181 results about "Download rate" patented technology

The invention provides a mobile terminal and a method for self-adaptively increasing the download rate thereof. The mobile terminal includes a network monitoring module, a rate detection module and a link switching arbitration unit; the network detection module detects wireless network signals around the mobile terminal; the rate detection module detects the network rate; the link switching The arbitrating unit switches the link for the mobile communication terminal to provide wireless data services to the best link according to the above detection results. The technical solution of the present invention does not require additional protocol development on mobile devices, saves development time, and has better versatility and standardization, and can be widely used in mobile devices with universal access functions, such as mobile phones, data Network cards and other products.

A client device presents streaming media and includes a stream manager, a request accelerator, and a source component coupled to the stream manager and the request accelerator for determining which requests to make. A rate selection process can make rate decisions so that the buffer is filled when it is low, avoiding erratically changing rates and can choose the correct steady rate quickly. Multimedia download strategies can be used for HTTP that allow for accurate rate estimations, achieving link capacity even if network delays and packet loss rates are high, achieving timely delivery of the stream, and achieving relatively steady download rates with little short term variability. A receiver might use multiple HTTP connections, decompose media requests into smaller chunk requests, synchronize the connections using TCP flow control mechanisms, and request data in bursts. In addition, the receiver might use an HTTP pipelining process to keep the connections busy.

A client device presents streaming media and includes a stream manager for controlling streams, a request accelerator for making network requests for content, a source component coupled to the stream manager and the request accelerator for determining which requests to make, a network connection, and a media player. A process for rate estimation is provided that will react quickly to reception rate changes. The rate estimator can use an adaptive windowed average and take into account the video buffer level and the change in video buffer level in a way so to guarantee that the rate adjusts fast enough if there is a need, while keeping the windowing width large (and thus the measurement variance) large. A guarantee might be that when a rate drop or rise happens, the estimator adjusts its estimate within a time proportional to a buffer drain rate or buffer fill level.

This invention discloses a method and a terminal for on-line playing flow media including: A, a terminal side downloads the flow media to be played from the network side, B, the terminal side determines volume of the buffer-store currently to store the download flow media, C, playing the buffer-stored flow media data. This invented terminal includes: a buffer-stored unit used for buffer-storing download data, a code flow obtaining unit used in getting the code rate of the flow media sent by the network side, a computation unit for download rate used in computing the current download rate, a comparison unit used in comparing said code rate and the current download rate, a buffer-store distribution unit used in deciding a strategy for distributing buffer storage and outputting the result to said buffer-storage unit.

The invention provides a method and a device for playing a streaming media. The method comprises the following steps of detecting and obtaining a download rate of the streaming media; and regulating the size of a buffer storage domain of streaming media data according to the download rate and a playing rate of the streaming media, wherein the buffer storage domain of the streaming media data is data storage space which is used for carrying out buffer storage operation for the streaming media data. According to the technical scheme provided by the invention, basing on the download rate of the streaming media, the size of the buffer storage domain of the streaming media data can be dynamically regulated when the streaming media is played, and thus the fluency degree of playing the streaming media can be effectively increased.

A client device presents streaming media and includes a stream manager for controlling streams, a request accelerator for making network requests for content, a source component coupled to the stream manager and the request accelerator for determining which requests to make, a network connection, and a media player. The request accelerator can accelerate a download rate using a plurality of TCP connections. A target download rate can vary among HTTP requests. The TCP receiver window size for a given TCP connection might be based on the target download rate for that TCP connection and / or a current estimated round-trip time for the current TCP connection multiplied by a multiplier rate, wherein the multiplier rate is within a range bounded by the target download rate for the current TCP connection and a rate that is higher than the target download rate by a predetermined amount.

The invention provides a network speed testing method. The method comprises the steps of a network flow test and a network delay test, wherein the network flow test comprises the steps of: sending a data package to each user terminal on a server of an operator through an HTTP (hyper text transport protocol) in a multithreading memory-sending manner, and comparing the download rate with broadband access rate of sign-up users in a way that the user terminal downloads the data packages so as to obtain a test result; and the network delay test comprises the steps of: selecting at least ten web portals at the user terminal, inputting a website URL (Uniform Resource Locator) address at the server of the operator through a simulated user at the user terminal by a browser address bar so as to carry out web browsing and obtain the information about HTTP service availability, DNS (Domain Name Server) delay, TCP (Terminal Control Protocol) delay and the initial package delay of an HTTP page, thus obtaining the test result. According to the invention, the network speed is tested in the multithreading manner rapidly and stably, and the network speed can be tested furthest so that a real network speed can be obtained comprehensively..

The invention discloses a method used for an embedded terminal and capable of improving the playback quality of streaming media and a system used for the embedded terminal and capable of improving the playback quality of the streaming media. The method used for the embedded terminal and capable of improving the playback quality of the streaming media is used for services of online download and playback of embedded terminal equipment. By means of dynamic adjustment of the download rate and the playback rate, the user experience of a download type playback service can be improved. The method used for the embedded terminal and capable of improving the playback quality of the streaming media comprises the following steps: dividing time into periods, and collecting the information of download rate, the quantity of video buffer memory and the playback rate when each period starts. The method used for the embedded terminal and capable of improving the playback quality of the streaming media further comprises the following steps: forecasting the quantity of the video download in the period, namely, estimating the quantity of the download in the period according to historical data of the download rate; and computing decision-making process, namely, calculating the optimal playback rate and the upper limit of the download rate of the period according to the forecasted quantity of the download, the current quantity of the buffer memory and the current playback rate. The method used for the embedded terminal and capable of improving the playback quality of streaming media and the system used for the embedded terminal and capable of improving the playback quality of the streaming media have the advantages of being capable of better utilizing the time correlation of the download rate, finely tuning the playback effect, ensuring that the higher the code rate, the closer the download rate to the playback rate, thus ensuring the smooth playback of high definition videos.

The invention discloses a terminal, a cache server and a method and apparatus for acquiring video slices, relating to the technical field of information and reducing the time delay for playing the video slices. The method includes, firstly, according to the triggering condition of an acquired video slice, determining the video slice that a terminal needs to acquire as an Nth video slice of a video file, acquiring the video index information of the video file from a cache server, determining the downloading address of the Nth video slice according to the download rate of the terminal and the video index information, sending a request message for acquiring the video slice to the cache server, wherein the request message for acquiring the video slice includes the downloading address of the Nth video slice, and at the end, receiving the Nth video slice returned by the cache server. According to the method, the source-returning probability of the cache server can be effectively reduced, and the time for the terminal to obtain the video slice is reduced.

The invention discloses a streaming media playing method and device in an embodiment. The method comprises: obtaining the cached data volume of a video played at present; reducing the frame rate of the video played at present and prolonging the playing time of each frame of image when the cached data volume of the video played at present is lower than a preset lower threshold and the downloading rate of the video played at present is smaller than the original code rate of the video; and recovering the frame rate of the video played at present to be the original frame rate of the video if the cached data volume of a video played at present is greater than a preset upper threshold, when detecting that the video has been completely cached already or when the downloading rate of the video played at present is not smaller than the original code rate of the video. The streaming media playing method is adopted to solve the problem of unsmooth playing of a streaming media video in case of network instability and to enable a user to obtain better watching experience.

The invention relates to a method and a system for upgrading software versions of a passive optical network unit (ONU) in batch. The method comprises the following steps of: determining ONU lists capable of simultaneously performing version upgrade by an optical line terminal (OLT); establishing a multicast channel for version upgrade for ONU in the ONU lists; and downloading the upgraded version files to the ONU in the ONU lists through the multicast channel. The method and the system not only improve the downloading rate of the upgraded version files, but also simplify the management.

The invention relates to the technical field of adaptive streaming media code rate, in particular to a wireless DASH streaming media code rate smoothing adaptive transmission method, comprising the steps of counting download rate data of N slices before, predicting bandwidth trend and bandwidth value of a wireless network; according to the predicted bandwidth trend, bandwidth value and buffer occupancy, the slice scheduling model adaptively selecting the optimal bit rate. The method of the invention considers a plurality of parameters, accurately judges the change trend of the bandwidth of thewireless network, and at the same time, smoothes the short-term fluctuation of the bandwidth. The method of the invention provides a higher average code rate in the video playing process while maintaining less code rate switching times, and provides a good video experience quality of the wireless terminal for the viewer.

The invention relates to a content delivery network (CDN) quality monitoring method. A CDN comprises a data center, a bandwidth provider switch and edge nodes. The method includes the following steps that monitors in the data center carry out packet internet grope (PING) testing on node servers; the monitors in the data center carry out PING testing on the bandwidth provider switch networked with the data center; the monitors in the data center carry out testing on the edge nodes, if the edge nodes are controllable nodes, at least a part of PING testing, downloading rate testing and page Poll testing are carried out, and if the edge nodes are uncontrollable nodes, PING testing is carried out; the controllable nodes are edge nodes, capable of being logged into by a supervisor of the data center through the network and deploying downloading rate testing and page Poll testing, of HTTP website service, and the uncontrollable nodes are edge nodes, incapable of being logged into by the supervisor of the data center through the network or deploying downloading rate testing or page Poll testing, of the HTTP website service.

The embodiment of the invention discloses a method for controlling the number of neighbor nodes of a client, and a device and a cache system thereof, wherein the method comprises the steps of receiving a connection request message sent by the client and used for requesting the establishment of the connection with the neighbor nodes, wherein the connection request message includes data download rate of the client and the number of the neighbor nodes which are connected currently; obtaining the threshold of the number of the neighbor nodes of the client according to the data download rate; and rejecting the connection request of the client when the connecting number of the neighbor nodes which are connected currently of the client is equal to the threshold of the number of the neighbor nodes. The embodiment of the invention can avoid a large amount of unnecessary additional bandwidth consumption due to an excessively large number of the neighbor nodes, and realize the dynamic reasonable adjustment of the number of the neighbor nodes of the P2P client.

The invention discloses a control method for software downloading, which is used for controlling software downloading by using a software downloading platform. The method comprises the following steps of: (1) receiving a software downloading request of a user; (2) querying the current real-time flow information of the software downloading platform to acquire currently available downloading bandwidth information; (3) judging whether the currently available downloading bandwidth can bear the current downloading or not, refusing the current software downloading request if the currently available downloading bandwidth cannot bear the current downloading, and performing a step (4) if the currently available downloading bandwidth can bear the current downloading; and (4) determining priority of the current software downloading request, and distributing a corresponding bandwidth according to the priority. In the invention, whether the current downloading is allowed is directly determined according to the currently available downloading bandwidth, connections and the downloading rate of the user are not required to be considered, and the control is easy and effective; and the corresponding bandwidth can be distributed according to the priority to realize rational utilization of the entire resources.

The invention discloses a heterogeneous wireless peer-to-peer (P2P) network file sharing system and a file transmission acceleration method. In a heterogeneous wireless fusion network access environment, factors such as an access network type, a terminal node downloading rate, an inter-node network distance and round-trip time are comprehensively combined for the characteristics of a fusion network, and a seed node is selected by utilizing an optimization theory in engineering to provide an acceleration method for a file sharing service of a terminal on the basis of an extended P2P-Bittorrent protocol. A proper seed node is selected, and a network service with high data traffic and a heavy load is transferred into an idle network, so that the load balance of the whole network structure is realized, and the resource efficiency of a plurality of heterogeneous fusion networks is optimized.

The invention provides an inter-vehicle cooperation downloading scheme based on a feedback method to overcome the effects that in an existing vehicle data downloading method and technology, contradiction exists among the coverage area, the data downloading rate and the traffic expenses. According to the method, the data downloading time of a single vehicle can be obviously shortened. Meanwhile, due to the fact that data can be shared through V2V communication, time is shortened, no expenses are produced when V2V communication is used, and the expenses for data downloading are greatly lowered. The 3G communication method and the DSRC communication method are utilized at the same time, the 3G communication method is used as a control channel and responsible for uploading request information to a roadside access point so that data can be prepared well before the vehicle passes by the roadside access point, the DSRC communication method is used for downloading the data, and therefore the data can be downloaded at a high speed.

The invention provides an indoor coverage system with adjustable resources. The coverage system comprises: a near-end unit and at least two far-end units. The near-end unit is used for gathering uplink signals reported by the far-end units, calculating emission resources needed by all the far-end units for receiving the uplink signals and configuring emission resources of the system according to a calculated result as well as receiving downlink signals issued by a base station, calculating frequency band resources needed by all the far-end units for emitting the downlink signals, and configuring reception resources of the system according to a calculated result. The far-end units are used for receiving the uplink signals according to the configured reception resources and outputting the uplink signals to the near-end unit as well as receiving downlink signals distributed by the near-end unit and carrying out emission according to the configured emission resources. According to the invention, on the basis of the technology employed in the invention, dynamic adjustment of system resource selection distribution and capacity can be realized; multiple standard signals are used for covering in a same network, so that a sudden service demand in a designated subdivided zone can be met and thus download rate experience of users can be effectively improved.

The embodiment of the invention discloses a data downloading method and an associated device. The data downloading method comprises the steps of receiving a downloading requesting message sent by a first router for target data, determining a second router storing the target data according to the downloading requesting message, and sending a data downloading request for the target data to the second router so that the second router can send the target data to the first router and the first router can send the target data to a user terminal. By the adoption of data downloading method and the associated device, the data downloading rate can be improved, and the network resource utilization rate is higher.

The invention relates to a method and apparatus for implementing code rate switching. The method includes the following steps that: when slices are downloaded, a latest group of pictures (GOP) is detected in the code streams of currently downloaded slices; the presentation time stamp (PTS) information of key frames (I frames) is extracted from the detected latest GOP; and slices of a slice source code rate corresponding to a downloading rate are played according to the obtained PTS information. According to the method and apparatus of the invention provided by the embodiments of the present invention, the PTS information is acquired, code rate switching in the slices can be realized, stagnation caused by code rate switching between the slices can be avoided, the real-time performance of the acquisition of videos by a user and the online video viewing experience of the user can be improved.

The invention discloses a method for automatically adjusting the receiving performance in the process of receiving downstream data and a mobile terminal, wherein, the method comprises the steps that: a mobile terminal adjusts the polling period of checking the network interface data according to the number of times of continuous interruption of the business connection due to the blockage of the network interfaces as well as the number of times of continuous business suspension. In the case that the downstream rate of the physical-layer data at the receiving and sending ends of the network layer is not changed, the method of the invention can markedly improve the performance of a business layer, which is mainly manifested in that: the receiving rate of downstream data for medium-and-high layer businesses at the side of the mobile terminal is increased, and the rate of data receiving failure caused by receiving timeout when receiving downstream data is reduced, thereby improving the experience of users; the method also effectively reduces the ineffective polling times, increases the application performances, reduces the data receiving failure rate which is resulted from the fact that too many ineffective polling times cause the continuous suspension times to reach the allowed maximum polling times, and distributes the data download rate and the hardware resource consumption of the mobile terminal in a optimal manner.

The invention provides a method and a device for processing upgrading information. The method comprises the following steps: acquiring an event triggering running in a first application program; judging whether the event triggering running in the first application program is upgraded or not; if yes, acquiring the upgrading information corresponding to the event triggering running; generating prompt information according to the upgrading information to carry out prompt. The device comprises an event acquisition module, an upgrading judgment module and an upgrading prompt module, wherein the event acquisition module is used for acquiring the event triggering running in the first application program; the upgrading judgment module is used for judging whether the event triggering running in the first application program is upgraded or not, and if yes, acquiring the upgrading information corresponding to the event triggering running; prompt information is generated by the upgrading prompt module according to the upgrading information to carry out prompt. The method and the device can realize accurate placement and improve the effective downloading rate of new versions.

The embodiment of the invention discloses a method for classifying Internet IP addresses and forecasting rate of a target node. The method is applied to any node in the network to classify IP address ranges, wherein each class comprises continuous IP address ranges and addresses in the class have approximate transmission rate for the node; and the method forecasts data download rate of the target node. The embodiment of the invention also discloses a device for classifying the Internet IP addresses and forecasting the rate of the target node. By using the embodiments, when a network application program needs to select from a plurality of communication nodes, the method can improve possibility of selecting the node with the maximal bandwidth and most guaranteed connection quality, so as to reduce blindness of the application program in network communication, and reduce load and consumption caused by communication blindness in a network.

The embodiment of the present invention provides a download control method and device, a multimedia terminal, and a computer storage medium. The method comprises obtaining a real-time download rate when a slice source of a current code rate is downloaded, wherein the download rate is an average download rate within a time period from the start of the slice source downloading to the current time; comparing the download rate with a download rate limit threshold corresponding to the current code rate, wherein the download rate limit threshold is greater than the smooth playing rate of the slice source, and the smooth playing rate is the minimum download rate for smoothly playing the slice source; when the download rate is greater than the download rate limit threshold, stopping downloading and restarting the downloading when the download rate is less than or equal to the download rate limit threshold. The download rate limit threshold can well avoids excessively high download rate of a terminal for downloading the slice source, enables the download rate to be close to or equal to the download rate threshold, thereby solving the problem of excessively occupying the broadband resources.

The invention discloses an antenna control method and device, a memory medium and an electronic device. The antenna control method comprises the steps of controlling an LTE (Long Term Evolution) module to send an antenna sharing instruction to a WIFI (Wireless Fidelity) module when it is detected that the LTE module is in an idle state, wherein the antenna sharing instruction carries allowed sharing duration; obtaining network traffic of a current period when the WIFI module receives the antenna sharing instruction sent by the LTE module and the allowed sharing duration reaches preset duration; and if the network traffic is smaller than a preset threshold value, controlling an antenna mode of the WIFI module to be switched from a single-antenna mode to a double-antenna mode. According to the embodiment of the invention, through reasonable control over the switching frequency of the single-antenna mode and the double-antenna mode, the WIFI module can be intelligently switched between asingle antenna and double antennas, the network performance of the WIFI module can be improved, and a downloading rate and fluency of performing network tasks by the electronic device can be improved.

A method includes monitoring, at a base station of a wireless network, channel quality information corresponding to a wireless channel used by the base station to stream media content to a communication device. The media content is streamed to the communication device at a particular effective transfer rate via data bursts. The method includes selecting, at the base station, a size of a data burst to send to the communication device and a download rate for the data burst. The size and the data rate are based on the channel quality information. The method also includes sending the data burst to the communication device at a first time from the base station.

An information processing device includes a broadcasting apparatus broadcasting a content at a predetermined transmission rate to at least a receiver downloading the content and a generating unit generating metadata for the content. The metadata contains download-rate state information indicating a state of the predetermined transmission rate with respect to a reproduction rate at the receiver. The broadcasting apparatus further broadcasts the metadata generated by the generating unit.

The disclosed device comprises: a micro-control unit with software to connect with Web server and download file, and at least two interferences. Wherein, the former software can also be fit to cut file, manage breakpoint, set initial position, download, release, and merge files. This invention applies breakpoint and multi-thread download technology, and improve mobile phone download rate.

The invention relates to a method for realizing a high-download rate photonic crystal demultiplexer with a reflection micro-cavity employing an implantation technology. In the method, a device structure for introducing the reflection micro-cavity and a microfluid implantation technology into a two-dimensional photonic crystal demultiplexer is designed, and a higher download rate is acquired by increasing the reflection micro-cavity at a specific position on the rear side of a download micro-cavity along a main waveguide direction; and microfluid with different refractive indexes is implanted into an air hole of a resonant cavity at different positions of the demultiplexer, so that a guide die of a photonic crystal is changed, a transmission peak shifts, and multi-channel wavelength demultiplexing is realized. The photonic crystal having a medium background air hole structure in a triangular lattice is utilized, and the method is closer to a silicon-on-insulator (SOI)-based photonic crystal manufacturing technology which is widely applied at present, and is high in realizability. The three channels have the transmissivity of over 95 percent, and good application of the method in photon integration and wavelength division multiplexing (WDM) can be acquired.