Abstract: Various embodiments of the invention relate to a multi-function handheld user device that may have multiple selectable modes of operation for different areas of the user's life, each mode with its own database, applications, preferences, operational restrictions, and access limitations. Various mechanisms may be provided for switching between modes. Within each mode, context awareness and situational awareness may be used to obtain additional information or perform additional functions not directly requested by the user.

Abstract: A conversion system for use with a first monitoring system includes an interface module for receiving a plurality of hardware configuration settings associated with the first monitoring system and a conversion module coupled to the interface module for converting the plurality of hardware configuration settings into a plurality of software configuration settings for use in a second monitoring system. The plurality of hardware configuration settings are established to enable the first monitoring system to monitor the operation of a first machine, and the plurality of software configuration settings are established to enable the second monitoring system to monitor the operation of at least one of the first machine and a second machine.

Abstract: A method for adjusting a data parallel region of a stream processing application includes measuring congestion of each parallel channel of the data parallel region, measuring a total throughput of all the parallel channels, and adjusting the number of parallel channels based on the current measured congestion and throughput.

Abstract: Methods and devices for selectively presenting a user interface or “desktop” across two devices are provided. More particularly, a unified desktop is presented across a device and a computer system that comprise a unified system. The unified desktop acts as a single user interface that presents data and receives user interaction in a seamless environment that emulates a personal computing environment. To function within the personal computing environment, the unified desktop includes a sleep state where both the device and computer system become inactive. The unified desktop may be awakened by one of numerous actions by the unified system or the user. Awakening the unified desktop is governed by a set of rules that are associated with the state of the unified system.

Abstract: An embodiment of the invention provides a method for recording, managing and tracking changes to objects in a computer system. A master record is created for the computer system; and, a transactional record is created for an object in the computer system. The master record includes the current status of the object and the current status for all objects associated to the object. The transactional record is updated in the electronic database; and, the master record is updated when the transactional record is updated. The master record is linked to all of the transactional records of the objects associated to the object with the processor. The master record is updated with the processor when a transactional record of the objects associated to the object is updated or added.

Abstract: Various embodiments of the invention relate to a multi-function handheld user device that may have multiple selectable modes of operation. Various mechanisms may be provided for switching between modes. Within each mode, context awareness and situational awareness may be used to obtain additional information or perform additional functions not directly requested by the user.

Abstract: A system and method is disclosed for managing power consumption in a computing device. A policy controller determines whether an aggregated power consumption of a plurality of external interface controllers in a computing device is greater than a policy power limit. On determining that the aggregated power consumption is greater than the policy power limit, the policy controller may set a first external interface controller at a negotiated power level, and set a second external interface controller at an adjusted power level, wherein the first external interface controller and the second external interface controller are set based on the policy power limit and the aggregated power consumption.

Abstract: A computer-implemented method for mode switching of an interface port comprising detecting a device coupled to a port of a computer, selecting to disable a data pin of the port if it is determined that an output of the device has a data pin and powering the device using a power pin of the port.

Abstract: Disclosed herein are intelligent electronic devices configured for monitoring an electric power delivery system and for determining a plurality of configuration settings based on measurements from the electric power delivery system. An IED may identify a configuration event, obtain a plurality of electrical parameters associated with the configuration event, determine a plurality of configuration parameters from the electrical parameters, determine a plurality of configuration settings based on the configuration parameters, and apply the settings to the IED. The IED may also be configured to initiate the configuration event by opening a single pole of a multi-phase power line.

Abstract: A Power Management Integrated Circuit (PMIC) includes a pulse width modulator and driver circuit (PWMDC), a processor, and high-side and low-side driver circuitry. The PWMDC, along with components external to the PMIC, forms a switching power supply. A small linear regulator powers the PWMDC from power received via a terminal. The power supply supplies power to other on-chip circuitry, including the driver circuitry and processor. The PWMDC starts an on pulse (of a power supply switching cycle) in response to a clock signal. In a first mode, the PWMDC stops the on pulse based on a signal received from a terminal via an analog feedback signal path. In a second mode, the PWMDC stops the on pulse based on a signal received via a digital feedback signal path. In one example, the digital feedback signal path extends from a terminal, through an ADC, processor, and DAC, to an error node.

Abstract: A power over Ethernet extender arranged to detect if power is received over 2 pairs of wires or over 4 pairs of wires. If power is received over 4 pairs of wires, power is output over only 2 pairs of wires. Preferably, the power signature of the received power is further detected. If the incoming power over a first 2 pairs of wires supports in excess of 13 watts of power consumption, and power is received over 4 pairs, then the output power supports in excess of 13 watts of power consumption; and if the incoming power over a first 2 pairs of wires supports in excess of 13 watts of power consumption, and power is not received over 4 pairs, then the output power does not support in excess of 13 watts of power consumption.

Abstract: A system and method of enabling a function within a module configured to be used with an information handling system is disclosed. In one form, the method of enabling functions includes detecting whether to install a custom install routine within a module configured to enable access to a hash function, and accessing a lock bit configured to lock access to the hash function. The method can further include detecting whether to set the lock bit to lock access to the hash function.

Abstract: A method for separating a dividable computer device into multiple sub-computers may include receiving, by the dividable computer device, a command to separate a sub-computer from the dividable computer device. The method may also include detecting by the dividable computer device separation of the sub-computer and reconfiguring the dividable computer device for operation without the separated sub-computer in response to each sub-computer being separated.

Abstract: A data center system and a method for dynamically updating configuration information of the data center system are provided. The data center system includes a storage compartment, a storage device, and a control device. The storage compartment houses a plurality of single data center units SDCUs. The storage device stores configuration information of the data center system and configuration parameters of each of the SDCUs housed in the storage compartment. When a new SDCU is added to the data center system, the control device receives the configuration parameters of the new SDCU, and stores the configuration parameters of the new SDCU. The control device further updates the stored configuration information of the data center system using the configuration parameters of all of the SDCUs employed in the data center system, and runs the data center system based on the updated configuration information.

Abstract: A method for securely generating and distributing encryption keys includes generating, by a secured server, a pair of keys including a first key and a second key and providing, by a key distributing unit, the first key to a first recipient and a second key to a second recipient. The first recipient may use the first key to encrypt a data file and send the encrypted data file via a non-volatile memory device to a target subscriber. The second recipient may program the second key into an one-time-programmable register contained in a secure element during a manufacturing process. The secure element may further include a random access memory configured to store an image of the encrypted data file, a read-only memory containing a boot code, and a processing unit coupled to the random-access memory and the read-only memory and operative to decrypt the encrypted data file.

Abstract: A method, computer program product, and system for running an executable during a debug session is described. A method may comprise running, via a computing device, a daemon during a debug session, the debug session facilitated, at least in part, by a dynamic tracing tool. The method may further comprise receiving, via the daemon, one or more commands from the dynamic tracing tool. The method may additionally comprise in response to receiving the one or more commands from the dynamic tracing tool, initiating an executable.

Abstract: Systems and methods of clearing system resources are disclosed. One example method includes the step of detecting a failure to clear a secure portion of a system resource in a device. The method also includes the step of powering off the system resource for a period of power-off time that is sufficient to clear data from the system resource, where the power off is responsive to the failure detection. The method also includes the step of unlocking the secure portion of the system resource, where the unlock is responsive to the period of power-off time having elapsed.

Abstract: Devices that receive data while not directly powered and methods of operating devices that receive data while not directly powered are described herein. One or more device embodiments include an interface configured to receive data from an additional device while the device is not directly powered, a memory coupled to the interface and configured to receive the data from the interface while the device is not directly powered and store the data while the device is not directly powered, and a user interface configured to permit a user to interact with the computing device. The computing device is configured to operate in at least two different power modes, wherein the computing device is powered only via the interface while operating in a first power mode and the computing device is powered by a non-radio frequency (non-RF) power source while operating in a second power mode.

Abstract: A firmware flashing method for a computer system is disclosed. The firmware flashing method comprises establishing a list, wherein the list comprise a plurality of identities individually corresponding to a plurality of firmwares, checking a plurality devices of the computer system and obtaining corresponding identities of the plurality of devices of the computer system, determining whether the corresponding identities of the plurality of devices of the computer system exist in the list, selecting corresponding firmwares of the plurality of devices of the computer system when the corresponding identities of the plurality of devices of the computer system exist in the list, and merging the corresponding firmwares of the plurality of devices of the computer system and writing the corresponding firmwares of the plurality of devices of the computer system in a memory.

Abstract: A system and method of activating a set up application operating on an electronic device are provided. The method comprises: upon activation of the electronic device, determining a state of initial configuration for the electronic device from configuration data stored in the electronic device; when the state of initial configuration of the electronic device indicates that the set up application had previously been initiated, presenting a GUI screen on the electronic device where an application operating on the electronic device and the set up application are displayed; and upon activation of the set up application, activating the set up application at a point in its operation based on the operation history.

Abstract: A hardware based detection approach for detecting a CPU reset request and a CPU boot process that resets control parameters that control operation of the CPU are described. Described embodiments of the hardware based detection approach store a count of clock cycles that elapse while a CPU reset request switch is actuated. As part of the reset process, the CPU retrieves the stored clock cycle count and based on the value of the retrieved clock cycle count, i.e., based on the duration that the CPU reset switch was physically actuated, the CPU boot process resets one or more sets of CPU control parameters to original factory settings.

Abstract: Systems and methods for transforming an initial quantum state to a target quantum state are disclosed. The initial quantum state is denoted by superposed initial quantum sample states and the target quantum state is denoted by superposed target quantum sample states. The initial quantum state is initialized with a set of primary registers for the initial quantum state and with at least one ancillary register. The initial quantum state is transformed such that the set of primary registers reflects the initial quantum sample states and the at least one ancillary register is varied to compose an intermediate quantum state. In addition, the intermediate quantum state is amplified by implementing quantum state rotations in accordance with a plurality of reflections on the intermediate quantum state such that the reflections result in the target quantum sample states of the target quantum state with a discarding of the at least one ancillary register.

Abstract: A method for separating a dividable computer device into multiple sub-computers may include receiving, by the dividable computer device, a command to separate a sub-computer from the dividable computer device. The method may also include detecting by the dividable computer device separation of the sub-computer and reconfiguring the dividable computer device for operation without the separated sub-computer in response to each sub-computer being separated.

Abstract: A data processing system may include a high integrity storage (HIS) device with a partition or cache that is protected from updates. The data processing system may perform a boot process in response to being reactivated. The boot process may include the operation of executing a boot object. During the boot process, before executing the boot object, the data processing system may retrieve a digest for the boot object from the protected cache of the HIS device. The digest may be a cryptographic hash value for the boot object. During the boot process, the retrieved digest may be extended into a platform configuration register in a trusted platform module of the data processing system. Other embodiments are described and claimed.

Abstract: A method includes transforming a mode of a computer from an operating system mode to a kiosk mode, wherein the kiosk mode provides a user interface for one web application, and wherein the kiosk mode prevents access to any other application or the operating system of the computer. The computer automatically updates the web application via a network while the computer is operating in kiosk mode, and automatically updates an operating system of the computer via the network while the computer is operating in kiosk mode. The computer automatically re-launches the web application in response to detecting an interrupted status of the web application while the computer is operating in kiosk mode.

Abstract: Systems and methods that employ interactions between quantum computing systems and digital computing systems are described. For an iterative method, a quantum computing system may be designed, operated, and/or adapted to provide a rate of convergence that is greater than the rate of convergence of a digital supercomputer. When the digital supercomputer is iteratively used to evaluate an objective function at a cost incurred of C per iteration, the quantum computing system may be used to provide the input parameter(s) to the objective function and quickly converge on the input parameter(s) that optimize the objective function. Thus, a quantum computing system may be used to minimize the total cost incurred CT for consumption of digital supercomputer resources when a digital supercomputer is iteratively employed to evaluate an objective function.

Abstract: A Multi-Tile Power Management Integrated Circuit (MTPMIC) includes tiles including an MCU/ADC tile and a power manager tile. The power manager tile includes a set of Configurable Switching Power Supply Pulse Width Modulator (CSPSPWM) components. These components, in combination with other circuitry external to the integrated circuit, are configurable to form a selected one of a number of different switching power supply circuits. Upon power up, an internal regulator supplies power to the CSPSPWM. The CSPSPWM then controls the power supply to begin switching in a low frequency start-up mode. The CSPSPWM determines during start-up the current sensing method based on circuitry external to the integrated circuit. A supply voltage generated is then supplied via a conductor of a standardized bus to a processor in the MCU/ADC tile. The processor begins executing instructions, and as a result writes across the standardized bus to configure the various tiles of the MTPMIC.

Abstract: In some implementations, a computer-implemented method includes storing a plurality of acceleration profiles in a mobile device; receiving accelerometer data from an accelerometer in the mobile device; correlating the accelerometer data with one accelerometer profile in the plurality of accelerometer profiles; and activating a user application of the mobile device that is associated with the correlated accelerometer profile. Each acceleration profile can correspond to a sequence of acceleration forces a mobile device would be subjected to when carried with a user during an activity that corresponds to the correlated acceleration profile.

Abstract: Methods and systems are provided for secure Mobile-IP traffic traversing network address translation (NAT). A virtual-private-network (VPN) tunnel extending between the mobile node and the home agent is established, wherein the home agent comprises a VPN function. Establishing the VPN tunnel comprises (i) the mobile node communicating with the home agent at a public address of the home agent via a private network, a NAT device, and a public network and (ii) the home agent assigning the mobile node a first public address. The mobile node is registered with the home agent. Registering the mobile node comprises (i) the mobile node communicating via the VPN tunnel with the home agent at the public address of the home agent and (ii) establishing the first public address as a home address for the mobile node for, for example, purposes of Mobile-IP communication.

Abstract: A device at a Customer Premises Equipment that comprising Device Dependent Services that are to be configured by a remote Auto-Configuration Server is claimed. The device comprises also Device Independent Services on top of a Service Platform (SPLF). The device is hereby adapted to be configured by a plurality of Auto-Configuration Servers and comprises therefore a Native Service Management being one of the Device Independent Services. This Native Service Management comprises furthermore a receiver part to receive device dependent service information of the Device Dependent Services and a splitter part to split the device dependent service information into different parts, and to transmit each part to a distinct Device Independent Service.

Abstract: In one embodiment, detecting network data, retrieving a whitelist associated with the detected network data, and selectively applying an intrusion prevention policy based on the retrieved whitelist are provided.

Abstract: A computing device is configured to analyze a logic gate design having logic gates. The computing device is configured further to identify logic gates that are affected by toggling activity associated with an input of one or more of the logic gates. The computing device is configured further to replace, within the logic gate design, the identified logic gates with different logic gates that are not affected by the toggling activity; and output a new logic gate design based on replacing the identified logic gates with the different logic gates, the application specific integrated circuit, with the new logic gate design, producing a same output as the application specific integrated circuit with the logic gate design, based on same inputs.

Abstract: A system and method are presented for converting a multi-boot computer to a virtual machine. Existing boot images on a multi-boot computer are identified and converted into virtual machine instances. Each virtual machine instance represents an operating system and is capable of running at the same time. Finally, a new hosting operating system is installed. The new hosting operating system launches and manages the converted virtual machine instances.

Abstract: The invention relates to a method for configuring electronic devices, particularly terminals, wherein during configuration at least parts of first configuration data on a chip card are fed to an electronic device, wherein the configuration data are stored on the chip card as second configuration data such that the stored data are the result of an obfuscation following at least one first algorithm. Furthermore, at least parts of the first algorithm can be derived by the electronic device. The stored second configuration data are subjected to a de-obfuscation by the device such that, having knowledge of the first algorithm, they can be reconstructed as first configuration data and the configuration of the terminal can be based thereon. The invention further relates to an arrangement having means for carrying out the method.

Abstract: A device (7) is caused to enter an active mode by determining a coarse level of interest; determining a more refined level of interest in response to determining the coarse level of interest; and causing a device (7) to enter an active mode, in response to determining the refined level of interest.

Abstract: Disabling communication in a multiprocessor fabric. The multiprocessor fabric may include a plurality of processors and a plurality of communication elements and each of the plurality of communication elements may include a memory. A configuration may be received for the multiprocessor fabric, which specifies disabling of communication paths between one or more of: one or more processors and one or more communication elements; one or more processors and one or more other processors; or one or more communication elements and one or more other communication elements. Accordingly, the multiprocessor fabric may be automatically configured in hardware to disable the communication paths specified by the configuration. The multiprocessor fabric may be operated to execute a software application according to the configuration.

Abstract: Illustrative embodiments include a method, system, and computer program product for estimating boot-time memory requirement of a data processing system. A data processing system identifies, using system configuration information associated with the data processing system, a set of components needed for booting up the data processing system. The data processing system determines a dependency of a component identified in the set of components, the component including a memory estimator program. The data processing system determines an ancestry of the component identified in the set of components. The data processing system receives, using the memory estimator program of the component, a boot-time memory requirement of the component. The data processing system calculates a total boot-time memory requirement. The data processing system determines whether an amount of real memory of the data processing system satisfies the total boot-time memory requirement.

Abstract: A reset and reboot circuit applied in an X86 electronic portable device is provided. The reset and reboot circuit includes: a first level controller; a first switch, turned on in response to a reset/reboot event to enable a control signal; a second level controller, enabling an output signal in response to the enabled control signal; and a logic unit, for disabling a drive signal in response to the enabled output signal. The X86 electronic portable device is driven by the disabled drive signal to reset and reboot, and an embedded controller of the X86 electronic portable device provides an enabled restart signal after it has been reset. The first level controller further disables the output signal in response to the enabled restart signal.

Abstract: System and method controlling connectivity within a device. A device may be coupled to a host device. In response to the coupling, low power logic (e.g., an embedded device) of the device may be coupled to the host device. The low power logic may perform enumeration with the host device using only power provided by the host device. The low power logic may also charge a battery of the device using power provided by the host device. Device circuitry of the device may provide a signal for coupling to the host device. In response, the device circuitry may be coupled to the host device and may perform device enumeration with the host device.

Abstract: A processor reset control circuit is configured to automatically capture a pre-reset value of processor information stored in one or more hardware registers, as part of a reset operation state machine and prior to changing the processor information to its architecturally required post reset value. Such pre-reset processor information includes, for example one or more pre-reset values of the processor program counter (PC) and one or more pre-reset values of an operating-state mode register, both of which may be captured in one or more pre-reset capture storage devices which are then made available for evaluation purposes. Such pre-reset capture storage devices store pre-reset information in response to the reset and maintain the stored pre-reset information until another reset occurs.

Abstract: Mobile device management macros may be provided. A request to perform a function may be received. If the function is associated with a management macro comprising a plurality of operations, the macro may be activated to perform at least some of the plurality of operations.

Abstract: A method of switching between multiple operating systems of a computer system includes the following steps. Firstly, the computer system is in an environment of a first operating system. Then, a system management interrupt is triggered to allow the computer system to enter a system management mode, and a controlling authority of the computer system is transferred from the first operating system to a basic input output system. Then, a backup of a first environmental parameter of the first operating system is created. If the second environmental parameter is not included in the computer system, a second operating system is loaded in a normal mode. On the other hand, if the second environmental parameter is included in the computer system, the second operating system is booted according to the second environmental parameter.

Abstract: Approaches for assessing information used in reverting to a prior BIOS version. A BIOS analyzes a file to determine whether the file may be used to revert the BIOS to a prior version of the BIOS. The file may contain a map of CMOS information.

Abstract: A local network can include a configuration server such as a DHCP server. When requesting a local network configuration from the server, a device may include credentials that can be verified by the server to establish that the device is authorized to use the local network. In addition, when providing a network configuration, the server may include its own credentials so that the device can determine whether the configuration has originated from a trusted server.

Abstract: Methods and devices for selectively presenting a user interface or “desktop” across two devices are provided. More particularly, a unified desktop is presented across a device and a computer system. The unified desktop acts as a single user interface that presents data and receives user interaction in a seamless environment that emulates a personal computing environment. To function within the personal computing environment, the unified desktop includes a sleep state where both the device and computer system become inactive. The unified desktop may be awakened by one of numerous actions by the unified system or the user.

Abstract: For multicore power performance management, a first core has a first architecture and is designed for a first voltage-frequency domain. A second core has the first architecture and that is designed for a second voltage-frequency domain.

Abstract: Example embodiments relate to activation of an application included on a shared virtual disk using client-specific data. In particular, example embodiments retrieve, from a client-specific location on a virtual disk server, activation credentials generated in response to successful activation of the application during a previous boot Example embodiments then reinstall the application activation credentials to verify activation of the application for the particular client computing device.

Abstract: Techniques and systems for managed boot are described. A described technique includes creating, at a server system, a boot image based on one or more user-specified parameters associated with virtual machine booting, providing a first virtual drive that includes the boot image, booting a virtual machine using the boot image on the first virtual drive, and providing a second virtual drive to the virtual machine, where the virtual machine mounts the second virtual drive as a root file system.

Abstract: The present invention provides an information processing apparatus including: a first control section that, when execution of printing at a printing device connected via a communications section is instructed, performs control to display at a display section a print settings screen for making settings relating to the printing; a calculation section that calculates an estimated value of power consumption that the printing device will consume if the printing is executed on the basis of the settings relating to printing; and a second control section that, when a pre-specified operation is performed at the print settings screen, performs control to display the estimated value of power consumption and display at the display section an energy saving settings screen for making, of the settings relating to printing, settings relating to energy saving.

Abstract: Awareness of the relationships among the operating parameters for an individual core and among cores allows dynamic and intelligent management of the multi-core system. The relationships among operating parameters and cores, which can be somewhat opaque, are established with design-time simulations, and adapted with run time data collected from operation of the multi-core system. The relationships are expressed with functions that translate between operating parameters, between different cores, and between operating parameters of different cores. These functions are embodied in circuitry built into the multi-core system. The circuitry will be referred to hereinafter as a translator unit. The translator unit traverses the complex relational dependencies among multiple operating parameters and multiple cores, and determines an outcome with respect to one or more constraints corresponding to those operating parameters and cores.