46 results about "Decentralised system" patented technology

Provided are systems, apparatus and methods for the management and control of a plurality of networking devices. Embodiments include a database at each node of a communications network, where the database stores all networking and/or security data associated with each networking device at all nodes. Further, a replication module communicates any networking and/or security data changes to the databases, and insures that each database has the same information. Other embodiments may include an adaptive networking module operable to analyze and optimize the behavior, performance and/or security of the networking devices, and a simulation module to insure that any optimization-related changes do not adversely affect any of the networking devices. Therefore, the network management systems, apparatus and methods advantageously provide a decentralized system of all networking and/or security data that allows each network node to individually optimize its, and the entire network's, networking performance and security.

The illustrative embodiments provide a chemical dispersion system comprising a number of chemical dispersion nodes, a chemical dispersion manager, and a processor unit. The processor unit executes the chemical dispersion manager to identify a pest problem and generate a chemical dispersion plan for execution by the number of chemical dispersion nodes.

Disclosed here is an information processing system capable of recognizing actions and circumstances of a user with respect to both space and time as a “situation” to recognize the user's request using a plurality of sensing nodes that work cooperatively with each another, thereby responding autonomously to the user's request according to the recognition results. The plurality of sensing nodes and a responding device are disposed in a target space to build up a network for recognizing the situation in the target space. And, a plurality of recognition means are used to recognize the situation with respect to both space and time related to the existence of the user. And, an integral processing portion (master) is selected from among the plurality of sensing nodes, thereby dispersing the system load. If there are a plurality of users, the system can make recognition in accordance with the request of each of those users.

A method for driving an active matrix electrophoretic display is provided. In a resetting period Tr, reset data Drest is supplied to a data line drive circuit and a reset voltage is applied to each pixel electrode. Next in a writing period, an image data is supplied to a data line drive circuit and a gradation voltage is applied to each pixel electrode. Subsequently a common voltage is applied to it, in order to take charge which is accumulated between the electrodes away, applying no electric field to a dispersal system. Then a displayed image is held.

An air dispersion system has a main supply line, a plurality of air outlets, which are connected via respective air exhaust routes to the main supply line, and at least one heating element, which is associated with at least one of the air outlets and can temper the air in the exhaust route of this air outlet.

The invention discloses a multi-system cooperative system and method for production process control of discrete manufacturing enterprises. The multi-system cooperative system is used for cooperative work and data sharing of a production management system with multiple production chains during production, and comprises an information management subsystem, a cooperative management subsystem and a data synchronization subsystem. The multi-system cooperative method includes: configuring the process and defining the production chains; conducting system mapping to finish automatic correlation of the systems and the production chains; building topology, and displaying topology connection directed graphs of systems in real time according to the production process configuration and regular files; dynamically adjusting the topology relation and building a final connection directed graph of the production systems; adding orders and selecting corresponding production processes for the orders; distributing tasks; synchronizing and updating data and mastering the production schedule in real time. The multi-system cooperative system and method achieves organic interconnection and data sharing of independent systems through effective integration of the discrete systems, achieves smart production of the enterprises and improves the whole efficiency.

The invention discloses a method for mobile information integration based on different business systems of a mobile application portal and comprises the following steps of: firstly achieving the multi-system multi-user multi-account management by constructing a mobile application portal; secondly achieving the authentication migration method of a plurality of decentralized systems by initial login configuration; and then achieving the integration application of crossing domains and not crossing domains by an automatic login mechanism. The method avoids the process of firstly establishing an enterprise portal and then achieving the multi-system mobile informatization, reduces the development cost and shortens the implementation time; by the determination of an access control list and the self-service authentication information registration of the user, the method achieves rapid migration and docking to a plurality of system authentication mechanisms; and based on the automatic login mechanism, the method achieves the business integration.

The invention provides a graded image retrieval method based on deep features of a convolutional neural network. According to the basic principle, the method comprises the steps of firstly, training the convolutional neural network used for feature extracting, and determining network parameters; then using the trained convolutional neural network to extract image features, and obtaining multiple convolutional layer binary system features and one full-joint layer binary system feature; secondly, applying the convolutional layer binary system features to a preliminary screening retrieval stage,conducting multi-feature similarity fusion after further compressing the features, sifting out a candidate image set, and reducing the retrieval range; finally, using the full-joint layer binary system feature to accurately retrieve the candidate image set to obtain a final retrieval result. As is shown by an experiment result based on a public image retrieval dataset, compared with an existing image retrieval method, the representing mode of the images of the graded image retrieval method is more comprehensive, a feature compression method is simpler and more efficient, and the retrieval accuracy is high; meanwhile, by means of a graded retrieval mode, the system calculation amount is dispersed, parallel accelerating is achieved, and the graded image retrieval method has practical value.

A method includes: obtaining, by a first device associated with a first user, descriptive information from a second device associated with a second user; determining whether the first device has received a user photograph of the second user of the second device; in response to determining that the first device has not received a user photograph: establishing a connection with the second device; receiving a user photograph; determining whether a request for a user photograph of the first user is received from the second device; in response to determining that a request for a user photograph of the first user is received from the second device, transmitting a user photograph to the second device; and terminating the connection with the second device; and displaying, to the first user of the first device, at least one of the user photograph and the descriptive information.

Finite element methods are unsuitable for a dispersed system. Particle methods suitable for a dispersed system are limited in the particle shapes only a sphere that requires many particles to model a complicated shape especially in 3D. Proposed procedures for a particle method are roughly as follows. 1): Judging the existence of the contact between particles as that between mathematically-smooth closed surfaces representing particle shape and size. 2): Assuming an imaginary contact point and an imaginary contact plane the same as when both closed surfaces are reduced with the same scale to touch at one point. 3): Calculating imaginary contact area and imaginary contact stiffness etc. using the above point and plane. Based on these procedures, particle shapes are not limited but smooth. Therefore, a more complicated shaped problem in a dispersed system can be analyzed with less number of particles. Additionally, combined use with finite elements is capable.

An aerial application dispersal system that comprises an aerial vehicle and an aerial dispersal unit. The aerial dispersal unit provides an insect control substance, a flake auger, and a motor to drive the flake auger for transporting the insect control substance to a dispensing chamber. The aerial dispersal unit also provides a glue substance, a pump, and a motor to drive the pump for transporting the glue substance from a storage container to the dispensing chamber for mixing with the insect control substance. The dispensing chamber is provided with a motor for forcing the insect control substance mixed with the glue substance out an exit portal for disbursement over the designated area. A control box, control switches, global positioning satellite system, and dispersal unit operator interface are also provided for automatically regulating the mixing and dispensing rate of the insect control substance and glue substance in relation to the ground speed of the aerial vehicle for maintaining a constant, uniform disbursement of a bonded substance over a designated area.

The invention relates to a granularity detection device which comprises a laser diffraction system, a sample injection system and a dispersion system, wherein the laser diffraction system comprises a laser system, a receiving system and a test region; the laser system and the receiving system are respectively mounted at the two ends of the base; the laser system is connected with the receiving system through a cable; a test region is an opening region arranged between the laser system and the receiving system. By adoption of modular design, before test, the dispersion system and the sample injection system are used for dispersing a sample, so that the sizes of tested particles are representative, and the obtained result is reliable and accurate; moreover, the three modules are combined, so that movement and assembling are facilitated; by adoption of an optical theory, detection and analysis of the granularity distribution of emulsion, suspension, aerosol, powder and particles are realized in a fastest way; the granularity detection device is high in test speed, wide in test range, high in repetitiveness and authenticity and easy and convenient to operate.

The invention provides a CC-LINK network architecture which comprises a main station and a remote device station. The communication between the main station and the remote device station is based on a CC-LINK bus. The invention discloses a specific CC-LINK application method. Through practice, the architecture developed through CC-Link, the remote device station and the gateway have the advantages of being real-time and open, complete protection function, fast communication rate, advanced network, convenient cabling and the like. Centralized monitoring can be carried out on disperse systems. The automation level of a system is improved. The labor intensity of workers is reduced. The accident rate is reduced. The service life of a device is prolonged. Energy saving and consumption reducing are realized. The efficiency is improved. The cost is reduced. The use needs of a user are met.