95 results about "Communications server" patented technology

The invention relates to the technical field of software development, in particular to a zero-code protocol analysis and full-link visualization commissioning and testing method for a heterogeneous terminal, which comprises the following steps of: acquiring protocol configuration information of the heterogeneous terminal input by a user through a visual interface, analyzing communication parameters and message rules in the protocol configuration information, and performing full-link visualization commissioning and testing on the protocol configuration information. Constructing a standardized protocol model instance; and initializing a communication server according to the communication parameters in the protocol model instance, and establishing a one-to-one mapping binding relationship between the network monitoring port and the protocol model instance. According to the method, the data flow of a network monitoring port is monitored, the corresponding protocol model instance is called based on the protocol routing rule to execute bidirectional data automatic conversion and full-link adjustment and test, a transparent test channel which is running as configuration is constructed, and the black box operation defect that rule definition and effect verification are separated in the past is overcome; and fusion and integration of massive stock terminals to a unified service platform are realized.

Systems and methods are disclosed for transitioning multi-channel call center customer experience via user interfaces. An example method includes obtaining, by a communications server, contact information of a contact. The example method includes establishing, by the communications server, a first connection between a contact and an agent terminal over a first communication channel. The example method includes establishing, by the communications server, a second connection between the contact and the agent terminal over a second communication channel. The example method includes sending a first communication to the contact from the agent terminal across the second communication channel. The example method includes receiving, at the agent terminal, a second communication from the contact across the second communication channel.

A system includes in-vehicle apparatuses that acquire information on operation features of multiple respective drivers with different driving characteristics, and a server apparatus that communicates with the in-vehicle apparatuses. The server apparatus executes a process to derive a criterion for classifying the operation features into multiple categories according to the driving characteristics using the information on the operation features, and transmits, to each of the in-vehicle apparatuses, information to construct a model that classifies an operation feature into a category based on the criterion, on the condition that the criterion corresponds to a predetermined degree of convergence. Each of the in-vehicle apparatuses classifies a driver's operation feature into a category using the model.

A computer-implemented method of collaborative decision making between a plurality of participant devices is described. The method comprises: establishing a connection between a server and each of the participant devices, wherein the participant devices are remote from the server: assigning to each of the participant devices connected to the server one of a plurality of options; and (a) establishing, by the server, a plurality of device groups and assigning each of the participant devices to one of the device groups such that there are two or more differing assigned options across the participant devices of each device group, the set of assigned options across a device group being defined as an option set; and establishing, by the server, one or more master groups, each master group comprising one or more device groups which are assigned the same option set. Then, the method further comprises (b) within each device group: (b1) transmitting to each of the respective plurality of the participant devices data comprising the option set assigned to the device group; (b2) establishing a communications link, via the server, between the participant devices of the device group, allowing communications between all devices within the device group for a set time period; (b3) receiving, at the server, a selection from each of the respective plurality of the participant devices of one of the options of the option set transmitted to it in step (b1), where the option that received the most selections within the device group is defined as the device group selection; and (c) assigning, by the server, the consensus option of each master group to each of the participant devices within the master group, thereby replacing the option previously assigned to each participant device. The consensus option comprises either: the option that received the most selections across all participant devices within the master group; or the option that received the most device group selections across all device groups of the master group. The method then comprises (d) closing the device groups; performing at least one further iteration of steps (a) to (d) and outputting a decision result comprising the one or more remaining options assigned across the participant devices.

A method performed by a first device for handling a sharing of a presentation in an ongoing real-time communication session between the first device and a second device in a communications network is provided. The presentation being displayed in a first screen of the first device and is to be shared in a second screen of the second device. Upon initiating the sharing of the presentation, the first device triggers a front facing camera at the second device to capturing one or more second images towards a face of a second user of the second device. The first device obtains a feedback relating to whether or not the presentation to be shared is visible at the second screen. The feedback being based on an examining of the one or more second images to identify reflections reflecting the presentation when displayed in the second screen that corresponds to the presentation displayed in the first screen.

Systems and methods initialize distributed client device membership for new client devices joining a group-based communication channel established for content exchange among a plurality of distributed client device members. The systems and methods comprise aspects for executing a content analysis over the content of the one or more group-based communication channels to identify characterizing terms associated with each group-based communication channel. After the content analysis is performed, systems receive search parameters from a potential new member client device for a group-based communication server. Various systems and methods provide selected search results generated based at least in part on a determination that characterizing terms match one or more of the search parameters to the client device. Those selected results comprise a target that is executable by the client device to join the associated group-based communication channel.

The invention discloses a medical image encryption method based on a trap door network and a diffusion model, and relates to the technical field of image encryption. The method comprises the following steps: encrypting a focus image scanned by medical equipment of a patient by using a session key through key negotiation between the patient and a doctor, and sending the encrypted image to an image filing and communication server; and when the doctor needs to look up the lesion image, decrypting the ciphertext image through the previously established session key, and recovering the corresponding original lesion image. The image encryption / decryption network of the invention is composed of a Diffusion model and a trap door network. The trap door network enhances the security of the medical image encryption method, and the forward generation and sampling process based on the Diffusion model ensures the security of the encrypted image and the high-quality reconstruction effect of the decrypted image.

This invention belongs to the field of data processing technology and provides a synchronous measurement data storage and retrieval system and method for regional energy internet, including: multiple distribution network synchronous phasor measurement devices, a front-end communication server, a database server, and an application server; the front-end communication server includes multiple threads, each thread is connected to a distribution network synchronous phasor measurement device, and the thread is used to receive distribution network synchronous phasor measurement data and perform data decoding, and write the decoded data into a first named pipe; the database server is used to distribute and store the decrypted power grid synchronous phasor measurement data read from the first named pipe; the application server includes a monitoring interface human-machine interaction module, which is configured with database sources and query statements, and is used to receive the corresponding device's operating data obtained from the database server, write it into a second named pipe, and each thread accesses the second named pipe in sequence and feeds back to the corresponding device.

This invention discloses a microtexturing treatment and lamination process for the copper foil surface of a low-thermal-expansion high-frequency copper-clad laminate (CCL). Belonging to the field of CCL manufacturing technology, it solves problems in existing CCL technologies, such as the difficulty in balancing peel strength and high-frequency transmission performance, excessively high coefficient of thermal expansion, easy delamination between layers, and patent conflicts. This invention employs a combined plasma etching and chemical micro-etching process to prepare a honeycomb-like pit-column-protrusion composite microtexture on the resin-coated surface of the substrate copper foil. After modification with a fluorine-containing and aminosilane coupling agent and mixed passivation treatment, a surface-modified copper foil is obtained. This foil is then laminated with a low-thermal-expansion high-frequency prepreg containing linear polyarylamide through a segmented preheating, gradual pressure curing, and slow cooling and depressurization process to prepare the CCL. This invention features a simple process, conforms to industrial practice, exhibits excellent overall performance, effectively avoids patent conflicts, and is suitable for high-end fields such as 5G communication and AI servers.

Methods, systems, and machine-readable media are disclosed in some examples that automatically initiate a connection to a network-based communication session using a second communication application in response to a communication service detecting that a user is unable to join the network-based communication session using a first communication application. The first and second communication applications can be on the same or different computing devices. For example, if a user's desktop device is unavailable or experiences connectivity issues, a communication server can automatically request a communication application on the user's mobile phone to join the network-based communication session.

A system and method for facilitating a collaborative conversation with an AI companion are provided. The system utilizes artificial intelligence and machine learning to monitor end user well-being, provide reminders for routine activities, provide real-time notifications to facilitators, and facilitate simulated social interactions with an AI companion. The system comprises a computing device, a server platform, and at an Application Programming Interface (API), configured to facilitate communication between the computing device and the server platform. The server platform houses a knowledge base and a learning language model. Information and conversational prompts are received from the end user via the computing device and relayed via the API to the server platform and processed by the learning language model with reference to the knowledge base, such that a response is formulated by the learning language module and transmitted from the server platform to the end user via the API and computing device.

The application discloses a secure communication method, which comprises the following steps: a terminal device sends a session key request message; a key distribution center receives the session key request message, determines to obtain a key between a second quantum key distribution node and a first quantum key distribution node based on the session key request message, and sends session information to a server; the server receives the session information, and sends a key request message to the first quantum key distribution node; the first quantum key distribution node receives the key request message, obtains a session key, and sends the session key to the server; the session key is used for the server and the terminal device to perform secure communication; and the server receives the session key, and sends the session key to the terminal device. The application also discloses a server, a key distribution center, a terminal device, a key update terminal device, a first quantum key distribution node, a computer readable storage medium and a computer program product.

The invention discloses a cross-power automation system data acquisition method and system based on a secure access area, and the method comprises the steps: a target system creates an acquisition channel, associates the acquisition channel with an acquisition channel of a source system, and distributes a corresponding data storage area for the acquisition channel; the source system master station communication server acquires power terminal acquisition data generated in real time, forms an acquisition data file together with the source system acquisition channel identifier, and sends the acquisition data file to a target system through a reverse isolation device; a security access processing unit of the target system security area reads the acquisition data file, and stores the power terminal acquisition data in the acquisition data file to a data storage area corresponding to a target system acquisition channel identifier associated with the source system acquisition channel; the data processing unit of the target system security area analyzes the data of the data storage area, and visualization software visualizes the analyzed data. According to the cross-power automation system data acquisition method, the resident network communication overhead does not exist, and the operation and maintenance cost is lower.

The system includes a sensor mounted on a passive element of the network, defined by optical boxes or optical fibers, to detect operational parameters of the passive element and periodically produce data packets that represent reference operating conditions and, in real time, data packages that represent anomalous operating conditions detected by the sensor; an input portal maintained in communication with a group of sensors; a server that receives data packets from the input portals, decoding and authenticating them; and a platform receiving, from the server, the data packets of reference operating conditions and of the anomalous operating conditions, storing them and making them available to a network administrator, to be selectively or automatically sent to a field technician, via a mobile computing device.

A system includes a communication server 102; at least one merchant communication device 109, associated with a merchant and configured to accept potential orders and / or confirm orders for pickup; at least one driver communication device 106, associated with a driver vehicle; and a communication network device 108 configured to establish communication with the communication server 102, at least one user communication device 104, at least one merchant communication device 109, and at least one driver communication device 106; wherein the communication server 102 includes at least one processor 116 and at least one memory 118, the server 102 being configured, under the control of one or more of the at least one processor 116, to execute instructions stored in one or more of the at least one memory 118 to: store data related to historical merchant behavior, including aggregated data from the merchant communication device and / or driver communication device regarding when potential orders were accepted and / or when orders were ready for pickup; determine, based on the stored historical merchant behavior, which merchants exhibit standard behavior and which exhibit non-standard behavior, wherein non-standard behavior includes a deviation greater than a threshold time between order acceptance and order readiness for pickup, indicating a readiness delay; and store, based on the determination, a list of merchants exhibiting standard behavior and a list of merchants exhibiting non-standard behavior.

In the method for communicating with a device (ATT) an attestation (A) of the set of device-supported data providers (AS1, AS2) is requested from the device (ATT) and the attestation (A) of the set of device-supported data providers (AS1, AS2) is received and validated (AV), and depending on the set of device-supported data providers (AS1, AS2), the communication with the device (ATT) is conducted. The Server (MS) is configured to carry out this method.

Certain aspects of the disclosure are directed to apparatuses and methods involving a data-communication apparatus that includes a data-communications server and processing circuitry in communication therewith. The data-communication server interfaces with a plurality of remotely-situated client entities for providing data communication services. The processing circuitry accesses an archive of digital voice data indicative of transcribed audio conversations for at least one of the plurality of remotely-situated client entities, calendar information, and a client data-communications server for geographic information of the agents and system parameters. The processing circuitry analyzes the digital voice data associated with the agents, the calendar information, and the system parameters to predict relevant routing data including, as examples, a call answer rate for agents of a geographic region of the at least one remotely-situated client entity for a period of time.

The embodiment of the utility model provides a combined high-strength data communication server, and relates to the technical field of communication servers. Comprising a U-shaped plate, the two sides of the U-shaped plate are movably sleeved with two-way lead screws, the outer walls of the two-way lead screws are in threaded connection with threaded blocks, a telescopic frame is hinged to one sides of the two threaded blocks, a sliding block is hinged to one side of the telescopic frame, and the two threaded blocks and the sliding block are movably sleeved with a sliding groove. A top plate is movably mounted at the top end of a U-shaped plate, two threaded blocks perform threaded movement on the surface of a two-way screw rod by screwing the two-way screw rod, the movement of the threaded blocks pushes a telescopic frame to stretch and unfold, the telescopic frame also drives a sliding block to slide in a sliding groove, and a mounting plate is pushed to be movably embedded into a mounting groove by stretching and unfolding the telescopic frame. The top plate is fixed to the top end of the U-shaped plate, the stress area is increased through flexible screwing, installation firmness and stability are improved, and meanwhile later disassembly and maintenance work is facilitated.

The application discloses a multi-party mobile communication quantum encryption system, which comprises a first quantum key distribution device arranged in a first region, a first communication server in communication connection with the first quantum key distribution device, and a plurality of first communication terminals in communication connection with the first communication server; a second quantum key distribution device arranged in a second region, a second communication server in communication connection with the second quantum key distribution device, and a plurality of second communication terminals in communication connection with the second communication server; the first quantum key distribution device is in remote communication connection with the second quantum key distribution device, and the first communication server is in remote communication connection with the second communication server. Terminal equipment downloads keys belonging to it from a key pool to a terminal key chip in batches, selects quantum keys from a local terminal key chip for encryption during encrypted communication, and only transmits encrypted data to a target terminal through a communication server, so that the risk of stealing quantum keys during communication is reduced.

An in-vehicle apparatus installed in a vehicle includes a communication unit configured to communicate with a server apparatus configured to provide a plurality of content distribution services, and a control unit configured to, in response to receiving user input to set an age restriction, apply the set age restriction regardless of which content distribution service is used when one of the content distribution services is used via the communication unit.

A vehicle data communication system includes a server-side electronic control unit and a client-side electronic control unit configured to communicate data with each other via a communication path. The server-side electronic control unit includes a server-side communication band setting unit configured to work in conjunction with server-side service discovery. The client-side electronic control unit includes a client-side communication band setting unit configured to work in conjunction with client-side service discovery. The server-side communication band setting unit and the client-side communication band setting unit are configured to dynamically set a predetermined communication band.

The application aims to provide a charging gun returning detection system and a charging gun returning detection method, which can effectively combine the charging pile data interface for data processing, have good network remote data transmission capability, push messages to users through SMS and subscription message interface, fully utilize data for calculation and analysis through business logic processing, and standardize and simplify the charging user gun returning behavior. The application comprises a data communication server, a smart terminal device and a smart detection module, the smart terminal device and the smart detection module are both independently connected with the data communication server for communication, and the application is applied to the technical field of computer data processing and charging piles.

The invention relates to a catenary equipment training system and a control method. Comprising a high-simulation hardware simulation module, an intelligent teacher machine management module, a multi-terminal student practical operation system module, a WebAPI data communication server module, an automatic evaluation system module, a central control and display system module and a data storage module in bidirectional data connection with the WebAPI data communication server module. According to the catenary equipment training system, 1: 1 high-simulation hardware is adopted to simulate a typical structure of a catenary, the operation process and mechanical feedback are truly restored, and the training immersion and the practical operation pertinence are improved; multi-terminal cooperative training is supported, multi-person and multi-project training can be carried out at the same time, and the training requirements of trainees of different levels are met in combination with switching of multiple practical training strategies; through the technical means of high-simulation hardware simulation, intelligent teacher management, multi-terminal collaborative practical operation, automatic evaluation, data visualization and the like, standardization, intelligence and safety of special repair training of the overhead line system are achieved, and the training efficiency and the talent training quality are improved.

The utility model provides a multilink redundancy GPU server cluster communication server, relates to the server technical field, including server main part and control device, server main part internal back side is provided with control device, server main part internal two sides vertical array distribution are provided with spring mounting strip, spring mounting strip surface is provided with first flat cable rack in clamping mode, the first flat cable rack is provided with the first flat cable rack, and the second flat cable rack is provided with the second flat cable rack. A second wire arrangement frame is arranged at the bottom of the first wire arrangement frame, a wire arrangement plate is arranged on the top face of the first wire arrangement frame and comprises wire arrangement strips and flexible connecting wires, wire arrangement arc grooves are formed in the top faces of the wire arrangement strips, the ends of the adjacent wire arrangement strips are connected through the flexible connecting wires, and the wire arrangement arc grooves can clamp circuits according to the sizes of the different circuits. Compared with the prior art, lines of different specifications can be effectively stored and managed, on the premise that the line connection state is guaranteed, the wiring board can be overturned and rolled, a clear and unobstructed operation space is provided for maintenance of a control device, and interference of line blocking in a traditional server on maintenance work is avoided.

Certain aspects of the disclosure are directed to apparatuses and methods for analyzing customer-interaction metrics from digital data in a data-communications system. An example method includes: accessing digital data from a computer-accessible database that is indicative of communication interactions between personnel of and at least one customer of a client entity and that includes parameters corresponding to at least one of words, phrases and speech parameters; identifying, based on the digital data and for the personnel of the client entity, at least one customer-interaction metric that has one or more associations with one or more outcomes of one or more of the communication interactions and that is outside a threshold value or rating established for or on behalf of the at least one agent of the client entity; and adjusting, via data-processing computer circuitry based on the digital data, at least one of the customer-interaction metrics and the one or more associations and providing feedback to the data-processing computer circuitry in response to said adjusting, for assessing an outcome of further instances of the one or more of the communication interactions involving the personnel of the client entity.

METHODS FOR LOADING A COMMUNICATION PROFILE INTO A SECURE ELEMENT, SECURE ELEMENT, ASSOCIATED COMMUNICATION SERVER AND DEVICE The method for loading a profile into a secure element (SE 15) equipping a communication device comprises, successively: a) a first phase (S51 to S58) of personalization of the communication device, comprising a first step (S54 to S57) of transmission to the communication device of encrypted data representing the profile from a profile provision server (SM-DPf 10);and b) a second phase (S59 to S66) of linking the profile (P) with an identifier of the secure element (SE), comprising a step (S63) of authentication of the secure element (SE) by the profile delivery server (SM-DPf), a second step (S64) of transmission of cryptographic elements enabling the decryption of the encrypted data representing the profile (P), from the profile delivery server (SM-DPf) to the secure element (SE), a step (S65) of decryption of the encrypted data by the secure element (SE) and a step (S66) of installation of the profile (P) by the secure element (SE). (Figure 2);

A communications server apparatus for simulating supply and demand conditions related to a transport service and deriving associated spatio-temporal prediction data, the communications server apparatus comprising a processor and a memory, and being configured, under the control of the processor, to execute instructions stored in the memory to: obtain supply and demand data, said supply data comprising service provider location and availability data and said demand data comprising user bookings data; generate, using said supply and demand data, aggregated supply and demand data comprising a plurality of data records associated with a plurality of respective predetermined time periods, each record being representative of an available supply pool of one or more service provider types in one of a plurality of regions, and demand therefor, during the respective predetermined time period; generate, using said supply and demand data, probability data for each of said plurality of regions and supply pools in relation to respective predetermined time periods, said probability data comprising probability values representative of a likelihood of demand associated with respective time slot / supply pool / region combinations; perform a simulation of supply and demand conditions in said plurality of regions by mapping said aggregated supply and demand data to said probability data in a trained forecasting model and generating prediction data for each of said plurality of regions and supply pools, said prediction data being representative of a probability that a service provider will receive a user booking in a specified region within a predetermined period of time; and output said prediction data for display on a service provider communications device.

A communication apparatus is described. The communication apparatus may comprise reception circuitry configured to receive a reference signal, processing circuitry configured to generate, based on measurement of the reference signal, channel measurement information, the channel measurement information consisting of at least plurality of timing information within a timing window, and transmission circuitry configured to send the channel measurement information to a communication server; wherein the timing window may be determined by at least a time length and a starting time, and the starting time may be calculated based on at least a timing offset and a reference timing.

The application discloses a communication method, a communication system and an electronic device, and relates to the technical field of information, wherein a first communication participant and a second communication participant do not need to negotiate before communication, and only need the first communication participant to write metadata corresponding to the communication into a ring queue, so that a communication server can allocate shared memory required by data transmission of the present communication design by calling a memory allocator, that is, a specified data block. The first communication participant writes communication data into the specified data block, and the second communication participant reads the communication data from the specified data block, so that data transmission can be completed under zero negotiation and zero copying, transmission overhead can be reduced, and communication delay can be reduced.

The invention relates to a coal mine distributed multi-modal data processing method, device and system. The method comprises the following steps: in response to an access request, received by a gateway, of a client, selecting a communication server from a Netty service cluster, and establishing a mapping relationship between the communication server and the client; storing the mapping relation to a routing information base; and sending the connection token and the server address of the communication server to the client, so that the client establishes a channel with the first service system through the communication server based on the connection token and the server address, and transmits the multi-modal data to the first service system through the channel. According to the scheme, the utilization efficiency of the multi-modal coal mine data is improved.