108 results about "Network completion" patented technology

A system, method and article of manufacture are provided for a first business entity to provide a network-based supply chain framework for collaborative order management between at least a second and a third independent business entity, such as a service provider, vendor, reseller, manufacturer and the like. A request for an order is received over a network with an automated system, from at least a second business entity. The order is transmitted over a network, with an automated system, to at least the third business entity. Information is received from the third business entity relating to a status of completion of the order by the third business entity using a network. The progress in completing the order is tracked based on the information received from the third business entity. Progress reports from the tracking are generated periodically; and transmitted to the second business entity using the network.

The invention relates to a robot walking control method based on the determined study theory. The method comprises the processes such as the establishment of robot walking model, the establishment of referenced gait model, the study on the neural network, the establishment of constant neural network, the completion of walking task by utilizing the constant RBF neural network, etc. The invention overcomes the disadvantages of learning ability in the current neural network study and the control method and realizes the accurate study of the unknown dynamic model of a robot closed-loop control system along the periodic gait track of the robot within a local area, and can study the effective knowledge of the system dynamics during the stable dynamic control process and apply the knowledge to the subsequent same or similar tasks successfully. The method not only can realize the rapid walking on the basis of energy saving, but also provides the powerful support for the development of the humanoid robots.

A method and an apparatus are provided for enabling a wireless communication over a network in response to an indication of an emergency. The method comprises causing a base station to provide a wireless backhaul link in an uplink frequency band for further sending a call over the network in response to the call associated with the emergency. Reconfiguration enables turning a base station or base station router into a high power terminal. In this way, emergency calls may be completed over a network having at least one malfunctioning backhaul communications link in a network backbone.

The invention discloses a novel neural network model for simulating biological bidirectional cognition capability, and a training method. The model consists of a positive neural network and a negative neural network. The positive neural network completes the simulation of a positive cognition process from the input to the output, and the negative neural network completes the simulation of a positive cognition process from the output to the input, wherein the two neural network structures are symmetric, and share a weight. The corresponding connection weight matrixes of the positive and negative neural networks are in a transposition relation. According to the invention, a coordinative structure of the positive and negative neural networks which are symmetric in structure and shares the weight is built, thereby achieving the simulation of the biological bidirectional cognition capability. A mode of negative learning process is introduced into a process of a standard BP algorithm, and a novel neural network training method is proposed.

The invention discloses a channel state information reconstruction method based on deep learning. The method comprises the following steps: obtaining an NBS * Nc-dimensional channel matrix H on a frequency domain at a user side; converting the obtained channel matrix H into an angle delay domain channel matrix Ha with only non-zero elements; in the angle time delay domain, acquiring a new dimension matrix by advancing in the intercepted channel matrix Ha, converting the new matrix into a non-sparse vector X with the dimension of 2N * 1, wherein the non-sparse vector X serves as to-be-compressed data, and carrying out compression through the compressed sensing technology to obtain to-be-fed back channel state information Y; reconstructing and training a channel state information network; and according to the trained ReNet network model, recovering Y as input data of the network and as output data of the network from the obtained channel state information Y to be fed back, and performinginverse Fourier transform to obtain original CSI after obtaining. The original CSI data obtained by the user side is processed, subsequent compression and feedback are facilitated, and recovery ofthe compressed data is completed through the network trained by the known samples.

Embodiment methods and systems enable completing online transactions when there is insufficiently reliable connectivity between the initiating computing device and the remote server to enable completing the transaction directly. Transactions in such situations are accomplished using a RESTful Delay Tolerant Network. A set of messages constituting the web transaction are bundled, together with instructions and other metadata, in a manner that enables intermediate nodes in the network to complete the transactions on behalf of the source computing device. The source computing device then delegates the web transaction to an intermediate node. If the intermediate node can complete the transaction with the destination device, it does so on behalf of the source computing device. If not, the intermediate node delegates the web transaction to another intermediate node, which may be repeated until an intermediate node is able to complete the transaction with the destination.

The transmission of data is accomplished across a network having wireless and wired interfaces. Data is transferred through a wireless interface from an Access Point to a Client/Bridge and then to one of a Intelligent Electrical Device (IED) connected to the Client/Bridge through a wired connection. Data is transferred from the Access Point to the Client/Bridge through a 4 address mode wireless interface having originator, transmitter, receiver and destination address fields. The originator address uniquely identifies an IED in the overall network, the transmitter address identifies the AP transmitting the data, the receiver address identifies the Client/Bridge receiving the data through the wireless interface while the destination address refers to one of the IEDs connected to the Client/Bridge through the wired interface. Communication can also be performed in reverse from one of the IEDs connected to the Client/Bridge through the wired interface to an IED in the overall network. The Client/Bridge determines context cache information representing the media access control numbers of each of the IEDs connected to the Client/Bridge through the wired interface and transfers this context cache information to the AP. In the event of a failure of the Client/Bridge, the context cache information stored at the AP can be transferred to the Client/Bridge using the wireless interface to facilitate recovery of the Client/Bridge.

Techniques for configuring network parameters to a device are disclosed. In an embodiment, the device is a service processor that provides administrative capabilities to another device and that does not include a terminal. The network parameters include a network address, and configuring is done over a network. A user, from a configuring machine, sends a packet including the to-be-assigned address and the identifier of the configured device to the network. To acquire the packet and thus the address, the configured device regularly checks the network for the packet having the device's identifier. Having acquired the address, the device configures itself, and, to confirm that the address has been configured, the device generates a response to the configuring machine. Once the device is configured with the address, the device disables the automatic configuration feature until the device is in an un-configured state.

Included in the terms of a purchase or lease agreement, particularly pertaining to automobiles, a party having a business relationship with the seller or lessor, or the seller or lessor itself, agrees to provide a policy, including at least collision and/or comprehensive coverage, to a qualified buyer. The insurance coverage protects against losses related to the item being purchased or leased for a predetermined period of time. To be qualified, the purchaser or lessor must reside in a particular geographic region and purchase or lease, for example, a particular make and model of automobile. No further characteristics of the purchaser or lessor are considered in obtaining the insurance policy. The sale or lease of the item and provision of the insurance policy may be completed over a computer network, such as the Internet.

The invention discloses a dynamic resource allocation method for a beam-hopping satellite system based on deep reinforcement learning. The method comprises the following steps: step 1, establishing a service model of a forward link of a beam-hopping GEO satellite system; step 2, storing a data packet of a service arriving at a ground wave position in each time slot in a data packet buffer queue; step 3, utilizing a degree reinforcement learning algorithm to model a resource allocation module of the satellite into an intelligent agent, and designing state input of the intelligent agent, an output decision action of the intelligent agent and an award of an evaluation action; 4, simulating the deep reinforcement learning algorithm in the step 3, and continuously training decision neural network weight parameters of the deep reinforcement learning algorithm; and step 5, completing dynamic allocation of the resources of the beam-hopping satellite system by using the decision neural network obtained by training in the step 4, and solving an optimal scheme of resource allocation of the beam-hopping satellite system. According to the invention, the transmission delay of the data packet is reduced, and the throughput of the beam-hopping satellite system is improved.

The invention discloses a network switching method and device and electronic equipment, and belongs to the technical field of communication. The method comprises: switching from a first mobile communication network to a second mobile communication network; executing a target service based on the second mobile communication network, the first mobile communication network being an Nth generation mobile communication network, the second mobile communication network being an Mth generation mobile communication network, M being less than N, and both M and N being positive integers; under the condition that the target service is completed based on the second mobile communication network, executing cell measurement on the first mobile communication network to obtain a measurement result; and switching back to the first mobile communication network from the second mobile communication network according to the measurement result. According to the network switching method provided by the invention, the second mobile communication network can be quickly switched back to the first mobile communication network, so that the second mobile communication network is prevented from staying for a longtime, and the network communication service quality can be further improved.

The invention discloses an Internet of Things access control system and method based on a block chain, and the method comprises the steps: S1, carrying out the initialization, building a certificate,building a HyperledgerFabric network, and completing the initialization of a block chain network; s2, chain code installation: after a HyperledgerFabric network is established, designing chain codes,and then enabling an administrator to install all the chain codes on a common node by executing a command on a Hyperledger client; s3, strategy making: enabling the user and the administrator to complete making of an access control strategy together and store the access control strategy in the blockchain system, and then enabling the administrator to upload the made access strategy to the blockchain system; s4, uploading the resource URLs, reporting the resource URLs to an intelligent gateway by the equipment, and then uploading the resource URLs to a block chain system and the like by the intelligent gateway; according to the invention, the security and throughput of the Internet of Things control system are improved, and the data consistency and the like can be ensured.

The invention discloses a network transaction platform. The network transaction platform comprises a recommended listing system, a directional financing system, a share transaction system and an information disclosure system; the recommended listing system, the directional financing system, the share transaction system and the information disclosure system are arranged in parallel. Material submitting and checking between enterprises, recommendation institutions and exchanges are finished through the network, an objection is raised on files which have a problem in submitting or are submitted unqualifiedly in time, enterprise staff and the recommendation institutions can effectively correct the files in time through the network, the staff can finish related operations only by sitting in front of a computer, it is not needed that staff of the enterprises and the recommendation institutions go to the exchanges and back many times, the time of the enterprise staff is shortened greatly, a large number of materials do not need to be collated by the staff and workloads of the staff are relieved greatly to a certain extent. The whole structure is simple, operation is easy, transactions can be achieved effectively, efficiently, rapidly and conveniently, and the requirements of modern rapidly developed commercial transactions are met.

The invention discloses an information processing method and device and a storage medium. The method comprises the steps of: detecting whether a preset event is received or not; and if so, carrying out corresponding processing according to a preset strategy, and carrying out first processing on at least one first device directly connected with the processing device according to a first rule, and/or carrying out second processing on at least one second device indirectly connected with the processing device according to a second rule. According to the invention, after the preset event is received, corresponding processing is carried out through the preset strategy, first processing is carried out on the first device, and/or second processing is carried out on the second device, so that the situation that only simple information processing can be carried out among the devices after connection establishment of the connection network is avoided, and information processing after mutual connection establishment of the device is more intelligent, convenient and flexible.

The invention discloses a named entity recognition method based on a mixed lattice self-attention network, and the method comprises the steps: S1, encoding a sentence feature vector represented by a word pair into a matrix with a fixed dimension, and obtaining a word vector representation of a mixed lattice structure; constructing a self-attention network to capture the influence of a word vector on a word vector in the vector, and enhancing the feature representation of each word vector; word features are fused in an Embedding layer of BERT, and better word vector representation is obtained through learning by fine tuning of a learning process; an entity sequence labeling task and a decoding process in entity recognition are realized according to a BiLSTM-CRF network, modeling of fused character features is completed through the network, and an entity recognition model based on the hybrid lattice self-attention network is constructed. According to the method, global vocabulary information can be captured, semantic-rich word vector representation is generated, and the Chinese named entity recognition precision is improved on multiple data sets.

A method, system, and television for television picture reproduction via a network is provided. The television receives picture reproduction request information sent from a terminal device, real-time encodes video and audio data inputted from a multimedia server, respectively packs the encoded video and audio data into video data packets and audio data packets, and sends the video data packets and the audio data packets to the terminal device. The terminal device performs playback according to the video data packets and the audio data packets. Thus, the method accomplishes television picture reproduction through a network to fulfill short-distance picture reproduction requirements without occupying resources and network bandwidth of the multimedia server.

The invention provides a method for encrypting/ decrypting IP short messages based on SMS over IMS; the method comprises the steps: when LTE (Long Term Evolution) users send and receive IP short messages in the IMS region in an SMS over IMS manner, the short messages are encrypted short messages, the content parts of which are ciphertexts; an IP short message encrypting and decrypting centre of the users finishes the encryption and decryption at the network side and then returns the IMS core network to finish the follow-up route at the end of the encryption and decryption. The corresponding technical solution is provided by analyzing the technical feature of the SMS over IMS and deeply analyzing key problems; the coordination of user registration management and user's secret key in the registration process is realized by the iFC (Initial Filter Criteria) triggering mechanism of the IMS and the encrypting and decryption functions of the short message contents in the IP short messaging service process are realized; the coordination of the terminal side to the encrypted and decrypted secret key is realized and the function of the short message content from encryption/decryption to representation on user's interface is realized by developing new terminal application software; the scheme can be implemented without modifying the present network equipment and the cost of operation and maintenance is lower.

The invention relates to a video pedestrian re-recognition method based on Transform space-time modeling. The method comprises the following steps: firstly, extracting frame-level features by using an image-level feature network ResNet50, then adding position information to the frame-level features through a position coding layer to ensure sequence information of video frames to the greatest extent, then completing space-time modeling on recoded features through a Transform network, and further extracting space-time features with higher discrimination performance. According to the method, position codes are added to frame-level features, so that time sequence information of video clips can be fully utilized; a Transform structure is utilized to map input features to three spaces for feature fusion, so that more robust spatial-temporal features are extracted, and the performance of the network is improved; an end-to-end network model is provided, the application process from input to model to output is realized, and the training difficulty of the pedestrian re-recognition network model based on the video is reduced.