37results about How to "Guarantee the quality of communication service" patented technology

The embodiment of the invention provides an energy-saving method and an energy-saving device for covering a coincident cell. The method comprises the following steps: periodically acquiring measurement report data of all targets to be energy-saving and macro cells in a heterogeneous network area; determining a first average reference signal receiving power of the target to be energy-saving and a second average reference signal receiving power of the macro cell; determining the strongest adjacent region and the third average reference signal receiving power of the target to be energy-saving; ifthe first average reference signal receiving power and the third average reference signal receiving power meet the preset intensity condition, associating the target to be energy-saving with the corresponding macro cell, and determining a target table to be energy-saving; And if the communication traffic of the to-be-energy-saving target is less than the preset traffic threshold and the to-be-energy-saving target and the macro cell satisfy a preset energy-saving trigger condition, migrating a user in the to-be-energy-saving target to the macro cell, and closing the to-be-energy-saving target.According to the embodiment of the invention, the power consumption of the base station is effectively reduced, the problem of coverage holes is avoided, and the communication service quality is ensured.

The embodiment of the invention discloses a communication service switching method, a network system and an interworking function entity. The method comprises the following steps: receiving a first registration request message transmitted by a user terminal at the source network, thereby completing the registration of the service IWF from a user terminal to a user terminal; receiving a second registration request message transmitted by the user terminal at the source network, and transmitting the second registration request message to a source service MME of the user terminal, so that the user terminal completes the registration to the source service MME; and receiving a switching request message from the user terminal at the source network, and forwarding the switching request message to the source service MME, so that the source service MME executes the switching procedure and switches the user terminal to a target network. The embodiment of the invention realizes switching from GERAN / UTRAN to E-UTRAN in CS domain services, thereby avoiding service interruption in the CS domain service switching process.

The invention provides a cell switching method and device and a computer readable storage medium, and the method comprises the steps: obtaining a cell switching behavior of a terminal when the terminal is in a pilot pollution scene; and if the terminal is switched to the target cell with the highest service priority in all the service cells, the condition threshold of cell switching is improved. Through implementing the scheme of the invention, the tendency of the switching condition threshold value is adjusted for the cell providing the optimal service, so that the difficulty of switching theterminal out of the optimal service cell is improved, the residence time of the terminal in the optimal service cell can be prolonged, the cell switching frequency of the terminal is reduced, the communication performance of the terminal is improved, and the communication service quality of the terminal is effectively ensured.

The present invention is a technology for locating the communication path of a network host, and the present invention integrates collection of communication path nodes, data analysis, and output of analysis results as a whole. Its steps comprise as follows: the present invention utilizes Tracert command to determine the path that IP packet arrives target host through, and Tracert command determines the path from a host to other hosts on the network with IP time-to-live (TTL) field and ICMP response packet, This command returns the list of routers that reach the IP address. Each node is the routing IP address that the data packet passes through. Track the route used by the data packet. After collecting the path that can reach the target host multiple times, analyze the relationship between the routes. , construct a communication path topology diagram, display all communication paths from the source host to the target host, and save the data information to the database.

The invention discloses a geographic location database-based uplink enhancement method. The method comprises the following steps: a master system transmits a request of recovering the available carrier frequency and protective region information to a geographic location database; the geographic location database transmits a release command of the available carrier frequency and the protective region information to an affected base station; the base station estimates the disturbed condition of the master system caused by the served users, and divides the users into different regions according to the disturbed condition; the base station distributes scheduling information of uplink and downlink carrier frequencies to the users in different regions, and informs the geographic location database of updating the usage information of the available carrier frequency. By the adoption of the geographic location database-based uplink enhancement method, the available frequency spectrum utilization rate of secondary systems can be effectively improved, and the throughput capacity of the uplink is increased, so that the network performance and the communication service quality of an LTE (long term evolution) system are guaranteed.

The embodiment of the invention discloses a method and a device for allocating resources for a wireless terminal directly connected user (D2D). The method comprises the following steps of: formulatinga reinforcement learning (RL) algorithm according to the uncertainty of a wireless channel state and a state transition possibility. Each pair of D2D users can be viewed as an independent agent, making decisions based on the channel state it observes locally. In order to solve the problem of sequential decision-making in multi-user systems, a multi-agent RL algorithm is proposed. We assume that D2D users do not have any information about the availability and quality of the resource blocks to be allocated, so the problem is modeled as a stochastic non-cooperative game. Therefore, each agent becomes a participant in the non-cooperative game, and all participants make decisions together in order to achieve the optimization of all benefits. The embodiment of the invention can lighten the loadand improve the capacity of the cellular network, and the system throughput can be maximized through effective energy management.

The invention discloses a method for automatically switching a WLAN (Wireless Local Area Network) and an LTE (Long Term Evolution) network and a communication terminal. The method comprises the steps of receiving signal measurement parameters reported by the WLAN and the LTE network; obtaining preset information of a network priority, wherein the network priority is used for identifying the network preferentially used for bearing communication service when the WLAN and the LTE network coexist; and performing switching operation according to the signal measurement parameters and the preset information of network priorities. According to the method and the communication terminal, the network with relatively good network condition in the WLAN and the LTE network can be automatically selected for bearing IMS (IP Multimedia Subsystem) communication service, the communication service quality can be ensured, and the network connection efficiency can be improved.

The invention provides a network selection method in the power wireless-communication heterogenous multi-network environment. The method comprises the following steps: S1, intercepting the service request sent by a terminal, or intercepting signals of networks, where the terminal is located, and judging whether the networks is in a performance degradation state or not according to the intercepted network signals; S2, triggering the network selection: according to the service type and the network performance, building a network selection model, determining the decision attributes of the network, sorting candidate networks according to the decision attributes, and screening the optimal network. According to the network selection method provided by the invention, the candidate networks can be sorted well, and the optimal network can be screened out for allowing the terminal of power equipment to be accessed, so that the communication service quality of an electric power system is guaranteed, and the resource utilization rate is increased.

A system for realizing the number carrying service between mobile networks and a method are provided, wherein the system is formed by an independent number carrying database SRF-NPDB and a local service management system LSMS, which have the SPF function, and both are accessed into a number seven signaling network. A global office number translation point office data pointing SRF-NPDB is arranged in a related mobile exchange center, and the SRF-NPDB changes and transforms the number of a number carrying user for realizing the purposes of addressing and continuous controlling, and the LSMS is used to manage the number mapping relation of a local portable user, and synchronizes with the SRF-NPDB. The invention has the characteristics that the number carrying service can be fairly and independently carried out through adopting an independent network element device by the data setting of exchange nodes without transforming the current signaling transfer point STP, which avoids the tight coincidence with the STP, guarantees the communication service quality, and provides an effective method for independently opening the number carrying service between the mobile networks.

The invention, which relates to the field of radar signal processing, discloses a Nash-bargaining-solution-based networked radar power allocation method in a spectrum coexistence environment. The method comprises: determining channel propagation losses between all radars and a target in a networked radar system and channel propagation losses between all radars and a communication system as prioriinformation; determining a target detection SINR threshold and a communication system maximum tolerant interference power threshold; establishing a Nash-bargaining-solution-based networked radar powerallocation model in a spectrum coexistence environment; and calculating the networked radar power allocation model to obtain allocation results, and selecting an optimal solution enabling transmitting powers of all radars to be minimized from the allocation results. According to the invention, the radio frequency stealth performance of the networked radar power distribution network radar system can be optimized and the high transmission power of the networked radar is kept to be within the maximum tolerable interference power of the communication system, so that the interference on the communication system by the networked radar is eliminated.

The invention discloses an inter-cell interference coordination method of a millimeter wave cellular network, and belongs to the technical field of wireless communication. Firstly, information is collected and a model is established. Secondly, two interference coordination methods are provided, an interference coordination parameter rho is set to be greater than or equal to 1, and information transmission of a neighbor millimeter wave base station identified as a strong interference source on a specified time-frequency resource block is muted; thirdly, interference coordination parameters areselected. The method is based on the information collected in the step 1, the established model and the two interference coordination methods provided in the step 2. The key performance indexes of thecellular users are evaluated based on a random geometry theory, the target performance indexes meet the service quality requirements of the users by adjusting the interference coordination parameters, and the interference coordination parameters suitable for the current target network are determined as preconditions for executing the step 4. And finally, an interference coordination scheme is implemented. The inter-cell interference of the millimeter wave frequency band can be effectively suppressed, the communication service quality of millimeter wave cellular users is ensured, the user burden is reduced, and the load of a backbone network is remarkably reduced.

The invention relates to a method and a device for selecting a roaming operator, belonging to the technical field of networks. The method comprises the steps of determining at least one roaming operator of a roaming service area when a mobile terminal is located in the roaming service area; obtaining communication service quality ranking information of at least one roaming operator; and selecting a target roaming operator with the highest communication service quality in the communication service quality ranking information and communicating on the basis of the target roaming operator. The roaming operator with the highest communication service quality is selected by obtaining the communication service quality ranking information of at least one roaming operator, selecting the target roaming operator with the highest communication service quality in the communication service quality ranking information and communicating on the basis of the target roaming operator, so that the communication quality of the mobile terminal is ensured and the problem of poor communication service quality when the roaming operator with the maximum signal intensity is solved.

The invention discloses a priority-based competitive ranging method and a priority-based competitive ranging device for mobile terminals and relates to user terminal ranging technology. The method is provided to solve the problem that the user terminals with set priorities cannot demonstrate the difference between ranging services. The invention adopts a technical scheme that a user terminal transmits a selected ranging code by using a selected ranging opportunity according to the priority of the user terminal. The invention also discloses a ranging device of the method. The method and the device well ensure the communication service quality of user terminals and well demonstrate the differentiated services of communication.

The invention discloses a base station moving track control method based on interference prediction in an amorphous cell. The method comprises the following steps that an amorphous cell model is created, and at the moment t, a mobile base station MBSi updates an interference region which possibly enters into other mobile base stations by predicting the position of the amorphous cell model at the moment t+T, and defines all mobile base stations in the interference region as an interference base station set Ii; channel rearrangement is carried out on the mobile base stations in the interference base station set Ii to coordinate and process an interference, and meanwhile the interference base station set Ii and the mobile base station MBSi accomplish the channel pre-allocation at the moment t+T for a short-hop link pre-allocation channel at the moment t; the cost of the mobile base station MBSi entering into the interference region is measured according to the change of the call drop rate of the mobile base stations in the interference base station set Ii at the predicted moment t+T; the movement of the mobile base station MBSi is controlled through moving track control strategy. The base station moving track control method based on the interference prediction in the amorphous cell can effectively reduce the possible of the serious performance degradation brought by channel collision in the process of node movement, and the communication serve quality of a mobile user can be guaranteed.

The invention discloses a full duplex cognitive multiple-input-multiple-output relay cooperation method in a non-ideal channel state, and belongs to the technical field of multi-antenna full duplex wireless transmission. Firstly, according to a channel estimation model in a first time slot non-ideal channel state, a secondary user transmitter selects and configures an optimal antenna to send a signal to a secondary user relay node under a primary user interference temperature constraint condition, and a full duplex destination node transmits a directional interference signal to an eavesdropping user in a zero-forcing beamforming mode; then, according to a channel estimation model in a second time slot non-ideal channel state; and the secondary user relay node forwards data to the full-duplex destination node under the constraint condition of the interference temperature of the primary user, any LB antenna in the full-duplex destination node receives signals, and the remaining NB-LB antenna of the full-duplex destination node transmits artificial interference to an eavesdropping user. According to the method, the physical layer security transmission performance of the full duplex cognitive wiretapping network under the non-ideal channel is effectively improved, and the risk that the whole network system is wiretapped is reduced.

The invention provides dormancy control equipment for a hybrid energy powered mobile communication base station. The control equipment comprises a controller and a storage device, wherein the storagedevice stores the following instruction steps loaded and run by the controller: calculating a broadband constraint condition and an energy constraint condition when the base station enters a dormant state; counting down by various non-dormant base stations according to respective energy virtual clocks, and when the energy virtual clocks of the non-dormant base stations are zero, judging whether the non-dormant base stations meet the energy constraint condition or not, and if yes, then sending a dormancy request to an adjacent non-dormant base station; and judging whether the non-dormant base station which receives the dormancy request meets the broadband constraint condition or not, if yes, then replying confirmation information of agreeing to be dormant to the non-dormant base station, after confirming the information by the non-dormant base station, switching the service to the adjacent non-dormant base station by the non-dormant base station, and entering the dormant state by the non-dormant base station. According to the dormancy control equipment for the hybrid energy powered mobile communication base station provided by the invention, on the basis of ensuring the communication service quality of a terminal, the purposes of network energy saving and emission reduction is realized.

The invention provides a device, a method and a system for controlling an echo to a hand-free phone. The device substantially comprises an echo canceller. The method substantially comprises the following steps: a remote voice signal of a receiving channel and a proximal voice signal of the transmitting channel are sampled, and according to energy of the obtained remote voice signal samples and the obtained proximal voice signal samples, communication state information of the current network is determined. According to the communication state information of the current network, the voice signal in the transmitting channel is processed with the echo controlling. By using the invention, the echo in the digital hand-free phone is eliminated effectively.

The invention discloses an optimized scheduling method and device for a 5G macro site group, a medium and terminal equipment. The method comprises the following steps: building a power scheduling model according to the output prediction value of a photovoltaic system, the charging and discharging preset power of an energy storage system, the load power consumption prediction values of all the 5G macro sites and a scene set; solving the power scheduling model through combination with solving constraint conditions containing user communication quality constraints to obtain a 5G macro site group energy storage charging and discharging adjustment value of a prediction day; and adjusting the charging and discharging power of the energy storage system of the 5G macro site group on the prediction day according to the energy storage charging and discharging adjustment value. By adopting the optimized scheduling method and device for the 5G macro site group, the medium and the terminal equipment provided by embodiments of the invention, the accurate prediction of the communication load of each base station can be realized; and then the 5G macro site group is scheduled by taking energy storage charging and discharging power as an optimization variable and combining the predicted communication load and photovoltaic output of each 5G macro site.

A priority-based contention ranging method for mobile terminals is provided by the present invention, which relates to the ranging technology for subscriber terminals, and is proposed for solving the problem that the ranging service difference can not be embodied on the prioritized subscriber terminals. The used technical solution includes the following steps: according to the owned priorities, the subscriber terminals send selected ranging codes on selected opportunities, and perform ranging. The invention also disclosed a ranging apparatus for the method above. The invention advantageously ensures the communication service quality of different subscriber terminals, and embodies the different services in communication better.

Disclosed is a mobile network number portability service method; the system is composed of an independent number portability database SRF-DPDB with SRF function for accessing the signaling system 7, and a local service management system LSMS. In a relative mobile switch center, the overall code translation point office data is set to point to SRF-NPDB, the SRF-NPDB is used for changing and converting numbers of number portability users to realize the purposes of addressing and continuous control, the LSMS is used for managing the number mapping relation of local portability users and synchronizing the number mapping relation to the SRF-NPDB. The invention is characterized in that an independent network element equipment is adopted for setting only through switch node data without changing a signaling transition point STP in prior art, the number portability service can be implemented fairly and independently and is avoided from coupling tightly with the STP so that the communication service quality is guaranteed and an effective method for implementing independent mobile network number portability service is disclosed.

The invention belongs to the field of 5G Internet of Vehicles and cloud computing, and specifically relates to an edge computing method for improving communication service quality of 5G Internet of Vehicles. The edge computing method includes the first step, the first connection between the 5G Internet of Vehicles terminal and the edge cloud; the second step, ensuring the dynamic service quality of the 5G Internet of Vehicles communication. The 5G-based edge computing method proposed by the present invention can ensure that the Internet of Vehicles terminal is always connected to the nearest edge cloud service, ensuring low-latency access to these services by the Internet of Vehicles terminal. Compared with the two baseline methods of "always migrate" and "on-demand migration", the method of the present invention produces lower migration costs (less migration times) than the former, and lower end-to-end time than the latter. Delay (mobile perception migration), making the technical solution proposed by the present invention a reliable method for ensuring the quality of communication service of 5G Internet of Vehicles.

A method, a network system and an interworking function entity for processing the switch of communication service are provided. The method includes: receiving a first register request message sent from a source network by a user equipment, and completing the register of the user equipment to a service interworking function (IWF) of the user equipment; receiving a second register request message sent from the source network by the user equipment, and sending the second register request message to a source service mobility management entity(MME) of the user equipment, so as to complete the register of the user equipment to the source service MME; receiving a switch request message of the user equipment in the source network, and forwarding the switch request message to the source service MME, so as to make the source service MME to perform a switch process to switch the user equipment into a target network.

Provided in an embodiment of the present invention is a communication method, comprising: a source device transmits a request message to a server via an MME, the request message instructing the source device to establish a direct device-to-device communication with a target device, and containing the identifier of the target device, such that the server can use the identifier of the target device to identify the target device and transmit to the target device a request message for activating the direct device-to-device communication function; the source device receives the first configuration information of the target device transmitted by the server via the MME, the first configuration information being used for the direct device-to-device communication; the source device uses the received first configuration information to transmit to the target device a request for establishing the direct device-to-device communication, and establishes the direct device-to-device communication with the target device. Correspondingly, also provided in the embodiment of the present invention are a communication device and system. The embodiment of the present invention enables a network to control the direct device-to-device communication between a source device and a target device.

The invention discloses a method for selecting interuser communication modes under different base stations. The base stations collect a series of information conditions including the distance of communication equipment users and the like, and further, the D2D (door to door) communication mode or the base station cooperated communication mode of the communication equipment is selected through the calculation. The method sufficiently utilizes the characteristics that users are positioned in the cellular edges under different base stations, the D2D communication is combined for improving the transmission peak of the users of the communication equipment, and the user performance improvement in the cellular network is realized through the advantages of small expense and time delay and the like. Meanwhile, the signaling expense among the base stations is greatly reduced through the strategy, and higher practicability is realized.

A protection optimization system based on an airport site disclosed by the present invention comprises a monitoring receiving module, an analysis processing module and a control adjustment module, the monitoring receiving module is electrically connected with the analysis processing module, and the analysis processing module is in network connection with the control adjustment module. The monitoring receiving module is used for monitoring and receiving antenna signals in an office terminal building in an airport site, the analysis processing module is used for analyzing and processing related information of the antenna signals, and the adjustment control module is used for adjusting and controlling signals of a mobile phone terminal. The monitoring and receiving module comprises a signal receiving module, a position distinguishing module, a detection and identification module and an information acquisition module, the signal receiving module is in network connection with the position distinguishing module, the position distinguishing module is electrically connected with the detection and identification module, and the detection and identification module is electrically connected with the information acquisition module. The method has the characteristic of effectively improving the communication quality.

The embodiment of the invention discloses a communication control method based on an intelligent communication management gateway, and the method comprises the steps: determining a current time period, and obtaining an adjustment period set corresponding to the time period; in the adjustment period, performing statistics on the equipment point access quantity and the equipment operation load of each node service equipment, and performing trend analysis on the equipment access quantity and the equipment operation load according to a statistical result; and scheduling the access equipment of each node service equipment based on the equipment access quantity, the trend analysis result of the equipment operation load and a preset communication quality threshold. According to the scheme, reasonable scheduling of the access equipment is realized by performing statistics and trend analysis on the equipment point access quantity and the equipment operation load of each node service equipment in each time period, so that the problems of complex judgment mechanism and low adjustment efficiency caused by independent judgment during scheduling of the access equipment in the prior art are solved, the overall operation efficiency of the system is improved, and the communication service quality of the equipment is ensured.

The invention relates to a method and a device for selecting a roaming operator, belonging to the technical field of networks. The method comprises the steps of determining at least one roaming operator of a roaming service area when a mobile terminal is located in the roaming service area; obtaining communication service quality ranking information of at least one roaming operator; and selecting a target roaming operator with the highest communication service quality in the communication service quality ranking information and communicating on the basis of the target roaming operator. The roaming operator with the highest communication service quality is selected by obtaining the communication service quality ranking information of at least one roaming operator, selecting the target roaming operator with the highest communication service quality in the communication service quality ranking information and communicating on the basis of the target roaming operator, so that the communication quality of the mobile terminal is ensured and the problem of poor communication service quality when the roaming operator with the maximum signal intensity is solved.