System and method of implementing policy of providing network device |
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IPC classes for russian patent System and method of implementing policy of providing network device (RU 2493660):
    
 Method and system for arranging link resource fragments / 2490806
Method includes configuring cascade services in a link in advance; generating a preset arrangement method according to an initial channel number of occupied channel(s) in the link and a cascade number of service carried in the channel(s) (S210); a local end node that initiates a link resource arrangement notifying an opposite end node to arrange link resource fragments (S220); the local end node and the opposite end node reconfiguring a cross connection according to the preset arrangement method (S230).
 Method of providing pause indication during "stuck" (resource) allocation / 2490805
Wireless communication device, access terminal and access point perform administration of allocation of a transmission resource associated with a forward and return link, which is allocated to a transmitting object for a certain period of time and each time the transmitting object does not transmit real data packets and needs to store allocation of the selected resource, a pause indication is provided.
 System for household electric appliances and its functioning method / 2484522
System contains a selector device designed so that to enable the input command receipt for malfunction diagnostics fulfilment; a memory device designed so that to enable storage of product information with regard to the household electric appliance for malfunction diagnostics purposes; a controller designed so that to enable upload of product information stored in the memory device as well as for generation and output of a control signal including product information and for control of the conversion device; a conversion device designed so that to enable the control signal conversion into an acoustic signal and such acoustic signal output; and an input device designed so that to enable output of a sonic signal corresponding to the acoustic signal.
 Service charging method and system, network access server and protocol information analysing device / 2483358
Service charging method involves receiving a service packet, obtaining a protocol identifier from the service packet based on which the need to perform analysis of protocol information in the service packet is determined; determining protocol information analysis involves performing analysis, obtaining charge information and service charging in accordance with the charge information and the predetermined charging procedure, otherwise traffic or duration and traffic of the service packet are counted and charging is performed in accordance with the traffic or duration and traffic, as well as with the predetermined charging procedure. The system which enables to carry out the method comprises a network access server, a protocol information analysing device and a charging subsystem.
 System and device of microwave communication and method of connection in system / 2480927
Multiple transmitting modules in a module in a room are in a switched manner connected with modules outside the room by means of the cross-connection function. Besides, each transmitting module has a function of bidirectional branching. Typically, each of the transmitting modules controls an IP-address of another transmitting module and detects an adjacent transmitting module on the basis of an IP-address.
 Network scanning and organisation of management in device type manager / 2477926
Method of communication with the use of infrastructure made according to the standard FDT (Field Device Tool), with device working in process control medium and having communication connection with communication link, including: method of communication with the use of infrastructure made according to the standard FDT (Field Device Tool), with device working in process control medium and having communication connection with communication link, including: generation of copy of process performed with the possibility of scanning of device type manager (DTM) of "device" type that represents the said device in FDT infrastructure; communication connection of this DTM copy with communication link corresponding to the said communication link; scanning of the said communication link with the aim to detect the said device using the said copy of DTM; and obtaining the address of detected device in DTM made with the possibility of scanning.
 Domestic appliance and system of domestic appliance / 2477516
Information of a product and on a condition of a domestic appliance is converted into several acoustic signals of transmission, and a sound corresponding to the specified acoustic signals of transmission is discharged outside. Information on the product and information on the condition are formed in the form of a digital signal and are stored in a memory device. The digital signal is coded with the help of a conversion device and is converted into at least one acoustic signal of transmission. At least one acoustic signal of transmission is formed as an analogue signal. At the same time at least one acoustic signal of transmission may be formed as capable of separation.
 Method and system to detect physical location of equipment / 2475976
In one version of realisation the method makes it possible to automatically detect physical location of a network device. This method may apply a computer-based system to collect information on a network device, instruct network devices to vary power consumption, detect changes and define physical location of a network device on the basis of detected changes. In another version of realisation the method makes it possible to automatically detect a functional type of a network device. This method may apply a computer-based system to monitor power received by a network device in a power distribution device, and to detect a functional type of a network device on the basis of the received power.
 Method to develop frame of oam of hybrid network ethernet/tmpls and appropriate signals / 2471302
Method is proposed to establish a frame of operation, administration and service in a hybrid network of Ethernet/transport multi-protocol switching on the basis of marks. The method contains display of values in the field (445) of Ethernet operation, administration and service data in a data module of a protocol (PDU 410) in the first frame of operation, administration and service of Ethernet (the frame 150 OAM Ethernet) in the field (498) of operation, administration and service data of transport multi-protocol switching on the basis of marks in PDU (460) in the first frame of operation, administration and service of transport multi-protocol switching on the basis of marks (the frame 155 OAM TMPLS) and display of values in the first fields (401) of control parameters in the first frame of (150) OAM Ethernet in the second fields (402) of control parameters in the first frame (155) of OAM TMPLS. PDU (460) in the first frame (155) of OAM TMPLS contains added additional fields (495), if it is required, and the second fields (402) of control parameters additionally contain previously selected information by default and routing information displayed from values, which are stored in memory.
 Functioning of network subjects in communication system comprising control network with levels of agents and control / 2471301
Communication system comprises a control network with levels of agents and control, in which data related to elimination of faults and/or control of efficiency, which are provided or occur at the level of agents, is correlated and/or analysed at the specified level of agents with additional data related to elimination of faults and/or control of efficiency, which are provided or occur at the specified level of agents, by means of application of ratios of configuration control at the specified level of agents, and at the same time information logically produced from correlation is transferred to at least one level of control of the specified network of the specified communication network control, being responsible for control of the appropriate level of agents.
 Method for recognition of functions from service, administration and operation functions set in passive optical ethernet network / 2262806
Method includes assigning identification data for identification of optical network nodes using optical linear terminus in accordance to their registration requests, and initiating, using optical linear terminus, operation of recognition relatively to functions of network nodes by transferring first information messages about functions set; by optical linear terminus from network nodes second information messages about functions set are received, meant for providing information about functions of network nodes, which received first information messages about set of functions.
 Method for accessing finite point from one region to other in ip-network system / 2272361
Proposed method involves access to finite point from one region to other in IP-network in compliance with pseudonyms using E.164 pseudonym that incorporates unique prefix of region in IP-network system and unique number of mentioned finite point at its controller, as well as extraction of E-164 pseudonym prefix point being called from calling point in the course of direct access, whereupon request is conveyed to called finite point controller for converting IP-address of called finite point.
 Method for dispatching scanning of devices for reading data / 2293444
Method includes following stages: sorting of serviced devices in accordance to their types, sorting various data types of each device with generation of various modules and assignment of priority attribute and scanning periodicity attribute to each module; separation of serviced devices on two groups: group, consisting of devices subject to scanning and group consisting of devices, connection status of which it is necessary to determine; periodic scanning of each module of group, consisting of devices subject to scanning, in accordance to its priority and period of scanning, while it is possible to set various periods of scanning and to use various scanning algorithms depending on data changing speed, and also scanning algorithms may be altered in real time depending on condition of devices.
 Method for controlling phone messages and linked equipment in local area networks, supporting transmission of speech and data in accordance to integrated method / 2296429
Method for controlling phone messages and linked equipment includes installation in central processing device or network server of software meant for controlling, monitoring and controlling phone messages and linked equipment. Method includes activation of software with usage of standard Internet browser for dispatching commands and for exchanging data via network by means of direct interaction with graphic elements on visualization means of peripheral computers of local area network. Software makes possible continuous visual monitoring of status of phone message currently being executed, or other messages, arriving or taken for storage.
 Method and associated system and routine product for updating network server programming conditions / 2304353
Low level of current process is replaced by high level of updated process, low-level packets are checked for their relevance to transactions executed already at high level of current process or to new transactions, packets are processed at high level of current process, new transaction packets are processed at high level of updated process, high-level transactions are checked for completion, and interaction channel is closed.
 Method affording transmission of information about communication line condition in network / 2304849
Proposed method includes following steps: service device finds out if there is any fault in communication line; if this is the case, service device transfers information about fault in communication line to distant service device by means of control frame through servicing circuit; distant service device responds by disconnecting communication line of access point from distant user, faulty single-rank center user communicates with distant user through standby network. Upon elimination of mentioned fault service device sends information about this fact to distant service device to transfer communications between user and remote user to network.
 Method for dynamically configuring a network equipment port / 2305906
In accordance to the invention, database (26) of central control data, connected to server (24) of dynamic host configuration protocol, supports templates with records of network equipment parameters for settings of its physical port (21) and provided services. As a result, it is possible to dynamically update port settings by transferring parameter records from server (24) of dynamic host configuration protocol. Parameter settings are updated in intermediate device (20).
 Method, system and device for controlling and managing transmission of data in communication networks / 2313185
Method includes stages for dispatching access request by user terminals to gate, where gate reads each access request, modifies access rule in firewall to allow access of each user terminal, which requests access on basis of authorized IP-address of each user terminal, and simultaneously manages transmission of data between user terminals and second communication network in aforementioned firewall.
 Method for servicing voice calls in a communication network / 2317645
In accordance to the invention, when a client initiates voice connection to operation of call processing center, by activation of software for servicing voice calls of Internet-page, IP-address of the client is determined, on basis of which language zone association is determined for the client and client call is routed to the group of operators speaking on client language, while, additionally, with detection of client language the client is identified and URL-address of call page is determined, on basis of this data requirements are set for qualification of operator, to whom the call is routed. On the Internet-page a panel is indicated with information about operators who service voice calls from given page on client language and have professional knowledge in the area of information published on the page. In case when no free operators are available, size of response waiting queue is displayed. Information on the panel is displayed without conduction of a call by the client and renewed after a specific time interval.
 Method and system for transmitting notifications to users of a delivery system / 2321181
In accordance to the invention, different events in delivery system are used for calling different modules having appropriate functions. Modules generate notification transmission tasks for transmitting notifications to central mailing component. The mailing component generates notifications which match the tasks, accessing at least one database with data about users, and mails the notifications to users through a network gate.
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FIELD: information technology. SUBSTANCE: computer executable method of managing resources of a data processing and storage centre for implementing a policy of providing a network device with respect to the data processing and storage centre includes a step of issuing one data processing and storage centre resource supplier commands which instruct said supplier to limit provision of data processing and storage centre resources. The method also includes a step of receiving a request for providing data processing and storage centre resources to a network device, said request including information defining the data processing and storage centre resource. Furthermore, according to the method, an indication that the network device is authorised to receive data processing and storage centre resources from said supplier is received. EFFECT: high efficiency of managing resources of a data processing and storage centre through guaranteed execution of tasks of the policy of providing a network device before resources are provided to the network device. 23 cl, 6 dwg
The technical FIELD TO WHICH the INVENTION RELATES. At least one variant of implementation of the present invention relates, in General, to methods and systems resource management Central data processing and storage and, more particularly, to a method and system execution policy provide a network device. The LEVEL of TECHNOLOGY In response to the growing demand savings associated with the transfer of information, network information processing technologies continue to expand in sameroom scale. One manifestation of this growth is a centralized network Central data processing and storage. Centralized network Central data processing and storage typically includes a variety of technology equipment information processing, localized in the structure, which provides telecommunications connectivity, power and cooling option. Often the equipment is placed in specialized enclosures, called "racks" (rack), which combine these resources connection, power and cooling. These characteristics make the centers of data processing and storage is beneficial effective way to deliver computing power required by modern applications. Appropriate security equipment Central processing and data storage is important for effectivnogo use of resources of the Central processing and data storage. Several companies-software developers sell apps that help center staff processing and storage of data in the manual maintenance of an effective sex processing center and data storage and documentation of rack space. Features included in these software applications allow the tracking space, cooling and power resource capacity of the centre for data processing and storage, which are given different physical layouts and types of equipment. Some software packages include support for the functionality of the sequence of operations designed to coordinate maintenance of concrete floor Central data processing and storage and rack plans. Service or functionality "change management" these packages allow the staff of the Central data processing and storage to ensure that each group involved in the provision of the new part of the equipment of the Central data processing and storage, has the knowledge recently provided equipment and fulfilled his part of the assurance process. This functionality change management help center staff processing and storage of data to document both used and unused resources of the Central processing and data storage. SHORT DESCRIPTION SPECTA of the present invention relate generally to the control elements of the Central processing and storage of data and their associated resources. Embodiments of the invention provide systems and methods of execution policy provide a network device. At least one alternative implementation provides a system and method that allows the administrator of the Central data processing and storage to ensure that only equipment that has been properly authorized, may adopt the resources of the Central processing and storage of data it requires as operational. One aspect of the invention is directed to a computer-implemented method of managing resources of the Central processing and data storage containing phases in which accept a request to provide a resource center for processing and storing data, at least one network device, receive an indication that at least one network device is authorized to receive resource center processing and storing data from at least one supplier, and issue the command, at least one vendor resource center, data processing and storage, instruct the vendor to provide a resource center for processing and storing data, at least one network device. In method step, which take the request can include the stage at which accept the requested activation time, at least, real the network device, and the stage at which accept indication that at least one communication device is authorized, may include the stage at which accept indication that the activation time has passed. In method step, which take an indication that at least one network device is authorized, may include the stage at which accept indication of installation, at least one network device. In method step, which take an indication that at least one network device is authorized, may include the stage at which accept the ID of the communication device, scanned or barcode associated with at least one communication device, or tag radio frequency identification associated with the at least one communication device. In method step, which take an indication that at least one network device is authorized, may include the stage at which accept indication of compliance with the policy, determining the procedures to authorize access to the resource center processing and storing data, at least one communication device. In method step, which accept a request to provide a resource center for processing and storage of data may include the stage at which accept a request for p is dostavlenija physical space of the Central processing and data storage. In method step, which accept a request to provide a resource center for processing and storage of data may include the stage at which accept the request to provide connection to the patch panel. In method step, which accept a request to provide a resource center for processing and storage of data may include the stage at which accept the request to provide virtualized resources. In method step, which accept a request to provide a resource center for processing and storage of data may include the stage at which accept the request to provide services of the domain name system. In method step, which accept a request to provide a resource center for processing and storage of data may include the stage at which accept the request to provide services Protocol dynamic host configuration. In method step, which take the request to grant resource center, data processing and storage, includes a stage on which to accept the request to provide services server console port. In method step, which accept a request to provide a resource center for processing and storage of data may include the stage at which accept a request for provision of security services network access. In method step, n is which accept the request to provide a resource center for processing and storing data, may include the stage at which accept the request to provide software services. In method step, which accept a request to provide a resource center for processing and storage of data may include the stage at which accept the request to provide power. The method may additionally include the step, which provides a resource center for processing and storing data, at least one communication device in response to the command. In method step, which provides a resource center for processing and storage of data may include a phase in which provide power to at least one communication device in response to the command. Another aspect of the invention is directed to computeractive media having computercity signals stored thereon that define commands that as a result of execution by a computer instruct the computer to receive a request to provide a resource center for processing and storing data, at least one network device, receive an indication that at least one network device is authorized to receive resource center processing and storing data from at least one supplier, and issue the command, at least one vendor resource center processing and storage is of data instruct the vendor to provide a resource center for processing and storing data, at least one network device. Another aspect of the invention is directed to a resource management system Central processing and storage of data containing the input, configured to receive a request to provide a resource center for processing and storing data, at least one network device and capable of receiving the indication that at least one network device is authorized to receive resource center processing and storing data from at least one supplier, controller, coupled to the input and configured to generate commands, at least one vendor resource center processing and storage of data and commands request that at least one supplier or holds the resource center for processing and storing data from at least one network device, or provides a resource centre for the processing and storage of data, at least one network device, and an output connected to the controller and configured to provide commands, at least one vendor resource center, data processing and storage. In the system resource centre, processing and storage of data may include what itania. In the system input may be further configured to receive a policy that defines the authorization procedure, at least one communication device for receiving resource center processing and storing data from at least one supplier. In the system, the controller may be further configured to access an identified user to authorize the request without policy compliance. The system may also include an interface configured to provide and receive status information belonging to the tasks required by the policy. The system interface may be further configured to request status information in accordance with the sequence of operations. BRIEF DESCRIPTION of DRAWINGS The accompanying drawings are not intended for plotting on the scale. In the drawings, each identical or nearly identical component that is illustrated in various figures is represented by a similar figure. For the sake of clarity, not every component may be labeled in every drawing. In the drawings: figure 1 shows the Central data processing and storage, in which there is a system execution policy provide a network device in accordance with one embodiment of the invention; figure 2 is a Ki is a flowchart of a process execution policy provide a network device in accordance with one embodiment of the invention; figure 3 depicts, in context, system to system execution policy provide a network device in accordance with one embodiment of the invention; figure 4 shows a generic computer system, which can be implemented in different embodiments of the invention; figure 5 illustrates the memory device universal computer systems; and 6 depicts the network of universal computer systems. DETAILED DESCRIPTION This invention is not limited in its application to the details of construction and arrangement of the components, formulated in the following description, illustrated in the drawings. The invention is capable of other options implementation and to be exercised or done in different ways. Also, the phraseology and terminology used here to describe should not be regarded as limiting. The use of "include", "contains", "is", "captures", "engages" and their changes here is intended to be not limited, i.e. including, but not limited to. At least one aspect of an existing invention relates to systems and methods of execution policy provide a network device. The policy of providing a network device may include SEB is a set of procedures, define specific tasks that must be done when adding or reconfigure the network device to the network. The network device may include, for example, any device that is capable of communication via the network. Examples of network devices include servers, desktops, laptops, routers, power distribution units (PDU), automatic transfer switches (ATS), network capable printers, switches, Exchanges of private branches Protocol (voice over the Internet (Voice over Internet Protocol Private Branch eXchanges, VoIP PBX, server devices and IP phones. The system or method of execution policy provide a network device can be made regarding network Central processing and storage of data, typically using automated center Manager data processing and storage, such as well-known InfraStruXure® Central Server, commercially available from American Power Conversion Corporation of West Kingston, Rhode island. In at least one embodiment, the policy process may be performed by limiting access network device to one or more resources of the Central processing and storage of data, an obstacle to the provider resource center, data processing and storage to ensure the resources of the Central data processing and storage network device is Wu and/or reinstruction provider resource center, data processing and storage to ensure the resources of the Central data processing and storage network device, while full compliance with the policy provision was not reached. Resource center processing and storage of data may include, for example, any characteristic of the Central data processing and storage, which allows network devices to function. Examples of resources processing center and data storage include power, cooling, physical space, remote control devices, virtualized resources, distributed computing resources, data storage common use, providing software, synchronization, network time, physical and logical security, physical and logical network connectivity and data transfer. These resources Central processing and data storage can be provided with various equipment Central processing and data storage. This equipment may include a network device. More specifically, examples of providers resource center processing and storage of data may include equipment for the production and distribution of electricity, equipment production and distribution of cooling, space, stand, logical network software tools enable communication and data transmission equipment, physical network equipment communication, physical about what rudovanie access control, equipment for data storage, equipment distribution services, applications, hardware, network time synchronization and equipment remote control device. Unlimited list of various approximate providers resource center processing and storage of data follows. Other providers can be used relative to the present invention, not retreating from it. Approximate equipment production and distribution of electricity may include transformers, automatic transfer switches (ATS), uninterruptible power supplies (UPS), generators, three-phase power distribution units, single-phase power distribution units mounted on the rack power distribution units and individual outputs power distribution units. Examples of suppliers of generation and distribution of cold may include computing the conditioning of air, liquid distribution system, refreshing distribution system, air-conditioned rack and stand fans. Exemplary logical network software tools enable communication and data transmission equipment can include servers domain name system (Domain Name System)servers, Active Directory, Microsoft Active Directory), Virtual Local area network, the server service remote authentication floor is identied via telephone lines, servers System access control access controller to the terminal, the lightweight directory access Protocol directory service servers remote authentication user dial-in service (Remote Authentication Dial In User Service), the system control network access, network security, servers, switch Ethernet service Protocol dynamic configuration host (Dynamic Host Configuration Protocol Services), server Protocol file transfer (File Transfer Protocol), Remote Direct memory access according to the compounds of the Internet Protocol, stabilizers download and InfiniBand switches. Examples of physical network equipment communication may include network wiring, patch panels, and physical matrix switches. Approximate equipment access control physical space may include security cameras, door locks premises, door locks rack, card reader, reader for RFID. Examples of equipment data memory for General use include servers, network file system, the storage server attached to the network, and network servers memory. Sample application services distribution include servers web services. Exemplary network hardware time synchronization may include servers Protocol set the CSOs of time. Examples of control equipment remote equipment may include servers console port and the Keyboard, Video and Mouse (KVM, KVM) switches. In one embodiment, once the job is defined by the policy, were completed, access to the limited resources of the Central processing and data storage can be provided. For example, a policy to ensure the network device may determine that the managing Director, Manager, new product development and the center Manager data processing and storage, all, shut down any new server installations which are the responsibility of their organizational units. Once all of these organizational shutdown occurred, center Manager data processing and storage can provide the ability to supply power to the proper point of the Central data processing and storage to maintain the new server. Embodiments of the present invention can limit the access to the resources of the Central processing and storage of data, carrying out centralized management of network devices that provide resources centre and data processing and storage other network devices. This centralized management can be administered via the network. Figure 1 shows one version of the implementation in accordance with izaberete the Institute of economy and management, when it is done in a centralized environment, the Central data processing and storage. The device 100 to the management center processing and data storage connected to the network 102. The network 102 is connected to the PDU 104 hours, the Administrator 106 virtual LAN (VLAN), console 108 Mouse Video Keyboard (CME), the system 110 of the network access system 112 provide a network device, server 114 domain name system (DNS)server 116 Protocol dynamically select the host (DHCP), auto-lock door 118, patch panels 120 and network device 122 via the patch panel 120. As will be discussed below, the device 100 to the management center processing and data storage can manage these devices edition of commands through the network 102. Figure 1 includes many sample resource providers Central processing and storage of data for the network device 122. PDU 104 hours delivers the power to the network device 122. VLAN administrator 106 allows access to one or more virtual local area networks network device 122. KVM console 108 supports remote and centralized user interface on a network device 122. Network access 110 provides a logical network access network device 122. System for providing network device 112 provides the software to fully activate network device is 122. The DNS server 114 provides the resolution of domain names to IP addresses for the network device 122. DHCP server 116 may provide at least one IP address of the network device 122. Auto lock 118 door allows entrance into the physical space, which is always a network device 122, which is in the center of the processing and storage of data may include rack space. Finally, the patch panel 120 provides physical network connectivity with the network device 122. This list of providers resource center, data processing and storage is not exhaustive, and other can be controlled, without departing from the idea of the present invention. In one embodiment, the instance of the contractor 300 assurance policy network devices discussed in relation to figure 3 below, can be active on the device 100 to the management center processing and data storage. The device 100 to the management center processing and data storage can be any device capable of executing centralized software management center for processing and storing data, including, for example, the Central server InfraStruXure®. Embodiments of the present invention can use systems, devices and methods described in U.S. patent application No. 11/342300, filed January 27, 2006, entitled "Methods and Systems for Managing Facility Power and Cooling", incorporated herein fully by reference. In accordance with the embodiment of the present invention, the device 100 to the management center processing and storage of data can limit access to network resources, issuing commands through the network 102 to the different suppliers 104-120 resource center, data processing and storage. Therefore, the device 100 to the management center processing and data storage can accept a request to allow access to resources of the data processing and storage to the network device 122. This request may take the form of an automated query block sequence of operations automatically prompted to turn on power to the network device 122, manually entered request, or any other form that can be taken the data unit 100 controls the Central processing and data storage. The control unit 100 by the Central data processing and storage may determine whether any applicable policies ensure network devices are satisfied. If the policy provide a network device, applicable to a network device 122 has been satisfied, the device 100 to the management center processing and storage of data may allow access to the resources of the Central processing and data storage access for the network device 122 edition commands, through the network 102, suppliers 104-120 resource center, data processing and storage. Figure 2 shows an example process 200 execution policy provide a network device according to one variant of implementation of the present invention. This process may be implemented using General-purpose computer system, as will be discussed in relation to figure 4 below. In block 202 begins the process 200. In block 204 is limited access to the Central data processing and storage. In one embodiment, this limitation is performed by instructing providers resource center, data processing and storage not to serve future requests network devices until you instruct to do so. These commands can be manual or automatic and can be remotely or locally initialized. The Protocol and the content of these commands can vary depending on the type of network resource providers, the receiving team. Therefore, it is important to understand that the identification and specifications suppliers resource center processing and storage of data can be written to process 200. Specifications network provider resource may include the type of network resource, in which he mediates, and communication protocols that it supports. In block 206 accept the query providing the network device. Typically, such a request may include identification provide a network device, providing functional type provide a network device and a set of resources of the Central processing and storage of data are required to enable functionality of a network device. Time may relate to the time when access to any requested resources centre and data processing and storage will be allowed. Functional type of network device can be based on the function that the device performs, for example, a server, printer, router, PDU, ATS, etc., and thus can determine which resources of the Central processing and storage of data requested. For example, the provisioning request, the network device may determine the web server, which will be provided at 12:00AM 1/12/2008 rack 123. In this case, the provision would be 12:00AM 1/12/2008, the functional type of the network device may be a web server, and the requested resources of the Central processing and data storage can include power, physical and logical network connectivity, physical access to the rack 123 and the installation of any software, normally provided by the web server. In block 208 authorized the request to provide a network device. This authorization, which may be partial or complete, manual or automatic, and shall be effective after compliance with any relevant policy support. Partial authorization belongs to the subset of required resources of the Central data processing and storage and may be granted when the subset of required resources of the Central processing and storage of data is not available or not necessary to activate the functionality of network devices. It is important to understand that any relevant policy provision may be authorized to process 200. It is also important to understand that, because the authorization is dependent on compliance with relevant policies ensure synchronization authorization is flexibly related to the requested time. For example, authorization may be granted for a few days before the requested time, or authorization could occur when the network device attempts to access the resource center, data processing and storage. In block 210 is queried to provide a network device. It can be full or partial and may include the resolution of the requested network device to access and/or take the resources of the Central processing and storage of data from providers resource center, data processing and storage, authorized in the lease, the Council of Europe. Partial execution belongs to the subset of the requested providers resource center, data processing and storage and can be completed when the request was partially authorized. In one embodiment, the access permit in response to the provisioning request network device to coaching providers resource center, data processing and storage to allow access to and/or provide resources centre and data processing and storage network device identified in the request for providing the network device. How to block 204 above, these commands can be manual or automatic and can be remotely or locally initialized. The Protocol and the content of these commands can vary depending on the type of network resource providers, receiving the command. In block 212, the process 200 ends. The process 200 depicts a preferred sequence of events. Other steps may be added, or the order of the steps may be changed in the process 200, without departing from the idea of the present invention. Figure 3 illustrates a system 300 for ensuring policy network device according to one variant embodiment of the invention. Any of these modules may be implemented in the code created by a software or by using the existing software, including GUI (graphic the ski user interface), e-mail, FTP, batch system interface, tool movement data system database, middleware, scanning with optical character recognition (OCR), any combination thereof, or otherwise. In addition, the modular structure and content specified below are only examples and are not intended to limit the invention to the specific structure shown in figure 3. As will be evident to a person skilled in the art many different modular structures can be designed, not deviating from the present invention. Specific unit location is presented on figure 3, was chosen to provide clarity. In one embodiment, the system 300 may be implemented as a component of the automated center Manager data processing and storage, such as the InfraStruXure Central Server®. The system 300 may include an interface 302 assurance policy, the interface 304 provisioning request, the interface 306 job security, Manager 308 provisioning request and the interface 310 resource center, data processing and storage. Module 302 adopts a policy of ensuring from various sources and provides this information to the module 308. Module 304 receives information provisioning request from various sources and provides this information to the module 308. The module 306 receives and the formation of job security from various sources and provides this information to the module 308. The module 308 receives information policy, request and job security and provides access command interface 310 resource center processing and storage of data, and resource data and information status request module 304. The access command may include a command provider resource center, data processing and storage, to allow or restrict access to network devices. Module 310 receives the access command from module 308 provides commands access providers 312-330 resource center, data processing and storage, and provides answers generated by suppliers 312-330 resource center processing and data storage module 308. Information can be moved by the flow between these modules, using any method known in the prior art. Such techniques include passing information over the network via TCP/IP, the passage of information between modules in memory and the passage of information written to the file, a database, or any other non-volatile storage device. The modules 302, 304, 306 and 310 exchange information with different sources and consumers. These sources and consumers can include system and user interfaces. In the exemplary embodiment shown in figure 3, the Manager 332 Central data processing and storage and the user 334 centre processing the data storage, each respectively communicating with the modules 302 and 304, while the state 336 Central data processing and storage communicating with the modules 306 and 310. In an alternative embodiment, this information may be exchanged with other applications or data carriers using the system interfaces exposed by the modules 302, 304, 306 and 310. Each of these modules may limit input predetermined information domain, and to verify the accuracy of any information entered to the use of the information or provide information to other modules. Module 302 exposes interfaces that receive and provide information assurance policy network device. In the embodiment, the module 302 may configure policies to apply to different provider resource center processing and storage of data or characteristics of the network device. For example, module 302 may configure one set of policies to apply to the cell-based servers, the second set of policies to apply to all network devices requested for certain classes identified racks within the Central data processing and storage, and the third set of policies to apply to all requests resource center, data processing and storage. The application of a policy, the aim is TES to other characteristics, it is possible, without departing from the idea of the present invention. Module 304 exposes interfaces that receive and provide information provisioning request network device and status information provisioning request. In one embodiment, after receiving the request, the module 304 can confirm availability of the requested resource center, data processing and storage by sharing information module 308. The module 304 may set the state information of the request, such as the progress made in the tasks identified relevant policies ensure, through information exchange state query module 308. Authorization and request module 304 may allocate request and provide complete status information. The module 306 exposes interfaces that receive and provide information of the status of the job security network devices. As discussed above, a policy of providing a network device may include a set of procedures that define the specific tasks that must be completed before activation provide a network device. In one embodiment, the module 306 may allow the review and maintain state information for jobs that are applicable to outstanding requests, by sharing information module 308. The module 306 may also include the step in itself the functionality of the sequence of operations, to help simplify the review and maintenance of state information, by sending users to continue to work and report the status of certain tasks. Module 310 exposes interfaces that receive and provide information resource center, data processing and storage. In one embodiment, the state 336 Central data processing and storage can configure information about suppliers 312-330 resource center processing and storage of data using the module 310. In another embodiment, the module 310 can automatically discover suppliers 312-330 resource center, data processing and storage. Module 310 may also be translated access command received from module 308, in certain protocols provider resource center, data processing and storage and issue these commands suppliers 312-330 resource. Module 310 may return any responses to commands from the access module 308. In one embodiment, the module 310 can be designed as submodules, each of which is capable of communicating with a specific functional provider type of resource data. The module 308 uses the policy, the request and information of the job to determine when the requested access to the provider resource center, data processing and storage was authorized, and issues commands access module 310 within the appropriate way. In one embodiment, the module 308 can verify the availability of resources of the Central data processing and storage, issuing commands access module 310 and evaluating the answers. The module 308 may include a feature control setting that determines which policies relate to the query, associating tasks that are managed by a policy request, and maintains the status of each task associated with the request. The module 308 may determine that the request has been authorized, when all tasks associated with the request have been completed, and may issue commands access to such authorized query module 310. Alternatively, the module 308 can be configured to allow a group of specific users to provide authorization request without requiring adherence to any suitable assurance policy. Finally, the module 308 can write, execute, any authorized request for which has successfully provided access to authorized providers resource center, data processing and storage. Above a certain process 200, according to one variant of the invention, may be implemented on one or more General-purpose computer systems. For example, various aspects of the invention can be implemented as special is specialized software, sung on the mainframe computer system 400, such as shown in figure 4. Computer system 400 may include one or more devices 401 output, one or more devices 402 input, the processor 403, connected to one or more device memory 404 through the mechanism 405 mutual connection, and one or more storage devices 406, connected with the mechanism 405 mutual connection. Device 401 output typically process information for an external representation, and their examples include a monitor and a printer. Device 402 input usually take information from external sources, and their examples include keyboard and mouse. The processor 403 is typically performs a sequence of commands leading to the manipulation of data. The processor 403 is typically a commercially available processor such as the Intel Pentium, Motorola PowerPC, SGI MIPS, Sun UltraSPARC, or processor Hewlett-Packard PA-RISC, but can be any type of processor. Device memory 404, such as a disk drive, memory, or other device to store data, typically used to store programs and data while the computer system 400. Devices in the computer system 400 can be connected to at least one mechanism 405 mutual connection, which may include, for example, one or more elementsas (for example, bus), which transmit data within the system 400. A storage device 406, shown in more detail in figure 5, generally includes computercity and writable non-volatile media 911 recording in which the stored signals, determining a program, executable by the processor or information stored on or in the media 911, which will be processed by the program. The carrier may, for example, be a disk or flash memory. Typically, in operation, the processor causes data to be read from non-volatile media 911 account to another memory 912, which allows faster access to the information by the processor than the 911 media. This memory 912 is typically a volatile memory such as dynamic RAM (DRAM), static RAM (SRAM). The memory 912 may be located in storage device 406, as shown, or in the device memory 404. The processor 403, in General, manages the data within the memory 404, 912, and then copies the data to the medium 911, after the processing is completed. Known different mechanisms for managing data movement between the carrier 911 and memory 404, 912, and this invention is not limited. The invention is not limited to the specific device 404 memory or storage device 406. Computer system 400 can be implemented with what ispolzovaniem specially programmed hardware special purpose, or may be a General-purpose computer system which is programmable using programming language of high level. For example, computer system 400 may include cellular phones and personal digital assistants. Computer system 400 typically executes an operating system which may be, for example, Windows 95, Windows 98, Windows NT, Windows 2000, Windows ME, Windows XP, Windows Vista or other operating systems available from Microsoft Corporation, MAC OS X, available from Apple Computer, operating system, Solaris available from Sun Microsystems, or UNIX available from various sources (e.g., Linux). Many other operating systems may be used, and the invention is not limited to any particular implementation. For example, a variant of implementation of the present invention can instruct providers resource center, data processing and storage to restrict access to network devices using universal computer system with a processor Sun UltraSPARC running on the Solaris operating system. Although computer system 400 is shown as an example of how one type of computer system that can be implemented in various aspects of the invention, one should understand that the invention is not limited to be implemented on a computer system is provided in figure 4. Various aspects of the invention may be implemented on one or more computers having a different architecture or components than that shown in figure 4. For example, one variant of implementation of the present invention may accept requests to provide a network device using multiple universal computer systems running on MAC OS X with the Motorola PowerPC processors, and several specialized computer systems operating on private hardware and operating systems. As shown in Fig.6, one or more parts of the system can be distributed to one or more computers (e.g., systems 109-111), attached to the system 108 communication. Physical media used in connection 108 may include any known in the prior art media, such as, for example, the physical wiring and/or wireless technology (e.g., RF, Infrared and so on). In addition, each physical media can meet various standards such as, for example, CAT 5 standard wiring or IEEE 802.11 wireless standards Bluetooth and Zigbee. Computer system 109-111 may also be a universal computer systems. For example, various aspects of the present invention may be distributed among one or more computer systems, konfigurieren the x, to provide a service (e.g., servers) on one or more client computers, or to complete a task as part of a distributed system. More specifically, various aspects of the invention can be performed on a client-server system that includes components distributed among one or more server systems that perform various functions according to various embodiment of the invention. These components may be executable, intermediate (for example, IL) or interpreted (e.g., Java) code that communicates via a communication network (e.g. the Internet) using a communication Protocol (such as TCP/IP). For example, one implementation may display status information provisioning request network device, for example, the browser interprets the HTML form, and can recover information provider resource center, data processing and storage, using the translation service data, running on a separate server. Various embodiments of the present invention can be programmed using object-oriented programming language, such as SmallTalk, Java, C++, Ada, or C# (C-Sharp). Other object-oriented programming languages may also be used. An alternative can be used functional script is nd and/or logic programming languages. Various aspects of the invention can be implemented in the unprogrammed environment (for example, documents created in HTML, XML or other format that, when viewed in a window browser, render aspects of a graphical user interface (GUI) or perform other functions). Various aspects of the invention may be implemented as programmable or non-programmable elements, or any combination. For example, the user interface assurance policy can be implemented using a Microsoft Word document, while an application developed for demand management software can be written in C++. You need to understand that the universal computer system in accordance with the present invention can perform functions outside the scope of the invention. For example, aspects of the system can be implemented using an existing commercial product, such as, for example, the management System database, such as SQL server available from Microsoft, Seattle WA, Oracle Database from Oracle of Redwood Shores, CA, and MySQL from MySQL AB of UPPSALA, Sweden, and WebSphere middleware from IBM Armonk, NY. If SQL server is installed on the mainframe computer system to implement a variant of implementation of the present invention, the same General-purpose computer system may be able to maintain base Yes is different for different applications. Based on the foregoing disclosure, it should be obvious to a person skilled the art, the invention is not limited to the specific platform of the computer system, processor, operating system, network, or communication Protocol. In addition, it should be obvious that this invention is not limited to a specific architecture or programming language. Now, having described some of describing embodiments of the invention, it should be obvious to specialists in the art that the foregoing is only descriptive and not limiting and are presented only by way of example. While the scope of this disclosure focuses on embodiments of the processing center and data storage aspects of the current invention can be applied to other types of networks, information technologies, such as local area networks and wide area networks. Similarly, aspects of the current invention can be used to achieve other goals, including the hardware standards network devices and project management of installation of the network device. Numerous modifications and other illustrative embodiments of are within the understanding of a specialist in the art and are considered as falling out of the boundaries of the scope of the invention In particular, although many of the examples presented here involve certain combinations of steps of the method or system elements, it should be clear that those stages and those elements may be combined in other ways to achieve the same objectives. Stages, elements and features discussed only in conjunction with one embodiment, not intended to be excluded from a similar role in other variants of the implementation. 1. Computer-implemented method of managing resources of the Central processing and data storage to implement policies ensuring network device in relation to Central processing and data storage containing phases in which: 2. The method according to claim 1, wherein the stage at which accept the request includes a stage on which to accept the requested activation of the mentioned at least one network device, and the stage at which accept the indication that the at least one network device is authorized, includes a stage on which you receive the indication that the activation time has passed. 3. The method according to claim 1, in which the phase in which the accept indication that mentioned at least one network device is authorized, includes a stage on which the accept indication apply this at least one network device. 4. The method according to claim 1, in which the phase in which the accept indication that mentioned at least one network device is authorized, includes a stage on which to take the ID of the network device, toskanamania or with a barcode associated with the data of the at least one network device or RFID tags associated with data less the th least one network device. 5. The method according to claim 1, in which the phase in which the accept indication that mentioned at least one network device is authorized, includes a stage on which the accept indication of compliance with the policy, determining the procedures to authorize access to the resource center processing and storing data from the at least one network device. 6. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which you accept the request, providing the physical space of the Central processing and data storage. 7. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which to accept requests for a connection to the patch panel. 8. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which to accept requests virtualized resources. 9. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which the accept request the services of the domain name system. 10. The method according to claim 1, in which the phase in the cat the rum accept requests resource center, data processing and storage, includes a stage on which the accept request services Protocol dynamic host configuration. 11. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which to accept the request of the service providing server console ports. 12. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which to accept the request for provision of security services for network access. 13. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which the accept request services software. 14. The method according to claim 1, wherein the stage at which accept requests resource center, data processing and storage, includes a stage on which to accept requests for food. 15. The method according to claim 1, additionally containing phase, which provides a resource center, data processing and storage mentioned at least one communication device in response to the command. 16. The method according to item 15, in which the phase in which the grant resource center, data processing and storage, including with the BOJ stage, where catering services are referred to at least one communication device in response to the command. 17. Machine-readable media on which is stored machine-readable signals, which are determined by the team, which as a result of execution by a computer instruct the computer to perform the method according to claim 1. 18. The resource management system of the Central data processing and storage to implement policies ensuring network device in relation to Central processing and data storage containing: 19. System p in which resource center, data processing and storage includes meals. 20. System p, where the entrance is additionally made with the possibility to adopt a policy that defines the authorization procedure mentioned at least one network device for receiving the resource center for processing and storing data from the at least one provider. 21. The system according to claim 20, further containing an interface configured to provide and receive status information relating to the tasks required by this policy. 22. The system according to item 21, in which the interface is additionally configured to request information status in accordance with the sequence of operations. 23. The system according to claim 20, in which the controller is additionally configured to allow an identified user to authorize the request without compliance with the aforementioned policy.
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