254 results about "Master system" patented technology

Systems and methods for the management and organization of electronic records are disclosed. These systems and methods provide the user with capabilities such as inputting and retrieving documents, searching for documents and sharing documents across an organization. The systems and methods also allow the capture of unstructured electronic records not typically associated with document management systems like, for example, email or instant message conversations, allow for remote update of replicated data between electronic record management systems to ensure integrity and consistency of the electronic records, allow for structured replication of electronic records between remote and master systems, and provide a mechanism for rectifying multiple disposal rules that may apply to the same electronic record.

During recovery of a master system, a mismatch between data in the master system and that in a backup system is obviated quickly to shorten time consumed before resumption of operation of the master system. The backup system controls, as second difference information, update data generated over a substitutive operation period between occurrence of a disabled state of the master system and recovery thereof and when the master system is enabled to operate, a range of addition of first difference information inside the master system and the second difference information or only a range of the second difference information is copied to the master system to eliminate the data mismatch.

A method, computer program product, and a data processing system for performing data replication in a multi-mastered system is provided. A first data processing system receives a replication command generated by a second data processing system. A conflict is identified between a first entry maintained by the first data processing system and a second entry of the second data processing system. Responsive to identifying the conflict, a one of the first entry and the second entry is determined to be a most recently modified entry and a remaining entry of the first and second entries is determined to be a least recently modified entry. The least recently modified entry is replaced with the most recently modified entry, and the least recently modified entry is logged.

A method for upgrading software version in distributed service system includes receiving new version application software inputted from master system by centralized management server ( CMS ), updating recorded version down ¿C sending information of databank connected to CMS, down ¿C sending received new version application software to application server, updating software down ¿C sending record of databank connected to application server, installing new version application software by CMS and application server separately, providing download of new version application software for user terminal by application server and installing received new version application software by user terminal.

The specification relates to a process of cloning a master embedded system configured with a non-writable volume or partition that stores an embedded operating system, where the master system is configured to provide an overlay to store updates directed to the non-writable volume or partition. A flag in the master system is configured with a setting, where the configured flag is for indicating that the overlay is needed and has not been provided. After configuring the flag, a master image of the master system is created, where the master image includes the configured flag. A clone of the master system is created on a storage of another system based on the master image. Storage units may store images created with the process. Storage units may also store cloned systems produced with the images. A clone of the master system may be provided with an overlay based on the setting of the flag in the clone of the master system, where the overlay provides file-system level write functionality to the non-writable volume or partition of the clone system.

A manufacturing system is disclosed for creating a master disk for producing clone copies installed on a plurality of production headless computer entities, said manufacturing system comprising: a build operating system, a set of primary operating system files, a set of emergency operating system files, a set of set-up files, a user interface and a data disk, wherein the manufacturing system creates a master system disk template from the data disk. The master system disk has not less than 3 operating systems, and the master manufacturing system is configured to initialize the master system disk.

In a communication network system which unifies a system communication network and a master system communication network, each of a plurality of controlled devices is configured to transmit status data to a master controller and receive control data from the master controller so that the controlled device is operated based on the control data. The master controller comprises a control unit configured to receive status data of the controlled devices and transmit control data to the controlled devices, the control unit being configured to transmit the status data to a system controller and receive the control data from the system controller. The system controller comprises a second control unit configured to receive the status data of the controlled devices from the master controller, perform a processing operation based on the status data, and transmit a result of the processing operation to the master controller as the control data.

A method and apparatus of receiving system information in a wireless communication system is provided. A user equipment (UE) receives, from a base station, a master system information block indicating that the base station broadcasts both a first set of at least one system information block, and a second set of at least one system information block; and receives the second set of at least one system information block from the base station if the UE is a specific type of UE.

The embodiment of the present invention discloses a method, system and apparatus for system information transmission, wherein, the method comprises the following steps: the network side configures master system information and wireless resource configuration information of each downlink work carrier in multiple carriers; and to each down-link work carrier in multiple carriers, side network side transmits system information of side down-link work carrier on the down-link work carrier. The system information includes the master system information and wireless resource configuration information of said downlink work carrier, the master system information of other down-link work carrier and/or wireless resource configuration information of at least one of the other downlink work carriers. By using the present invention, the speed and efficiency of the terminal obtaining the system information of other downlink work carrier can be improved in a multi-carrier system.

A new all digital PLL (ADPLL) circuit and architecture and the corresponding method of implementation are provided. The ADPLL processes an integer and a fractional part of the phase signal separately, and achieves power reduction by disabling circuitry along the integer processing path of the circuit when the ADPLL loop is in a locked state. The integer processing path is automatically enabled when the loop is not in lock. Additional power savings is achieved by running the ADPLL on the lower-frequency master system clock, which also has the effect of reducing spur levels on the signals.

A system, method and computer readable medium for providing secure IP-based streaming in a format independent manner is disclosed. The method on a content mastering system begins with an encoded media file consisting of content data and associated metadata. First, the metadata is read from the encoded media file. Next, the encoded media file including the content data and the associated metadata is encrypted. Then, in a streaming server system, the encoded/encrypted media file is divided into more than one data packet, streamed in accordance with one or more parameters in the metadata. Each data packet includes a portion of the encoded/encrypted media file and an offset value corresponding to a location within the encoded/encrypted media file. The data packets are then streamed to a client information processing system (i.e., the client) over a network.

The invention discloses a method for managing dispersed keys based on identities I a wireless sensor network, which comprises the following steps: 1, initializing system parameters, and setting the parameters to obtain master keys and master key pairs of the system parameters and a system; 2, performing two-way authentication on nodes in the system, and after the master keys are adduced by the system and when a node i applies for an encrypted key, acquiring the encrypted key from a node mastering system secret shares, and verifying the validity of the node i first; and 3, setting a key service life to realize the updating of communication group keys, and defining that the node i has a system secret share of sjt' at the beginning of a time period t, and has the system secret share of sjt after the updating. In the process of establishing communication keys, the method adopts a signature two-way authentication process to verify the validity of the node i first, namely to verify whether the node i is a legal node of the network so as to prevent malicious nodes from being added in; besides, for a secrete share sent by a response node j, the node i is also required to verify a signature and detect the validity so as to realize the two-way authentication and effectively improve the security.

Moving object can be detected in real time and shot automatically by the master-subsystem being interconnected through wireless communication. The visual home safety and protection system is composedof the master system M and several subsystems Z, which are used to capture video signals. The master M sands the signals through communication network to the server. With being processed by the stillor moving image coding algorithms, the encryption algorithms, the moving target detection algorithms and the image compress algorithms, the digital video signals in subsystems are sent to the master system. The compressed audio and video signals received by the master system are decrypted, decompressed and coded, then output to displays or stored, or transferred to the servers in home safety and protection system, then to MMS hand phones, E-mail box or hand held devices.

Techniques and mechanisms provide management of interrupt requests in a system, such as a programmable chip system. The system may include multiple master components and slave components. Techniques and mechanisms are described for assigning interrupts to slave components on a per master component basis. When a slave component initiates an interrupt request, a master component associated with the request will handle the interrupt without disrupting operation of other master components in the system.

A system and method of delivering and accessing information including advertisements targeted to a user that assures the privacy protection of the user, and allows the user to access the advertisements without interrupting the flow of desired information content. The system includes at least one computerized user device and at least one ad matching entity communicably coupled to at least one network. The ad matching entity includes a master computer system and at least one computer sub-system, in which each sub-system is associated with a respective user device. The user device creates a user profile based upon data obtained from observing various user actions, including the consumption/abandonment of content programs or advertisements, the visiting of web pages, the use of web search terms, etc. The user profile data is provided by the user device to the sub-system of the ad matching entity, which is a trusted third party. The ad matching sub-system locally matches information contained in the user profile against information contained in a target profile, and sends the results to the master system. Based on these results, the master system transmits at least one advertisement targeted to the user to the user device. The ad matching entity then permanently deletes all records and copies of the user profile from its data storage. At a later time chosen by the user, the user can consume the advertisement in an out-of-line fashion independently of the consumption of any desired information content.

The invention provides a self-adaptive device and a method for analyzing global power flow of generation, transmission and distribution, which belongs to the technical field of power transmission and distribution of power systems. The device comprises an upper computer and a lower computer, wherein the lower computer comprises a power-flow feedback module; a global power system is divided into a master system and a slave system; according to the characteristics of each part of the power system, the master system adopts a Newton-Raphson power-flow analysis method, while the slave system adopts a forward-backward substitution power-flow analysis method; and the master system and the slave system are organically linked together through master-slave-system association nodes in the middle. The invention has the advantages that the device adopts the power-flow feedback module, uses slave-system node-voltage signals obtained from last power-flow calculation of the slave system for next power-flow calculation of the slave system, and realizes the optimization of the prior forward-backward substitution algorithms, and as the method adopts the forward-backward substitution method which reduces iterations compared with the prior forward-backward substitution method, the device for analyzing global power flow not only guarantees accurate power-flow analysis, but also raises convergence rate and saves storage space.

Multiple burst memory access handling protocols may be implemented at the hardware level or evaluated and selected during design of the hardware. The appropriate burst protocol may be selectable based on burst characteristics such as burst types and the identity of the current bus master. This allows, for example, the ability for a slave to support multiple error protocols in a multi-master system on a chip (SoC), or to design slaves capable of interfacing with a variety of masters which use different burst handling protocols. Inputs such as a programmable control register or configuration pins or variables may be provided to as part of the slave or slave interface block (e.g., a memory controller) to facilitate the implementation of alternate burst protocols. When a burst request is received from a master, a burst characteristic corresponding to the requested burst is determined and one of a plurality of burst error protocols is selected based on the burst characteristic. The burst request is then processed according to the selected burst error protocol.

A method and apparatus that allows off-the-shelf equipment to be installed in a wide range of physical sites having a wide range of distances between a master system unit and each of a plurality of remote units. The master system unit has an integrated active combiner/splitter. The active combiner/splitter provides bi-directional gain or attenuation in each of the individual inputs/outputs to allow control of the signal level.

One aspect relates to a communication protocol for communicating between one or more entities, such as devices, hosts or any other system capable of communicating over a network. Another aspect relates to a system architecture that permits more than one slave system (e.g., a slave device) to be connected to a master system (e.g., a master device) in a communication system implementing a master/slave protocol. In one aspect, a pass-through device is provided that facilitates communication and authentication to one or more downstream slave devices. Yet another aspect relates to a star-based configuration of slave devices coupled to the master, and protocols for communicating and authenticating slave devices. Another aspect relates to a protocol that allows communication between entities without a priori knowledge of the communication protocol. In such a protocol, for example, information describing a data structure of the communication protocol is transferred between communicating entities. Further, an authentication protocol is provided for providing bidirectional authentication between communicating entities. In one specific example, the entities include a master device and a slave device coupled by a serial link. In another specific example, the communication protocol may be used for performing unbalanced transmission between communicating entities.

A network device includes redundant buses, redundant master controllers, and slave controllers. Each of the master controllers connects to a corresponding one of the buses. One of the master controllers acts as an active master and the other master controllers act as standby masters. The active master commences a bus cycle that includes an address interval and a data interval, provides a destination address on the corresponding bus during the address interval, and transmits or receives a command or data during the data interval. The slave controllers connect to the bus, detect commencement of the bus cycle, sample the destination address from the bus a predetermined amount of time after commencement of the address interval, and transmit or receive a command or data during the data interval.

The present disclosure relates to a cycle information indication method and apparatus for CORESET of RMSI, a searching method and apparatus for CORESET of RMSI, a base station, user equipment, and a computer readable storage medium. The cycle information indication method for the CORESET of the RMSI includes: adding indication information to the physical broadcast channel PBCH of the synchronous broadcast block SSB, the indication information including first indication information, the first indication information being used for indicating the positional relationship between the semi-radio frame in which the CORESET of the RMSI corresponding to the SSB and the semi-radio frame in which the SSB is located; and sending the SSB carrying the indication information to the user equipment UE in abeam scanning manner. Embodiments of the present disclosure may employ as few bits as possible to indicate cycle information for the CORESET of the RMSI.