84 results about "Packet aggregation" patented technology

A method for optimizing the throughput of TCP/IP applications by aggregating user application data and consolidating multiple TCP/IP connection streams into a single optimized stream for delivery to a destination application. Optimization of the internet protocol uses a packet interceptor to intercept packets from a source application, a packet driver to aggregate the intercepted packets, a data mover to transport the aggregated packets to another data mover at the destination, a destination packet driver to disaggregate the transported aggregated packets, and a destination end processor to deliver the disaggregated IP packets to the destination application.

A wireless communication system including transmitters for determining a transmission rate for an associated receiver according to channel state information fed back from associated receivers, and transmitting packets at the determined transmission rate. In a communication method, a transmitter groups packets to be transmitted to the receivers according to transmission rates, and generates frames configured by packets with an identical transmission rate. The transmitter aggregates frames with different transmission rates into one transmission burst, and sends the transmission burst. The data communication method based on packet aggregation can efficiently manage resources by determining transmission rates for reception stations (STAs) on the basis of feedback channel state information in a transmission STA, aggregating packets to be transmitted to the reception STAs to form a packet group, and transmitting packet groups with different transmission rates using one multi-rate aggregation (MRA) burst.

A method and equipment is used to transmit and/or receive time delay-intolerant information over a communication system. The information is transmitted in aggregated form. A plurality of packets representing time delay-intolerant information is combined to form an aggregate packet. The aggregate packet is formed based on user service requirements while maintaining time delay requirements of the information. The size of the aggregated is formed from a negotiation between the transmitting equipment and receiving equipment. Because of the use of an aggregated packet less scheduling of packets is done and the aggregated packet can be transmitted at a rate different than the fixed rate of the time delay-intolerant information. The equipment comprises transmit equipment and receive equipment. The transmit equipment contains an aggregator that combines a plurality of packets based on user service requirements. The packets to be transmitted are retrieved at the fixed rate of the time delay-intolerant information. The size of the aggregate packet can be determined on a static or dynamic basis. The receiving equipment contains a de-aggregator circuit that receives aggregated packets and generates individual packets from the received aggregated packet. The generated individual packets are retrieved from the de-aggregator at the fixed rate of the time delay-intolerant information.

The present invention provides methods and systems for aggregating packets combining connection-oriented and connection-less techniques. The methods and systems of packet aggregation utilize connection-oriented techniques to forward data from multiple clients to an access switch and utilize connection-less techniques to forward data from the access switch to the multiple clients. Advantageously, the methods and systems of the present invention combine connection-oriented and connection-less aggregation techniques in a packet aggregation platform to provide for a well-understood per-subscriber provisioning model, to maintain per-subscriber visibility, to allow layer 2 protocol internetworking, to remove connection count limitations imposed by adjacent equipment, and to maintain security aspects of connection-oriented aggregation techniques.

An improved aggregation scheme for wireless multi-hop mesh networks is disclosed. An aggregator at each node operates to merge VoIP packets at an ingress/source node with a forced delay, but at an intermediate node aggregated packets are either sent directly to their destination or to the next hop without deaggregation. A novel compression mechanism for compressing and decompressing the aggregated packets is also disclosed.

A buffering apparatus and method for packet aggregation are provided. A buffer buffers packet data to be transmitted on a frame basis. An aggregator represents the positions of the buffered packet data in an Access Category (AC) bitmap and a Traffic Identifier (TID) bitmap according to an AC and a TID of the buffered packet data, and provides a bitmap indicating the positions of packet data to be aggregated according to an aggregation condition to an aggregation controller. The aggregation controller aggregates the packet data based on the bitmap received from the aggregator, constructs an aggregation Physical Service Data Unit (PSDU) with the aggregated packet data, and transmits the aggregation PSDU to a destination.

A method and system to aggregate packets. A plurality of packets are received from a medium. The packets are aggregated into a single Advanced Switching (“AS”) packet and transmitted onto an AS fabric as a single AS packet.

An aggregation switch apparatus for broadband subscribers is disclosed. The apparatus includes: an upstream input buffering unit for buffering packets from more than one subscriber link; a scheduling unit for aggregating the packets to more than one upstream link and scheduling a transfer order; a rate match buffering unit for buffering a transfer rate difference between an output of the upstream input buffering unit and an output of more than one upstream link; a downstream destination identifying unit for identifying a destination of more than one subscriber link of the packets; a broadcasting unit for transferring the packets to terminals of the broadcasting unit; a packet selecting unit for selecting a corresponding packet by identifying a destination port of more than one subscriber link of the packets; and a downstream output buffering unit for buffering the packets outputted from the packet selecting unit to said more than one subscriber link.

The invention discloses a virtual training system based on an SCORM (Sharable Content Object Reference Model), comprising a virtual course operating software module and a virtual course creating module; the virtual course operating software module comprises a server side, a client side and an API (Application Programming Interface) example side; and the virtual course creating module mainly comprises a course structure design part, a sharable content object partition part, a sharable content object making part, a course packet aggregation and output part and a standard course test part. In the invention, three-dimensional virtual training content is packaged under an SCORM learning system framework so that virtual training has the functions of online learning, checking, recording, and the like, and a practical training system is truly formed.

The invention discloses a data packet low-delay caching device and method for switch equipment. The device comprises a data packet aggregation module, a scheduler module, a data receiving module, a caching region module, a dynamic memory distribution module, a data sending module, a memory block state table module, and an idle memory block first-in first-out queue module. The method comprises thefollowing steps: the aggregation module aggregates a data packet as an aggregated data block with fixed size; the scheduler module distributes a caching address for the aggregated data block; the dynamic memory management module maintains memory block use information; the data receiving module moves the aggregated data block to the corresponding DRAM caching unit; an output port sends a read application to the scheduler module, and the data sending module outputs the data packet to the external from the caching region after the conflict detection. The delay of the cache is lowered, and the processing speed of the exchange equipment is improved.

The invention provides a network data packet aggregation method which comprises that whether to-be-compressed data packets are enough in number is judged by a central processing unit (CPU), if the to-be-compressed data packets are enough in number, when the CPU detects that the number of the aggregated to-be-compressed data packets reaches a first preset number, the to-be-compressed data packets of the first preset number are aggregated to be data blocks to be loaded into a request queue, otherwise, the CPU detects data compression efficiency of an acceleration card, when the data compression efficiency accords with a preset condition, the to-be-compressed data packets aggregated during the period from a last aggregation end point to current time are aggregated into the data blocks to be loaded into the request queue, finally, the data blocks of the request queue are read in a compression engine by the acceleration card to be compressed and then the generated data packets are loaded into a response queue, and the CPU obtains compressed data packets in the response queue. The method can carry out self regulation according to compression efficiency of the acceleration card, improves efficiency of the acceleration card, and has timeliness and usability. The invention further discloses a network data packet aggregation system and a data packet aggregation processing device.

The present invention is a method and apparatus to aggregate or bundle packets to optimize the resource utilization and improve the transport efficiency of packets which are transferred between various protocol layers in a communications network. One embodiment of the invention sets forth a method of aggregating packets of a first size to packets of a second size for transmission in a wireless communications network between, for example, a base station controller and base transmitting station. The method includes the steps of calculating a maximum bundling factor represented by (an IP packet MTU size at a first location minus protocol overhead) divided by an application layer packet size and determining a most efficient bundling factor in terms of packet fragments, where the most efficient bundling factor is determined by a largest packet per fragment ratio. If the number of packets to be bundled is less than or equal to the maximum bundling factor then all packets are bundled together for a next step in the transmission. If the number of packets to be bundled is greater than the maximum bundling factor, then packets are bundled according to the most efficient bundling factor for the next step in the transmission. If there are multiple bundling factors having a same bundling efficiency, a larger of the multiple bundling factors having the same bundling efficiency is selected as the most efficient bundling factor.

The present invention provides a data packet sending method, a receiving method, a sending apparatus and a receiving apparatus. The data packet sending method comprises the steps of determining a first data packet to be sent to a server; if the number of the first data packet is more than two, integrating the more than two first data packets into one second data packet; and sending the second data packet to the server. Through adoption of the method, the problem of low data transmission speed in related technologies is solved, and the data transmission rate is improved.

The invention discloses an image processing method and device. The method comprises respectively performing convolution operation and block aggregation processing on an obtained first image matrix corresponding to a first target object and an obtained second image matrix corresponding to a second target object, obtaining a first image bottom layer characteristic matrix and a second image bottom layer characteristic matrix, comparing the first image bottom layer characteristic matrix with the second image bottom layer characteristic matrix to generate a comparison matrix, and, after packet aggregation processing, convolution operation and block aggregation processing are successively performed on the comparison matrix, comparing whether the first target object and the second target object is the same object according to a result after the block aggregation processing. Through adoption of the technical scheme of the invention, the image matrixes corresponding to the target objects are input to deep-learning filter pair neural network, a compared result is obtained based on image characteristics corresponding to the target objects and a deep leaning strategy, and accuracy of the compared result is effectively improved.

A method and apparatus for packet aggregation transmission which are for application in a system comprising a transmitting end and at least two receiving ends, wherein the method comprises, for each receiving end, determining respectively a hold-up condition of subpackets at the transmitting and receiving ends at the current transmitting time, and determining the receiving end corresponding to the worst hold-up condition of the subpackets at the transmitting and receiving ends, and performing a packet aggregation transmission to the determined receiving end at the current transmitting time. The present invention is directed to point-to-multipoint data transmission, can solve the problem of transmission time sequence for a plurality of receiving ends, and improves the instantaneity of a system to the maximum degree possible.

A system that aggregates and submits data from a customized packet of forms. The system first creates a single data unit for storing form data which is initially empty. It then opens a main document, which has associated forms. For each associated form in the main document, the system extracts data from client-populated fields in the associated form and concatenates data from the associated form to the single data unit. In this way, data from every associated form in the customized packet of forms is aggregated into the single data unit. The system then submits the single data unit.

The invention provides a DTN network data transmission method using bundle block aggregation on a dual-hop asymmetric channel. The method is characterized by repackaging, on the premise that the last-hop data is not completely absorbed, a part of data into a bundle according to a link characteristic when a link is communicated in a next hop by using bundle block technology, and accelerating transmission and increasing link utilization efficiency by using a block manner; by using bundle aggregation technology, aggregating multiple data packets to form a large data packet and then transmitting the large data packet. The method decreases the number of the data packets by means of the bundle aggregation so as to reduce the number of feedback packets, shorten data transmission time, and increase throughput. In addition, the method improves the structure of RS so as to enable the RS to change within a small range even in a high bit error rate case. The method effectively solves problems that a DTN is overlong in network transmission and storage waiting time, wastes transmission opportunities, and is low in throughput in the case that an upper link and a lower link are asymmetric in transmission rate and high in bit error rate.

The present disclosure provides packet aggregation and disaggregation methods. In the packet aggregation methods, the protocol-independent packet processor (P4) switch stores plural message headers of plural packets in the ring buffer. When the plural message headers stored in the ring buffer reach a pre-defined amount of data, the P4 switch replaces the first flag header in the current packet with a second flag header so as to form a work packet. The egress pipeline of the P4 switch recirculates the work packet repeatedly, whenever it receives a work packet, a message header is extracted from a plurality of message headers in the ring buffer and added to the working packet for packet aggregation.