33results about How to "Avoid Congested Situations" patented technology

The method comprises: user's device sends the radio resource control connection establishment request containing PoC session establishing information to the radio network controller; the radio network controller indicates the user device to pre-establish a transmission channel carried by PoC radio access through radio resource control connection establishing message; the configuration parameters of the transmission channel is set with a maximal data rate of PoC service; establishing the radio access and enabling the contest of packet data protocol, and according to the configuration parameter of transmission channel, setting the QoS parameter in packet data protocol context; according to the QoS parameter, user's device makes SIP signaling interaction with the PoC server to establish PoC session.

The invention relates to a combined utilization system and method for bus transit lane remaining traffic capacity. The system mainly comprises a changeable information screen, a traffic detector and a video monitoring and controlling center and automatically detects the bus transit lane remaining traffic capacity. When the remaining traffic capacity reaches a set opening threshold value of the system, the system will issue information of allowing qualified vehicles to enter through the dynamic information screen above a bus transit lane, and when the remaining traffic capacity reaches a set closing threshold value of the system, the system will prohibit non-bus vehicles from entering the bus transit lane. Only the vehicles meeting related conditions are qualified to enter the bus transit lane. The remaining traffic capacity of the bus transit lane can be detected in real time, the defect that the bus transit lane and adjacent lane resource utilization is not balanced is overcome, and through limiting the qualification of the vehicles which can be allowed to enter the bus transit lane, the driving order environment is optimized, and the vehicles are guided to go in and out in order in a civilized mode.

Embodiments of the invention disclose an EPC network data processing method and an apparatus, and an EPC network. The method comprises the following steps of during an interaction process of the EPC network and network equipment data, acquiring a system load value of the EPC network and response time delay and a response success rate of network equipment; according to the system load value of theEPC network and the response time delay and the response success rate of the network equipment, acquiring a stable threshold of data forwarding; and according to the stable threshold, forwarding the data to the network equipment. In the embodiments of the invention, the EPC network and an operation state of the network equipment are monitored; based on monitoring data, a threshold of the data forwarding is adaptively adjusted till that the EPC network can stably forward the data to the network equipment; and a condition of network congestion caused by unreasonable setting of the data forwarding threshold is avoided. Compared with the prior art, by using the method, the apparatus and the network of the invention, a fault generation rate of the EPC network is reduced and integral performanceof the EPC network is increased.

A method for executing a data processing task comprises: receiving a task distribution notification sent by a distribution server; sending, to a sorting server, and according to the task distribution notification, a task execution request; acquiring, from the sorting server, a sorting result of execution servers, the sorting result of the execution servers being generated by the sorting server according to task execution requests received from the respective execution servers; ascertaining a sort position of a current execution server in the sorting result of the execution servers, and determining whether the sort position is within a preset range; and if so, acquiring, from the distribution server, a data processing task, and executing the same.

The invention relates to a method and equipment for intelligently massively sending a short message. The equipment for intelligently massively sending the short message consists of a large server or a server group consisting of a plurality of servers which are connected through a private network, and is provided with six interface units which are respectively connected with a short message service platform, a BOSS, an operation analysis system, a network management system, a signaling monitoring system and a short message center, a data acquisition functional unit, a data storage functional unit and an optimized sequencing operation functional unit in a distributed mode. After acquiring the numbers of all mobile phones subscribing to receive the massively-sent short message and the contents of the massively-sent short message from each network element of a mobile communication network and paging load historical data of each location area code (LAC) and historical data of the LAC whereeach mobile phone subscribing to receive the massively-sent short message is positioned in different time periods every day recently, the equipment carries out statistical prediction and optimized sequencing and sends the sequenced mobile phone numbers to the short message center; and the short message center massively sends the short message according to a sequencing result. Therefore, network congestion caused when a plurality of mobile phones which are positioned in the same LAC are simultaneously paged is avoided.

The invention relates to a virtual node based distributed GEO / LEO mixed network routing method, and aims at solving the problem that a present satellite network routing algorithm cannot calculate routes in real time and is too long in delayed time when considering queuing time delay. The earth surface is averagely divided into 72 logical areas according to latitude and longitude, and LEO satellites are associated with the logical areas; the bottom LEO satellites are divided into three groups by a GEO, and each group serves as an LEO family; data is driven and routing is updated; and a routing calculation method is provided. According to different requirements of real-time service and non-real-time service, advantages of GEO and LEO networks are comprehensively utilized to construct a double-layer satellite network, and different layers are used for transmitting different type of packets in the mixed network to prevent the satellites from congestion in the present hop. The virtual node based method can be used to solve the problem that mobility of satellites causes continuous change of topology, and influence of queuing time delay is taken into consideration.

The disclosure provides a flow control method, device, network equipment and storage medium, belonging to the field of network technology. The method includes: the first processing unit receives N data streams from at least one external ingress port through an internal ingress port; for M data streams in the N data streams, the first processing unit determines to receive The receiving rate of each data stream; the first processing unit processes the packets of each data stream in the M data streams to obtain the processed M data streams; the first processing unit according to the M data streams The receiving rate of each data flow determines the first current limiting rate of the internal output port; the first processing unit controls the internal output port to send the processed M data streams to the first external output port according to the first current limiting rate. The present disclosure can avoid the situation that the external egress port of the network device is congested.

The invention discloses a server for terminal connection control and a server execution method, a terminal for connection control with the server and a terminal execution method, and a system for connection control between the server and the terminal. The server comprises a reception unit for receiving data and sending unit for sending data. The server further comprises a message generation unit for generating an encrypted verification message which is actively sent to a terminal connected with the server through the sending unit, and a control unit which receives decryption data from the terminal through the reception unit verifies the received decryption data, and retains connection with the terminal when the decryption data passes the verification. The connection between the two can be controlled by reverse verification between the terminal and the server, thereby preventing the defects of server overload and resource waste and improving security.