222results about How to "Reduce bandwidth costs" patented technology

Methods, apparatuses and systems that dynamically adjust the selection of differentiated network services for selected classes of traffic or network applications in response to changing network conditions or application performance levels.

Methods, apparatuses and systems that dynamically adjust the selection of differentiated network services for selected classes of traffic in response to changing network conditions or application performance levels. In one implementation, the present invention allows for a differentiated network services scheme that adapts to existing network conditions and, in one implementation, selects higher, generally more expensive classes of differentiated network service for certain data flows when the performance of selected applications degrades below a threshold level. The present invention, in one implementation, allows for bandwidth cost savings without sacrificing application performance.

Methods, apparatuses and systems that dynamically adjust the selection of differentiated network services for selected classes of traffic in response to changing network conditions or application performance levels. In one implementation, the present invention allows for a differentiated network services scheme that adapts to existing network conditions and, in one implementation, selects higher, generally more expensive classes of differentiated network service for certain data flows when the performance of selected applications degrades below a threshold level. The present invention, in one implementation, allows for bandwidth cost savings without sacrificing application performance.

The invention discloses a video enhancement and transmission method based on deep learning. Downsampling is carried out on a high-definition video at a video source end, thereby obtaining a low-definition video; the low-definition video is compressed in an existing video coding mode; and the compressed low-definition video is transmitted. The size of the video data is greatly reduced through downsampling and video coding, so the video traffic needing to be transmitted is correspondingly reduced, and an effect of reducing the bandwidth cost is achieved. At a user receiving end, a user receives the low-definition video, reconstructs the low-definition video by employing a super-resolution image reconstruction method of the deep learning and restores the low-definition video into a high-resolution video for the user to watch, so the video transmission bandwidth cost is effectively reduced. According to the method, the video transmission bandwidth cost is reduced by at least 50%; the resolution of the live broadcast video is improved; and the watching experience of a user is improved.

A wireless base station device, connected to a higher-level station device via a wired line, comprises baseband processors 11, one for each virtual link 21 to which user data flows belong. In the baseband processor 11, a congestion monitor 51 monitors the reception bandwidth usage rate of a virtual link allocated to each cell for detecting congestion and, upon detecting congestion, sends a notification to a flow controller 57. A user traffic distributor 52 distributes a received user traffic into the traffic flow of each user and, at the same time, extracts, for each user data flow, the buffer holding amount in the higher-level station device where user data flows are multiplexed and sends a notification to the flow controller 57. The flow controller 57 manages the data flow of each user and, in response to a congestion notification from the congestion monitor 51, requests the higher-level station device to reduce the rate of a user data flow in descending order of rates beginning with a data flow with a highest rate.

The embodiment of the invention discloses a distributed storage method and device, computer equipment and a storage medium. The method comprises the steps of grouping a to-be-stored file to form multiple data groups; forming at least three data fragments from all the data groups, wherein each data fragment comprises part of data groups, and each data group is added to at least two data fragments;distributedly storing all the data fragments in distributed storage nodes; recording a corresponding relationship between the data fragments and the data groups, and a corresponding relationship between the storage nodes and the stored data fragments; deleting the local to-be-stored file. According to the technical scheme, a user conveniently stores files in a distributed network to lower the storage cost, the privacy and safety of the stored files can be effectively improved, and thus an attacker is prevented from restoring original files.

The invention provides a method for updating the linkman state of an instant communication system. A server establishes a linkman group in the domain and stores the state information of linkmen in the domain and the linkmen in the domain belong to the linkmen of the same linkman group in the domain; the server updates the stored state information of the linkmen in the domain; the server transmits the updated state information of the linkmen in the domain to the client terminal of the linkmen in the domain. The invention also provides a corresponding instant communication system. The invention can effectively decrease the calculation amount of the service and reduce the bandwidth pressure.

The present application discloses a network traffic scheduling method and apparatus for data centers. According to one embodiment, the network traffic scheduling method for the data centers comprises: acquiring pre-stored historical bandwidth information of one of at least two data centers, wherein the bandwidth information comprises the following information: a time stamp and a bandwidth value associated with the time stamp; according to the historical bandwidth information, predicting a bandwidth value of each data center in a future preset time period so as to obtain predicted bandwidth information of each data center; according to the historical bandwidth information and the predicted bandwidth information of each data center, determining whether each data center can generate a new bandwidth peak value; and if determining the problem data center which can generate the new bandwidth peak value exists, adjusting a traffic of each data center. According to the embodiment, the condition of generating the new bandwidth peak value is reduced, so that bandwidth cost of the data centers is reduced.

The embodiments of the invention disclose a data synchronization method and system. The data synchronization method comprises the following steps: writing external updating data into a first data storage system; recording writing operation and generating a binary system log; respectively writing the binary system log into a buffer pool and the binary system log file of a disk; and when the updating data is synchronized, searching for a binary system log corresponding to the updating data from the buffer pool, and sending the binary system log to a second data storage system for data synchronization. The embodiments of the invention bring forward an asynchronous transmission synchronization strategy based on a buffer pool and a binary system log file, a data storage system and a data synchronization system are separated, the data synchronization system is in charge of copying each data for updating to a latest state according to a binary system log, under such a mode, the system servicing performance is not reduced at all, and the system overall complexity, coupling and bandwidth cost are substantially reduced.

The invention discloses a mobile car networking cloud service platform system and relates to the technology of a car networking system, in particular to the technologies of car remote diagnosis and media information and a service system. The mobile car networking cloud service platform system integrates various interdisciplinary technologies such as the car remote diagnosis, automotive electronics, mobile communication and global position system (GPS) positioning communication. The mobile car networking cloud service platform system is achieved by means of the car networking cloud service platform technology, and comprises hardware and software, wherein the hardware comprises a detection module, a communication module and a positioning module, the software comprises a cloud computing platform, and a large number of car databases are arranged at the bottom ends of the three modules of the hardware and the cloud computing platform of the software to serve as data support, and are used for analyzing and diagnosing relevant data. A round-the-clock call center is used for tracking, monitoring and diagnosing the information of all cars in the cloud service platform system in real time, provides timely and all-dimensional services for car owners, and firmly guarantees convenient, rapid, safe and worry-free travel of the car owners.

The invention discloses an erasure code based failure data linear restoration method for the purpose of designing a failure data restoration method aiming at erasure code characteristics. The scheme involves constructing a distribution storage system composed of a control node and N storage nodes. The control node is provided with a task management program and a result recovery program and the storage nodes are provided with restoration programs; the task management program selects a new storage node LN for a failure data block; an available data block is selected from available data blocks of a data object to construct a linear restoration path; the restoration programs perform decoding calculating and transmit and merge decoding results along the linear restoration path; and the restoration program of the LN receives a decoding calculation result from the last storage node of the linear restoration path, and the result recovery program receives the restoration success information of the LN. By using the method provided by the invention, the bottleneck bandwidth in a network can be effectively avoided, the transmission distance of data restoration is shortened, the bandwidth cost of failure data restoration is reduced, and the restoration efficiency of failure data is improved.

The embodiment of the invention provides an access scheduling method, apparatus and system, a terminal, a server and a storage medium. The method comprises the following steps: a client of the terminal directly obtains the information of a plurality of access points of accessed data fed back by a service server, for example the first access point information of a cache server and the second access point information of a source server, the determines the cold and hot features of the accessed data according to the current access hotness parameter of the cache server so as to select the access point information corresponding to the data type of the accessed data to serve as the target access point information, thereby improving the data access hit rate and the response speed and reducing the data return rate, accordingly, the user waiting time is shortened, and the bandwidth cost is reduced.

The embodiment of the invention provides a network system, a service providing and resource scheduling method, equipment and a storage medium. In the embodiment of the invention, central management and control equipment is combined with the edge cloud nodes, under the management and control of the central management and control equipment, the cloud computing can be placed in the edge cloud nodes closer to the terminal to be processed, the cloud computing service can be provided for the user by means of resources in the edge cloud nodes, and the service response time delay and the bandwidth cost can be reduced.

The claimed subject matter relates to systems and / or methodologies that facilitate distributed storage of data. A distributed file system can be implemented on storage nodes such that the system places multiple copies of data (e.g., replicas) on a variety of disparate storage nodes to guarantee availability of the data and minimize loss of the data. Storage nodes are dynamically evaluated to identify respective characteristics. In one example, the characteristics can include availability of a storage node, capacity of a storage node, data storage cost associated with a storage node, data transfer costs associated with a storage node, locality of a storage node, network topology, or user preferences associated with a storage node. The characteristics can be employed to generate optimal placements decisions.

The invention discloses an intelligent maintenance-free power grid monitoring method and system based on cloud edge collaborative deep learning, and the method comprises the steps that sensing equipment collects a monitoring image, and gives an alarm according to alarm information; the edge computing node identifies the monitoring image based on the monitoring image and a power grid anomaly detection model issued by the cloud computing center, and sends alarm information to the sensing device when determining that there is a power grid anomaly; the identified monitoring image is transmitted tothe cloud computing center; the cloud computing center trains a deep learning model according to the stored training set images to generate a power grid anomaly detection model, trains and updates the power grid anomaly detection model according to the identified monitoring images, and issues the power grid anomaly detection model to the edge computing nodes. The invention further discloses a corresponding power grid monitoring system. By adopting the method and the system disclosed by the invention, the operation burden of the cloud computing center can be reduced.

The invention relates to a direct-broadcast flow transmission method and apparatus. The method comprises: a current state of a client is obtained; on the basis of the obtained current state of the client, statistics of a ratio of the number of clients in a freezing state to the total number of clients is carried out; when the ratio exceeds a first threshold value, a current code rate of a direct-broadcast flow is obtained; and when the current code rate is higher than a predetermined code rate threshold value, the client is notified to adjust a transmission strategy to improving the transmission capability and enhance a proportion of direct-broadcast flow data obtained by the client from a content distribution network (CDN) server to direct-broadcast flow data obtained by a point-to-point (P2P) data transmission mode. According to embodiments of the invention, the transmission strategy of the client is adjusted based on the direct-broadcast flow code rate and the client state, so that the service and bandwidth resources are saved and the direct broadcasting smoothness is guaranteed.

The invention belongs to the technical field of information security, and discloses a medical health monitoring network model information processing method and system based on signature aggregation. The third party authority center provides a pair of public and private keys and a pseudo identity for the user sensor, and stores the real identity and the pseudo identity of the user in a key value pair form; The user sensor encrypts medical information through a public key of the medical server and signs the encrypted information by using a sensor private key; Enabling the aggregator to obtain aseries of information, and performing signature authentication and signature aggregation by the aggregator; The signature aggregation aims to save bandwidth and server storage space; And the medical server decrypts the data after performing the aggregate signature authentication, and provides the medical information of the patient to the medical care personnel. According to the invention, judgmentinformation of health care professionals is transmitted to a real patient through the third-party authority center and the aggregator; A plurality of signatures can be combined into a single aggregated signature through the aggregated signature, so that the bandwidth and the storage cost of the network are greatly reduced.

The invention discloses a docker mirror image distribution method. The method comprises the following steps: receiving a request for obtaining a docker mirror image file sent by a client; performing signature verification on the request; when the verification is passed, the available data sharing nodes are queried from the tracker server of the P2P network; establishing a P2P connection with at least one of the available data sharing nodes, downloading the docker image file, and sending the downloaded docker image file to the client. The invention also provides a docker mirror image distribution system, a docker mirror image distribution processing system, a data gateway and a computer-readable storage medium. The docker image distribution method and the corresponding system, the data gateway and the computer-readable storage medium provided by the invention can realize the docker image distribution with high efficiency and low cost in the container service.

A broadband access connection carried over a wireline link is backed-up by a wireless connection to create a high availability communication channel. This protection system comprises a wireline link processor for connecting a user site to a provider network over a broadband access connection and a wireless link processor for connecting the user site and the provider network over a backup connection. A link monitoring mechanism supervises operation of the wireline link and generates a fault signal upon detection of a specified under-performance, failure, or overloading condition of the broadband wireline access connection. A data switching mechanism switches the user traffic received over the user interface between the wireline and the wireless link according to the fault signal. A method for protecting the wireline link is also provided.

The present invention discloses a reading / writing system of single board information and method. The main control board of the invented system includes test control module, it is connected with CPU of main control board; the service board includes execution module connected with memory of the service board, said execution module is independent from CPU of service board or logic device; the described test control module is connected with the described execution module by means of interconnection line being in backboard. Besides, said invention also provides the concrete steps of implementing the invented method for reading / writing single board information.

The invention provides a bandwidth saving method and system, which are applied to live videos. The bandwidth saving method comprises: firstly dividing a real-time video image into a preset number of macro blocks; then, detecting a region-of-interest in the video image, judging whether the preset number of macro blocks are located in the region-of-interest, and marking macro blocks in the region-of-interest to be first macro blocks and macro blocks outside the region-of-interest to be second macro blocks; and finally, coding image data of the first macro blocks at a first coding rate, thereby generating first coding data, and coding image data of the second macro blocks at a second coding rate, thereby generating second coding data, wherein the first coding rate is larger than the second coding rate. The bandwidth saving method and system can effectively reduce bandwidth costs in a live video data transmission process.

The embodiment of the invention provides a network system, an instance management and control method, equipment and a storage medium. In the embodiment of the invention, by combining the concept of edge computing and considering that the cloud computing capacity is placed on the edge side closer to the terminal side, the network system comprising the edge cloud node is provided, and in the networksystem, instances capable of providing cloud computing service for a service demander are deployed in the edge cloud node, and can provide cloud computing service for the service demander under the control of the central control equipment, so that the purpose of providing service for a user by means of resources in the edge cloud node is achieved, and cloud computing is put into an edge cloud node closer to a terminal to be processed; response time delay can be reduced, and bandwidth cost can be reduced.

The invention discloses a video compression method. The method includes: acquiring a video image; carrying out skin color analysis on each frame image in video images to obtain a face image and a background image in each frame image; carrying out Gaussian blurring on the background image to obtain a blurred background image; and carrying out compression on the blurred background image. The invention also discloses a video compression device and a computer-readable storage medium. The method can achieve effects that in a video chat process, clarity of face information in a video process can beguaranteed, and video bandwidth can also be reduced.

The embodiment of the invention provides a network system, a management and control method, equipment and a storage medium. In the embodiment of the invention, by combining the concept of edge computing and considering that the cloud computing capacity is placed on the edge side closer to the terminal side, the network system comprising the edge cloud node is provided, and in the network system, the edge cloud node can be fully and comprehensively controlled by combining the central control equipment and the edge control equipment, so that conditions are provided for processing cloud computingin the edge cloud nodes closer to the terminal, cloud computing service can be provided for a user by means of resources in the edge cloud nodes, service response time delay can be reduced, and bandwidth cost can be reduced.

The invention relates to an application program processing method and device, a computer readable storage medium and computer equipment, and the method comprises the steps: obtaining a downloading request of a first application program, and sending the downloading request to a server; receiving configuration information which is returned by the server and corresponds to the first application program, wherein the configuration information comprises first sub-program attribute information and second sub-program attribute information; when it is determined that the first sub-program is containedlocally according to the first sub-program attribute information in the configuration information, obtaining the first sub-program locally; downloading a second sub-program according to the attributeinformation of the second sub-program in the configuration information; and obtaining the first application program according to the first subprogram and the downloaded second subprogram. According tothe scheme provided by the invention, the downloading speed of the application program can be improved.

The invention discloses a method, a device and a system for supplementing resource heat. The method comprises steps: a mining server acquires resource information in need of heat supplementation from a peer-to-peer network server; as for each resource in need of heat supplementation, the mining server determines the number M of to-be-supplemented nodes corresponding to the resource, wherein M is an integer; when M is larger than 0, a crowd-funding content distribution network server is announced to select M crowd-funding content distribution network nodes to download the resource, wherein the selected crowd-funding content distribution network nodes can serve as peer-to-peer node to provide downloading service for the resource. When the scheme of the invention is applied, the bandwidth cost and the load of the content distribution network server can be reduced.

The invention discloses a downloading speed limiting system, which comprises a hyper text transfer protocol (HTTP) downloading module, a peer-to-peer (P2P) downloading module, an HTTP downloading speed measurement module, a P2P downloading speed measurement module and a downloading speed limiting management module, wherein the HTTP downloading module and the P2P downloading module are used for executing data downloading under the control of the downloading speed limiting management module; the HTTP downloading speed measurement module is used for monitoring and measuring an HTTP downloading speed in real time, and providing the HTTP downloading speed to the downloading speed limiting management module; the P2P downloading speed measurement module is used for monitoring and measuring a P2P downloading speed in real time, and providing the P2P downloading speed to the downloading speed limiting management module; and the downloading speed limiting management module is used for obtaining an overall downloading speed according to the received HTTP downloading speed and the received P2P downloading speed, judging whether the overall downloading speed exceeds a speed limiting value preset by a user, and preferably limiting the HTTP downloading speed if the overall downloading speed exceeds the speed limiting value. The invention also provides a downloading speed limiting method. By the system and the method, the functions of P2P downloading can be fully developed, and the bandwidth cost of an HTTP server can be saved.

The invention discloses a method and device for downloading data, belonging to the technical field of downloading. The method comprises the following steps: receiving a download request from a user, inquiring the resource of the data to be downloaded from a resource server, and judging whether the resource is a secondary resource of each part of the split data to be downloaded; if yes, staring to download each part of the split data to be downloaded, merging the downloaded parts so as to obtain the data to be downloaded; and if no, downloading the data to be downloaded from the resource. The device comprises a receiving module, an inquiring module and a downloading module. In the invention, an anti-theft chain effect is achieved by virtue of split downloading, and the downloading parallelization level is high, thereby improving the downloading speed, saving the downloading time, meeting the requirement of a user on a high downloading speed and maximally saving the bandwidth cost of the server. When the method and device provided by the invention are applied to a peer-to-peer (P2P) downloading mode, the contribution rate of the P2P can be effectively improved.

Methods, apparatuses and systems that dynamically adjust the selection of differentiated network services for selected classes of traffic in response to changing network conditions or application performance levels. In one implementation, the present invention allows for a differentiated network services scheme that adapts to existing network conditions and, in one implementation, selects higher, generally more expensive classes of differentiated network service for certain data flows when the performance of selected applications degrades below a threshold level. The present invention, in one implementation, allows for bandwidth cost savings without sacrificing application performance.

The embodiment of the invention provides a method and system for dispatching of video resource point-to-point sharing and a note terminal. The method comprises the steps that for a video file needing to be downloaded, a request is sent to a service balancer, and the address of a proxy server and the address of a hole punching server are obtained; according to the address of the proxy server and the address of the hole punching server, data connection between the node terminal and the proxy server and between the node terminal and the hole punching server is established; the proxy server is requested for a resource list of the video file, and an inquiry result fed back by the proxy server is obtained; according to the inquiry result, connection is established between the hole punching server and the other node terminal in the inquiry result, and loading data of the video file are obtained from the other node terminal. Data connection between the proxy server and the hole punching server can be established, and therefore rapid and balanced dispatching policy can be provided, and data resource sharing between the node terminals is achieved.