49results about How to "Guarantee normal establishment" patented technology

The invention discloses a method and equipment for establishing TCP (Transmission Control Protocol) connection. The method comprises the steps that: a Target (connection receiving equipment) determines the positions of an Initiator (connection initiating equipment) and the Target; when the Target is determined to be positioned in a private network and the Initiator is determined to be positioned in a public network, and NAT equipment is positioned between the Target and the Initiator, the Target sends a TCP connection request message to the Initiator so as to establish the TCP connection between the Target and the Initiator. According to the method and equipment for establishing TCP connection, the normal establishing the TCP connection can be ensured, and message transmission can be normally performed between the Target and the Initiator.

The present invention provides a satellite communication network management and intelligent scheduling system which can automatically realize the bandwidth scheduling, the communication capacity management and the network monitoring, and a carrier wave switching method thereof. The satellite communication network management and intelligent scheduling system comprises a network management module, a satellite management module, a modulator-demodulator management module, an antenna management module, a spectrum analyzer module, an intelligent scheduling module, an in-band switching module and a log management module. The satellite communication network management and intelligent scheduling system provided by the present invention is suitable for the situations, such as military, emergency, disaster rescue, etc., establishes a two-party communication link by the satellite communication scheduling, guarantees the communication establishment of the emergency, enables the operation cost of the satellite communication to be reduced according to the priority demand assignment bandwidths of the communication businesses, displays the device information state in a terminal and displays the communication carrier wave situation in a virtual spectrum analyzer, and can monitor and manage conveniently and uniformly.

The invention discloses an X2 link establishing method and equipment. The X2 link establishing method comprises the steps that a serving base station sends a first message to a target base station and the first message carries the largest sent stream number of the serving base station and the largest received stream number of the serving base station; the serving base station receives a second message from the target base station, and the second message carries the largest sent stream number of the target base station and the largest received stream number of the target base station; the serving base station determines the received stream number of an X2 link by the utilization of the largest sent stream number carried in the second message and the largest received stream number of the serving base station, and determines the sent stream number of the X2 link by the utilization of the largest received stream number carried in the second message and the largest sent stream number of the serving base station. By means of the X2 link establishing method and equipment, configuring workload for configuring the X2 link in a static mode can be reduced, and the situations like configuring mistakes occurring when the X2 link is configured in the static mode are avoided. In addition, the situation that establishing of the X2 link fails due to the fact that parameters are not uniform can be avoided, and the X2 link is guaranteed to be established successfully.

Embodiments of the present invention provide a method and device for establishing a network connection. After broadcasting the PADI message, receive PADO messages returned by multiple network servers according to the PADI message; cache multiple PADO messages received locally; then select an unselected PADO message from the cached multiple PADO messages PADO message that has been passed; try to establish a network connection with the network server that sent the selected PADO message; In the text, an unselected PADO message is selected until a network connection is established with one of the network servers sending and received multiple PADOs. Therefore, compared with the prior art, the embodiment of the present invention can ensure that a network connection is established between the client and a legal network server, thereby ensuring that the user can dial up to access the Internet through the legal network server.

This application provides an address processing method and device. Wherein, the method is applied to a network device with a DHCP snooping snooping function, including: the network device listens to a message sent by a DHCP client to confirm whether the IP address is available, and records the associated information according to the intercepted message. The temporary snooping entry of the IP address; the network device converts the intercepted message into a message for applying for an IP address, and carries the DUID of the DHCP server in the converted message and sends it to the DHCP Server; the network device listens to the response message returned by the DHCP server for the message used to apply for an IP address, and finds that there is a temporary snooping associated with the IP address in the response message in the recorded temporary snooping entry entry, then update the existing temporary snooping entry to a valid snooping entry, so that the DHCP client can normally access the local area network based on the effective snooping entry.

The invention discloses a method and equipment for constructing a local Internet protocol access (LIPA) packet data network (PDN) connection. The method comprises: a network side receives a PDN connection construction request which aims at an appointed access point name (APN) and is sent by user equipment; if the appointed APN is in a congestion state, the network side determines that the PDN connection is the LIPA PDN connection or non LIPA PDN connection; if the PDN connection is the LIPA PDN connection, the network side accepts the LIPA PDN connection construction request of the user equipment; and if the PDN connection is the non LIPA PDN connection, the network side performs congestion control on the PDN connection construction request. In the embodiment, the congestion control is not required during construction of the LIPA PDN connection, so the user equipment can construct the LIPA PDN connection which aims at the APN during running of SMback-offtimer of the APN; and the normal construction of the LIPA PDN connection can be guaranteed.