2077 results about "Booting" patented technology

In the event of a virally infected MBR on a hard disk drive that might prevent booting, a service MBR in a hidden protected area (HPA) can be used to boot a service O.S., and then the service MBR can be replaced with a previously backed-up MBR, also in the HPA, to mount any missing partitions.

A method and apparatus for booting a client computer connected to a network without a boot ROM and without an operating system is provided. Instructions from a BIOS ROM are executed to load a boot code loader from a nonvolatile, read/write memory, such as a diskette or hard disk. The boot code loader executes to load a control program from the diskette, and the control program executes to load a set of programs and/or device drivers from the diskette without loading an operating system. The set of programs and/or device drivers communicate with a network server to retrieve a boot program from the network server, and the boot program executes to complete the boot process of the client, such as downloading an operating system from the server.

The invention in the simplest form is a self-booting software defined radio (SDR) module which may be embodied as a PCMCIA, Compact Flash, or other plug in form factor module. The performance characteristics of the module, may include the radio frequency (RF) carrier frequency, instantaneous RF bandwidth, carrier modulation and demodulation, symbol coding and decoding, security, and network protocol that can be altered and saved by means of computer software transferred to the module from a host device such as a cellular telephone, personal digital assistant, lap top computer or other programming device

A computing system based on Transparence Computing consists of clients and a server. There is no disk and no preinstalled OS on the client; a remote booting chip is set on the client's mainboard for downloading and loading the OS. Boot-supporting services, OS kernel mirrors, and applications are preset on the server; After being powered, the client broadcasts the boot request to the network and the server allocates network parameters for it. The client downloads an OS-selecting script from the server. After the user selects the needed OS, the client downloads and loads the selected OS from the server. Hence, the client fulfills the user's computing requirements just as a normal PC. The computing work is implemented on the client-side, during which the client can acquire corresponding resources such as applications, data, and documents from the server on demand. The client can be provided with private storage across the network by presetting a service in the mirror for creating virtual disks on the server, and thus data generated during or after the computing can be persistently stored on the server's storage.

A method and system for automatically configuring a boot process of a network computer initially connected within a network comprising at least one server. A request is broadcast from a network computer to a network for an available server, upon a first initiation of the network computer within the network. Responses from the broadcast are gathered which indicate whether a server is available. A selected boot program is then executed from among multiple boot programs available in the network computer. The selected boot program and the identity of an available server are stored as boot process configuration settings in a nonvolatile storage of the network computer, in response to successful execution of the boot program, such that a subsequent boot process of a network computer is automatically configured.

A method for booting devices in a multi-card computing system comprising a plurality of cards connected to a shared backplane may include: dynamically generating a Media Access Control (MAC) addresses for at least some of the devices in the computing system, the dynamically generated MAC address for each device including information regarding the location of that device within the multi-card computing system; a boot management system receiving a boot-related information request from a particular device in the multi-card system, the boot-related information request comprising a request for particular boot-related information for facilitating a boot process for the requesting device, and including the MAC address of the requesting device; and the boot management system determining whether to send a response to the requesting device with the requested boot-related information based at least on the information in the MAC address regarding the location of the requesting device within the multi-card computing system.

Methods and apparatus provide for: reading encrypted boot code from a storage medium into a local memory associated with a first of a plurality of processors; decrypting the encrypted boot code using a trusted decryption function of the first processor such that the boot code is verified as being authentic; booting the first processor using the boot code from the local memory; and authenticating boot code for one or more of the other processors in the first processor prior to the one or more other processors booting up.

Automated booting of a client for a subscriber is provided for clients that are for use in interactive user sessions that involve multimedia. A subscribe message is sent from the client to a proxy server. The proxy server authenticates the subscribe message, and sends the subscribe message to the configuration server. A notify message is sent to the client from the configuration server. The notify message is sent through the proxy server, and contains a location of a profile for the client. The profile is downloaded to the clients. This arrangement allows the persistence of profiles in a centralized place.

A method and system for implementing a live operating system upgrade of a computer system. The method includes generating a first copy of a previous operating system environment of the computer system. The computer system is then booted to a subsequent operating system environment. A second copy of the previous operating system environment at the time of the booting is then generated. Additionally, a third copy of the subsequent operating system environment, at the time of the booting is generated. The copies function by ensuring the subsequent operating system environment is synchronized with the previous operating system environment by comparing the first copy, the second copy, and the third copy to detect any intervening changes and allow decisions to be made regarding such changes.

A parking management system that facilitates motorist guidance, payment, violation detection, and enforcement using highly accurate space occupancy detection, unique vehicle identification, guidance displays, payment acceptance, violation detection, enforcement data generation, electronic booting, and towing management is described. The system enables reduced time to find parking, congestion mitigation, accurate violation detection, and easier enforcement, and increased payment and enforcement revenues to cities.

Various embodiments of the present invention provide a mobile computing device that operates multiple, co-existing and independent operating system environments on a common kernel. A booting process for initiating a multiple operating system environment is also provided. Additionally, various embodiments of the present invention include processes for managing a switch between one operating system environment to a second operating system environment.

The invention provides an automatic server cluster deploying method and device. The automatic server cluster deploying method comprises the steps of pre-storing installation images of different operating systems of computational nodes in image nodes; managing the nodes and establishing deployment tasks, setting internet protocol (IP) addresses of the computational nodes and booting pre-boot execution environments (PXE) and dynamic host configuration protocol (DHCP) service of the image nodes; booting the computational nodes needing deployment systems and setting the first booting guide sequence as a PXE guide; enabling the computational nodes to obtain local IP addresses through the DHCP service, and accordingly obtaining the installation images from the image nodes; automatically completing system installation of the computational nodes. By means of the automatic server cluster deploying method and device, automatic allocation of large-scale cluster nodes in the cloud computing cluster environment deployment process is achieved, quick allocation of the large-scale cluster nodes is achieved, the allocation process is simplified, and the allocation efficiency is improved.

A safe and recoverable firmware update method which for a remote embedded electronic device and the device thereof. The method includes reading an update status in a flash memory, and determining the update status. If the update status is “DEFAULT”, a default firmware is executed. If the update status is not “DEFAULT”, the update status is further determined if it is “UPDATED”. If the update status is “UPDATED”, a configuration area is set as “BOOTING” and a new firmware is executed. If the update status is not “UPDATED”, the update status is determined if it is “RUNNEW”. If the update status is “RUNNEW”, a new firmware and an update validation method are executed. If the update validation method gets an update completion validation message, the update status is set as “RUNNEW”. If the update status is not “RUNNEW”, a default firmware is executed.

A flash microcontroller has a Static Random-Access-Memory (SRAM) buffer that stores several blocks of boot code read from a flash memory. The SRAM buffer also operates as a cache of flash data after booting is complete. Cache read and write hits use the SRAM cache rather than flash memory, while old cache lines and read misses access the flash memory. Both the external host and the microcontroller are booted from boot code buffered in the SRAM buffer. A boot-loader state machine reads the flash ID and programs flash parameter registers with timing parameters for the flash memory. The flash microcontroller uses a differential interface to the external host, with a differential transceiver and a differential serial interface. Frame, packet, and encoded clock processing is also performed by the serial interface.

In some embodiments, the invention involves a system and method relating to secure booting of a platform. In at least one embodiment, the present invention is intended to securely boot a platform using one or more signature keys stored in a secure location on the platform, where access to the signature is by a microcontroller on the platform and the host processor has no direct access to alter the signature key. Other embodiments are described and claimed.

Smart shoes including a sensor unit including at least one sensor of a pressure sensor to sense a pressure in the smart shoes, a temperature sensor to sense a temperature in the smart shoes, an acceleration sensor to sense a movement of the smart shoes and an altitude sensor to sense an altitude, a controller to collect sensor information output by the at least one sensor and process the collected sensor information according to a request from a user device, and a providing unit to provide the processed sensor information to the user device.

A method for automatically arranging operation system includes using arrangement service end of server to process parameters of operation system and erection to be erected on node computer, downloading lead program and preerection file from network card by node computer and starting up preerection environmental program from network by said lead program, using said environmental program to load driving program of hardware, erecting operation system and erection driving program on node computer by said environmental program, finalizing erection of operation system and canceling automatic erection service.

Various embodiments of the present invention provide a mobile computing device that operates multiple, co-existing and independent operating system environments on a common kernel. A booting process for initiating a multiple operating system environment is also provided. Additionally, various embodiments of the present invention include processes for managing a switch between one operating system environment to a second operating system environment.

The invention provides a method and system for improving the system booting process via a trusted platform module, wherein he booting process for starting the internal kernel of the operation system are divided into a plurality of interdependent layers, the integrity of the upper layer is verified by the lower layer by using the trusted platform module as the trust root, the system operation control right is transmitted layer upon layer till to the operation system kernel to form an integral trusted chain, and if the integrity verification fails, a correspondent restore scheme will be provided, the boot log is recorded into the file system before entering the operation system. The invention takes into account of the situations such as integrity verification, verification failure restore, and the interaction of the starting log and the operation system so as to form an integral booting system, the initial circumstance is considered as safe and trusted, and the operation system can also proves the safety of its starting circumstances to other platforms by using the log file of the booting process.

A dual-SIM mobile terminal and operation method for the same are disclosed. The dual-SIM mobile terminal checks the number of installed SIM cards during booting, and activates and deactivates the SIM switching mode according to the identified SIM card information. The operation method includes: detecting whether a first SIM card and second SIM card are installed in a first card socket and second card socket; storing SIM identification information regarding the detected SIM card; and performing a boot procedure on the basis of the detected SIM card. In particular, the SIM switching menu is displayed in an activated or deactivated state according to the identified SIM card information. Hence, the user can readily identify the number of installed SIM cards and the availability of SIM card switching through display status of the SIM switching menu.