45 results about "Martian packet" patented technology

The invention refers to a radio network entity for transmitting data packets from an IP gateway in a telecommunications network to a user terminal via a plurality of mobile terminations through a single IP connection. The radio network entity comprises:a module for establishing IP connections between the IP gateway and mobile terminations, for activating first and second IP connections and first and second radio connections in response to respective requests from first and second mobile terminations;a packet splitter that applies a splitting algorithm to determine which radio connection is to be used to transmit which data packets, the packet splitter being in communication with a packet combiner in the user terminal;wherein the packet splitter splits the data packets coming only from the first IP connection selected by the user terminal as the only IP connection through which the data packets are received, thereby transmitting data packets over said first and second radio connections for combining at the packet combiner.

The invention discloses a transmission method for safely transmitting a data packet sent out by a sensor to a base station in an internet of things. The transmission method comprises the steps of: calculating out an optimal alterable included angle theta via a remaining time delay TZ of the current sending data packet in the internet of things; in a [-theta / 2, theta / 2] sector area with a connecting line between a current sender node and the base station as a reference, broadcasting a request sending packet to all neighboring nodes along a base station direction, waiting for a backoff time after the neighboring nodes receive the request sending packet and then replying a response packet; checking whether a distance between the current sender node and the base station is within a communication radius r2 of the current sender node, and if yes, directly sending the sending data packet to the base station, thereby finishing a data transmission task; if no, randomly selecting one neighboring node which replies the response packet in the [-theta / 2, theta / 2] sector area of the current sender node as a relay node, and sending the data packet to the relay node; replying a confirmation packet correspondingly after the relay node receives the data packet and then taking the relay node as the current sender node to repeat above process till the data packet is transmitted to the base station.

Embodiments of the invention disclose a data transmission method for virtualized networks, a node controller and a data transmission system for virtualized networks. The method comprises the following steps: a first node controller reads a data packet from a storage area of a source virtual machine, wherein the first node controller is a local node controller of the source virtual machine; the data packet is parsed to get a destination address, and a second node controller is determined according to the destination address, wherein the second node controller is a local node controller of a destination virtual machine directed by the destination address; and the data packet is written into the storage area address of the destination virtual machine through the second node controller. A data packet transmitting operation is converted into a storage space shifting operation. The operation is quick, and there is no need to additionally occupy the protocol layer processing ability of NCs. Moreover, performance bottlenecks caused when network card equipment becomes an access hotspot are avoided.