authenticate the client device via the authenticator. The remote server can confirm the availability of one or more licenses, and based on the availability of one or more licenses, modify one or more system resources disposed in, on, or about the client device. After modifying the one or more system resources the remote server can decrement the remaining license count.

Systems and methods of modifying system resources

There is provided a system and method for creating a pre-shared key. More specifically, in one embodiment, there is provided a method comprising accessing an identifier associated with a computer system, and performing at least one mathematical function on the identifier to create a pre-shared key for the computer system.

Method and system for creating a pre-shared key

A pin strap setting override system comprises logic configured to determine whether a pin strap setting for at least one feature of an integrated circuit (IC) is set to enable, the logic further configured to automatically override the enable pin strap setting if a flag stored in a memory indicates a disable setting for the at least one feature.

Pin strap setting override system and method

In one embodiment a computer system comprises a user interface and a component disable module including logic to initiate boot operations, and present, on a user interface, a component disable feature when at least one of an active management technology or an alert standard format are disabled on the computer system.

Managing access to computer components

A method is disclosed for verifying compatibility of components in a computer system. In one aspect, the BIOS determines the identity of the computer motherboard and chassis, and reads a CPU register to determine MaxCPUPower. The BIOS determines a MaxHostPower value based on characteristics of the identified motherboard and chassis. If MaxCPUPower exceeds MaxHostPower, then an error handler is invoked. In another aspect, the BIOS reads a CPU register to determine MaxCPUTemp, and determines a MinHostTemp value based on the characteristics of the identified chassis and the value of MaxCPUPower. If MinHostTemp exceeds MaxCPUTemp, then an error handler is invoked.

Method for verifying thermal and power compatibility of components in a computer system

A computer system has a selectable set-up feature to adjust the display screen image presented during power on self test, or POST. The computer memory contains two sets of information that can be presented on the video display screen. An application of power to the computer system, a first form of information from a first video memory area is normally presented to the computer output device. This information is simpler in format, requiring less memory. Also, upon the application of power to the computer system, flags or semaphores direct substantially all of a detailed or verbose screen information from initialization, configuration, or other boot-time routines to a second video memory area while information in the first video memory area is presented on the display. Upon receiving one of a predetermined set of commands, the computer system switches from the first display to the second display, presenting the second verbose screen information on the video screen. The command may be internally generated upon execution of a group of instructions, or it may be received from an input device coupled to the computer system.

Computer system with post screen format configurability

A computer system contains a revision indicator which is stored in a protected special area of computer memory. The revision indicator specifies the revision of the hardware actually present in the system. The revision indicator data is presented by the computer during power up so that a user may be aware of the type and configuration of the computer system hardware. The revision indicator may be displayed by the computer system BIOS during power on self test (POST), for example. The memory storing the revision indicator is protected from erroneous or unauthorized change.

Method for storing board revision

A computer system is provided with a dynamically reconfigurable boot order. In one embodiment, the computer comprises a user input device, a nonvolatile memory, a network interface, a boot trigger, and a CPU. The CPU is coupled to the user input device to detect a predetermined key press, coupled to the boot trigger to detect the assertion of a system reset signal, and coupled to the nonvolatile memory to retrieve a system BIOS in response to assertion of the system reset signal. The CPU executes the BIOS to initialize the computer system, and as part of the system initialization, the CPU determines a first target boot-up device. Preferably if the predetermined key has been pressed during the system initialization, the CPU alters the default boot order to select the network interface as the first target boot up device. The network interface is configurable to retrieve an operating system from a network device for the CPU to execute. The disclosed embodiment advantageously provides for reduced system installation and maintenance effort, and thereby lead to reduced costs for owners of computer networks.

Hotkey for network service boot

A fast boot computer which has three user-selectable modes of performing POST operations. The user can select full POST or quick POST be performed, as in conventional computers. However, he can also select an intermediate mode, wherein the full POST is performed if and only if a given number of days (as programmed by the user) have elapsed since the last full POST operation. This permits users to set their own trade-off between fast boot operation and maximum reliability.

Computer with periodic full power-on self test

A memory controller and method of operation for detecting different type of dynamic random access memory (DRAM) devices in a computer system. The memory controller has capabilities for improved page hits which cause the row address strobe signals to remain asserted following certain cycles. A mechanism in the memory controller selectably disables column address strobing. Different DRAM types are distinguishable by reading back data previously written to a memory location. Data is written to memory with a cycle causing the memory controller to keep the row address strobes asserted. Column address strobing is disabled. A read back cycle is performed without column address strobing. If data is present, the DRAM is an extended data output (EDO) DRAM. If data is not present, the DRAM is a fast page mode DRAM.

Growing community of inventors

Cypress, TX, United States of America

Paul J Broyles