72 results about "Ip processing" patented technology

A TCP-aware target adapter for accelerating TCP/IP connections between clients and servers, where the servers are interconnected over an Infiniband™ fabric and the clients are interconnected over a TCP/IP-based network. The TCP-aware target adapter includes an accelerated connection processor and a target channel adapter. The accelerated connection processor bridges TCP/IP transactions between the clients and the servers. The accelerated connection processor accelerates the TCP/IP connections prescribing Infiniband remote direct memory access operations to retrieve/provide transaction data from/to the servers. The target channel adapter is coupled to the accelerated connection processor. The target channel adapter supports Infiniband operations with the servers, including execution of the remote direct memory access operations to retrieve/provide the transaction data. The TCP/IP connections are accelerated by offloading TCP/IP processing otherwise performed by the servers to retrieve/provide said transaction data.

An apparatus and method are provided to offload TCP/IP-related processing, where a server is connected to a plurality of clients, and the plurality of clients is accessed via a TCP/IP network. TCP/IP connections between the plurality of clients and the server are accelerated. The apparatus includes an accelerated connection processor and a target channel adapter. The accelerated connection processor bridges TCP/IP transactions between the plurality of clients and the server, where the accelerated connection processor accelerates the TCP/IP connections by prescribing remote direct memory access operations to retrieve/provide transaction data from/to the server. The target channel adapter is coupled to the accelerated connection processor. The target channel adapter executes the remote direct memory access operations to retrieve/provide the transaction data. The TCP/IP transactions are accelerated by offloading TCP/IP processing otherwise performed by the server to retrieve/provide transaction data.

A method of offloading, from a host data processing unit (205), iSCSI TCP/IP processing of data streams coming through at least one TCP/IP connection (307₁,307₂,307₃), and a related iSCSI TCP/IP Offload Engine (TOE). The method including: providing a Protocol Data Unit (PDU) header queue (311) adapted to store headers (HDR₁₁, . . . , HDR₃₂) of iSCSI PDUs received through the at least one TCP/IP connection; monitoring the at least one TCP/IP connection for an incoming iSCSI PDU to be processed; when at least a iSCSI PDU header is received through the at least one TCP/IP connection, extracting the iSCSI PDU header from the received PDU, and placing the extracted iSCSI PDU header into the PDU header queue; looking at the PDU header queue for ascertaining the presence of iSCSI PDUs to be processed, and processing the incoming iSCSI PDU based on information in the extracted iSCSU PDU header retrieved from the PDU header queue.

A method for optimizing a network connection between a first device and a second device, the first device comprising a first packet protocol and a second packet protocol, the first packet protocol comprising a connection setup portion, the second protocol comprising a data transfer portion. The method includes initiating the network connection from the first device to said second device using the first packet protocol. The method further includes receiving an acknowledgement from the second device; and, initiating a data transfer between the first device and the second using the second packet protocol.

The invention provides a system and method for achieving multi-service priorities and relates to the technical field of computer communication. The system comprises an SDN controller, at least one VxLAN gateway and at least two VLAN switches. The SDN controller comprises a northbound interface processing module, an IP processing module, an ARP processing module, a topology management module, an interflow domain management module and an SDN OpenFlow interface module. Each VxLAN gateway comprises a configuration management module, a VxLAN OpenFlow interface module, a flow table management module, a tunnel encapsulation processing module, a tunnel decapsulation processing module, an application layer service recognition processing module and a VxLAN receiving and transmitting package module. Each VLAN switch comprises a VLAN receiving and transmitting package module and a VLANID module. According to the system and the method, the performance of hardware is not required, a special communication processor does not need to be used, and the equipment cost is lowered.

The invention relates to an integrated portable computer (1) and WAN module (12). The WAN module comprises a cell phone platform provided with a plurality of functional modules (21-34). The WAN module is connected to a battery (41) of the portable computer so as to supply power to the WAN module and allow operation of the functional modules while the portable is in operating mode as well as while the portable computer is in sleeping mode. A casing (13, 14) of the portable computer is provided with an extra display (20) allowing notification and also presentation of a received instant message while the computer is in sleeping mode. The casing (13, 14) of the computer is provided with a plurality of antennas (17-19). Examples of functional modules are a push mail module (25), an IMS module (33), a streaming media module (27), a security module (30) and a generic IP handler module (32).

Techniques for accelerating network receive side processing of packets. Packets may be associated into flow groupings and stored in flow buffers. Packet headers that are available for TCP/IP processing may be provided for processing. If a payload associated with a header is not available for processing then a descriptor associated with the header is tagged as indicating the payload is not available for processing.

The invention discloses an ARP broadcast restraining system and method for achieving a VxLAN based on an SDN framework and relates to the field of the VxLAN in a data center. The system comprises an SDN controller, VxLAN Gateways and VLAN interchangers. The SDN controller comprises an SDN OpenFlow interface module, a communication domain management module, a topology management module, an ARP proxy module and an IP processing module, wherein all the modules are sequentially connected. Each VxLAN Gateway comprises a configuration management module, a VxLAN OpenFlow interface module, a flow meter management module, a tunnel encapsulation module, a tunnel decapsulation module and a VxLAN package receiving and sending module, wherein all the modules are sequentially connected. Each VLAN interchanger comprises a VLAN package receiving and sending module and a VLAN ID module. The system and method are easy to achieve, the number of transmission times of ARP broadcast messages can be remarkably reduced, ARP broadcast in various scenes can be avoided, the broadcast restraining effect is good, and the system and method can be used by people conveniently.

The invention relates to an interventional measurement node which is used for self-organized network and comprises an application level processing module, a UDP processing module and an IP processing module. The interventional measurement node is a network node which can route and exchange data for other nodes and has measurement capability. The measurement node can process and redirect the data of other nodes, can response to the measurement request initiated by other nodes and can help to collect the constantly changeable routes or other information in network to help people to understand the transient state and the normal state of network topology. When being the intermediate node of the network, the interventional measurement node can adopt three transmission modes for data message according to IP elective contents: direct forwarding, copy forwarding and process forwarding, thus causing the intermediate node to receive the message. The interventional measurement node uses the executive mechanism of the application level processing module to execute measurement tasks and acquire the support of the network/an operating system and collects network performance information of the intermediate node, then the network performance information is added to the message to be transmitted to a destination node, so the interventional measurement of the self-organized network is completed.

A system, method and computer program product are provided for translating between Internet Protocols (IP's). Initially, data is received over the Internet utilizing a first IP. Such data is adapted for being processed by an application program. Next, it is determined whether the application program can process data received over the Internet utilizing the first IP. If it is determined that the application program can not process data received over the Internet utilizing the first IP, the data is converted from the first IP to a second IP that the application program is capable of processing.

The invention discloses a data transmission method and device. The data transmission method and device are characterized in that received data are separated into signaling data and service data, IP processing is carried out on the separation signaling data, then the signaling data are transmitted to a signaling processor through a TCP link between the data transmission device and the signaling processor, IP processing is carried out on the separation service data, then the service data are transmitted to a service processor through a UDP line between the data transmission device and the service processor, and therefore the problem that in the prior art, the IP data transmission technology used in a base station is not matched with the data transmission technology supported by the core network is solved.

The invention discloses an SDN (Software Defined Network) based video precise switching method. The SDN based video precise switching method comprises the steps of controlling video stream switching through a flow table sent by the SDN; and caching video streams and finishing precise switching by the switch. By adoption of the technical scheme, precise video switching (precise switching) of the video stream based on the switch is realized based on the SDN in an IP processing process of the media video production.

An apparatus for reducing power consumption in an IP (Internet Protocol) communications device. The apparatus may include a high-power consumption main application processor and a low-power consumption application processor to share processor functions. The high-power consumption application processor may carry out functions related to the user interface of the device, signaling and control path. The low-power consumption application processor may implement IP processing, voice signal processing and video signal processing.

The invention provides a gateway realization method for converting Ethernet data and digital video streaming. The method comprises the following steps: format of network data and format of television video streaming data are mutually converted, namely, interconversion between IP packet and MPEG-2 TS streaming; an embedded processor adopts combination of double buffering configuration and single buffering configuration and configures a boot operation script so that the two configurations are converted from one to another; the double buffering configuration evens flow rate at an IP processing layer and processes each buffer area by a plurality of threads; the single buffering configuration adopts a mode of data buffering under a driving procedure state; an upper layer application program of an embedded system adopts a self-adaptive adjacency list method to automatically acquire the adjacency list in respective network segment and send the adjacency list to an opposite terminal to be converted; IP packet packaging thread and TS unlocking thread realize interconversion from IP format to TS format; and TS receiving thread and TS sending thread execute a complete reverse function in the embedded system. The two sides of wireless equipment can use IP address of the same net segment or the different network segments to work and realize long-distance bidirectional transmission or long-distance unidirectional transmission.

This invention relates to an audio-and-video signal processing device, a playing device, a system and a method. The audio-and-video processing device is used for connecting to one or more than one audio-and-video signal playing devices. The audio-and-video signal processing device comprises an audio-and-video signal acquisition unit, an audio-and-video signal processing unit and an audio-and-video signal transmission unit. The audio-and-video signal acquisition unit is used for collecting one or more than one external audio-and-video signals; the audio-and-video signal processing unit is used for processing the collected audio and video signals and the processing comprises the IP processing. The audio-and-video transmission unit is used for outputting the audio and video signal which has gone through the IP processing in an IP broadcasting manner. The audio-and-video signal processing device, the playing device, the system and the method provided by the invention reduces the cost for upgrading and updating of the television and eliminates the repeat investment on the resource equipment.

The embodiment of the invention discloses processing methods, device, equipment and system for an IPsec (Internet Protocol Security) protocol and a computer readable memory medium. The system comprises an FPGA board card, a host server and a network card. The FPGA board card and the host server carry out data communication through PCIE (Peripheral Component Interconnect Express). The FPGA board card is connected with the network card. The FPGA board card comprises a data compression/decompression module which is used for compressing to-be-processed data read by slave and host server memories and decompressing IP data packets sent by the network card, and an IPsec data processing module which is used for carrying out IP processing on the data. The processing methods, the device, the equipment and the systems are simple in design, clear in structure and are convenient for realization. Hardware acceleration is carried out on IPsec protocol processing through utilization of the FPGA. A network card structure can be customized through utilization of the FPGA. Through compression of the data, practical data bandwidths can exceed optical fiber limitation, so network bandwidths are improved. According to task change or increase of data volume, the network card can be changed without changing server hardware, so cost is reduced.

Disclosed herein is a transmission apparatus including a receiving unit configured to receive ACK packets transmitted from a reception apparatus in response to transmission data items, an ACK storing unit configured to store a latest ACK packet which is last received among the ACK packets, and a TCP/IP processing unit configured to perform processing of receiving an ACK packet in accordance with the latest ACK packet supplied from the ACK storing means at a predetermined timing.

The invention discloses a method, equipment and a system for causing an A interface to obtain the IP, which are used for realizing the IP processing to the A interface between a base-station control device and a media gateway. The method of the invention mainly includes that the base-station control device carries out the removal of the encapsulation of a rate adapter unit TRAU to received wireless side data so as to obtain the static-load data of a compressed voice code, the static-load data of a compressed voice code is then encapsulated into an IP packet; the IP packet is sent to the mediagateway by the A interface between the base-station control device and the media gateway. Therefore, the method, the equipment and the system can realize the non-code conversion of the path wholly orpartially so as to improve the voice quality and save the equipment cost. Simultaneously, the transmission by the compressed code can also reduce the transmission consumption and the transmission cost, and improve the transmission utilization.