30 results about "High speed internet access" patented technology

The advent of audio compression algorithms in combination with high-speed Internet access has enabled consumers to download digital audio files such as music single tracks from the Internet within seconds to minutes. Whereas legitimate service providers offer music files for download on payment, many consumers download music files illegally at no direct cost by using file sharing or similar services. This leads to a potential loss in revenues for the creators, owners, sellers, and/or distributors of digital audio content. The present invention relates to a method and system for selling and/or distributing digital audio files comprising at least one advertisement message part in addition to at least one music entertainment part. By incorporating an advertisement message part, digital audio files can be sold at a lower price due to additional advertising revenues, which in turn will induce more consumers to legally purchase digital audio files, thus potentially increasing overall revenues for the creators, owners, sellers, and/or distributors of digital audio content.

A media server receives a request from an unpaired mobile device, queries a login database to determine whether the mobile device is logged in for high speed Internet access, and, when yes, identifies a particular guest area of the hospitality establishment according to details in its login record. One of the media devices accessible from within the particular guest area is selected and paired with the mobile device without requiring a user of the mobile device to input into the mobile device a connect code of the selected media device. In another example, a user initiates a codeless pairing mode on a particular one of the media devices and begins interacting with the media server utilizing an unpaired mobile device. Since, only one media device can be in that mode at a time, the media server pairs the newly detected unpaired mobile device with the particular media device.

Techniques for controlling and managing network access are used to enable a wireless communication device to selectively communicate with several wireless networks. A portable communication device constructed according to the invention can communicate with different networks as the device is moved through the areas of coverage supported by the different networks. As a result, the device can take advantage of services provided by a particular network when the device is within the area of coverage provided by that network. Thus, the device can selectively switch to networks that provide, for example, high speed Internet access, different quality of service, low cost service and/or different services (e.g., voice, data, multimedia, etc.). A multi-mode controller in the device may be used to alternately poll different networks to determine whether the device is within the area of coverage of a network and to selectively establish communications with those networks.

The invention discloses a portable device providing access to the Internet. A host computer runs a browser taking information received from the Internet, renders it onto a virtual display in memory, reduces the color depth, compress and sends it to the device. Thus, the user views a bit map or raster image of a Web page on the device, which also contains a browser software program, that runs on the device containing its own window. This window contains buttons or icons providing web functions and implements scrolling on the web page received with respect to the window. The windows of the browsers in the host computer and device are adjustable in size and may be set to match for text formatting. The size of the web page received from the Internet is the size sent to the device when converted to an image, which varies with each web page received.

Disclosed is an electronic quantity purchasing system which is a host computer that a user may access to purchase quantities of goods or services at a locked-in price for later redemption. The preferred communication means employed is via secure, high-speed Internet access. Data storage is electronic. Users employ the system to make an instant purchase of a small or large quantity of a commodity, such as gasoline at the current purchase price. Users can redeem all or part of their balance for real product at a physical location in the future when desired. The redemption will draw down the user's account balance at the locked-in purchase price, so the user is able to circumvent the market price in effect at the time of redemption.

The invention discloses a portable remote device that connects wirelessly to the internet or other sources via a host computer which runs a browser, taking information received and renders it onto a virtual display in memory. This information is directed to software which reduces the color depth, compresses and sends it to the portable device, which decompresses and stores it into memory for displaying. The information captured and sent to the remote device is limited to the size of the browser's window, which may be considerably smaller than the image in the virtual display. The browser automatically scrolls to other parts of the image to capture it entirely, sending segments simultaneously to other software responsible for color depth reduction and compression, whilst it scrolls to other segments. The host computer keeps a record of credit card details for each user on file, hence there is no encryption required between the host and remote device, as the host automatically inserts credit card details from its database in the appropriate location for each credit card purchase over the Internet.

The present invention provides a broadband wireless access system, which includes a control subsystem and an access subsystem. The control subsystem includes a processing module and an interface module, wherein, the processing module is used to perform data processing, the interface module connected with the processing module is used for connecting with a user terminal; after the processing module receives the input parameters from the user terminal via the interface module, a background processing program is invoked, the input parameters are converted into an AT instruction. The access subsystem connected with the control subsystem via an interface is used to parse the AT instruction sent by the control subsystem via the interface and invoke the related internal function, so that the user terminal can be connected with or disconnected with a network. Consequently, by the present invention, based on a dual inline microprocessor and by supporting Ethernet high-speed interfaces connected with PCs (personal computers), a requirement on the high-speed network access of a WCDMA / HSDPA (Wideband Code Division Multiple Access / High Speed Downlink Packet Access) network can be satisfied, and meanwhile, a basic talking service is also supported.

Controlling network access through a remote terminal adapter by a customer. Such network access control may be effected by (a) requesting order information from the customer, (b) accepting the requested order information form the customer, (c) verifying credit information provided by the customer, (d) instructing that the remote terminal for network access be enabled, and (e) instructing that the enablement of the remote terminal be terminated at the expiration of a service period

The invention discloses a portable device providing access to the Internet. A host computer runs a browser taking information received from the Internet, renders it onto a virtual display in memory, captures a portion of the image, reduces the color depth, compresses and sends it to the device. A PDA browser software program runs on the device containing its own window. The portion of the image sent from the host computer is equal to or proportional to the size of the PDA browser window. Upon scrolling on the device, the image of the new location is sent to the device, stored in memory, and displayed for view. Web pages and corresponding areas frequently viewed by the user are stored on the host computer, whereby the host computer recognizes these web pages and automatically sends corresponding areas frequently viewed to be displayed.

Temporary increased broadband bandwidth services for high speed access and download of Internet websites are provided to end user DSL subscribers by a system and method to increase speed of accessing certain Internet websites to incentivize the end user DSL subscribers to purchase higher speed broadband services and to incentivize content providers to pay for the temporary increased broadband services. The speed category of a customer premises equipment turbo modem is controlled by either a wired or wireless serving center computer processor, based on either the wired or wireless serving center computer processor determining whether to download Internet and video content at a predetermined selected speed category.

An improvement in the shielding design and deployment of collocated radio transceivers for high-speed wireless Internet access accomplished by increased isolation brought about by wrapping each transceiver in a shield of mild steel, enclosing collocated transceivers and associated equipment in non-reflective enclosures, and use of low loss RF coaxial cables.

The invention relates to a call processing method, a call processing device and a storage medium. The call processing method is applied to the terminal, and the method comprises the following steps: determining that a circuit switched fallback CSFB call establishment process of the terminal is stopped and a radio resource control RRC connection release message redirected to a circuit switched domain is received, and determining a current communication state of the CSFB call; and in response to determining that the current communication state of the CSFB call meets the condition of cancelling an extended service request ESR message retransmission mechanism, cancelling sending of the current to-be-retransmitted ESR message. Through the method and the device, the problem that the UE cannot normally use LTE (Long Term Evolution) to surf the Internet at a high speed due to the fact that the UE falls back to the CS domain for multiple times due to retransmission of the ESR message can be avoided.

A communication system employing optical fibers and a high data rate satellite is utilized to provide high-speed Internet access to various geographic regions. In one aspect, a first teleport station is located geographically separated from a first user. The first teleport station is connected through a network access point to the Internet. The second user communicates through a satellite to the first teleport station to access the Internet. The teleport station and the network access point use a long haul optical fiber.

The invention provides an active indoor distribution system and a control method and device thereof. In the active indoor distribution system, a centralized processing unit is configured to complete a radio resource control (RRC) layer function and a packet data convergence protocol (PDCP) layer function; the distributed processing unit is configured to complete a radio link control (RLC) layer function, a media access control (MAC) layer function and a physical (PHY) layer function; and the remote radio unit is configured to complete a radio frequency function. According to the invention, indoor network coverage is realized by adopting a three-level architecture, so that the cost is reduced, the performance is improved, further smooth upgrading of equipment in the future is realized, the transmission rate is further improved, the indoor high-speed internet access requirement of people is met, and the landing popularization of 5G is promoted.

The invention discloses a 5G millimeter wave wireless network card with a self-bouncing rotatable USB connector. The 5G millimeter wave wireless network card comprises a self-bouncing device assembly, a USB rotating connector assembly and a network card main body assembly; the self-bouncing device assembly is installed inside the network card main body assembly; and the USB rotating connector assembly comprises a first rotating connector assembly and a second rotating connector assembly; and the first rotating connector assembly is installed on the network card main body assembly, and the second rotating connector assembly is installed on the first rotating connector assembly. According to the invention, the self-bouncing and rotary design is adopted, the use is simple, the storage is convenient, the optimal performance of 5G millimeter wave wireless transmission can be exerted, the demand of people for high-speed internet access is met, and the popularization of 5G communication, especially 5G millimeter wave communication, is accelerated.

The invention discloses a 5G independent networking terminal registration method and system, a terminal and a storage medium, and the method comprises the steps: when a 5G network is registered, if a network end does not support VORR and EPS fallback, after the network end refuses to register the 5G network, 4G network registration is initiated in LTE; when the data service is initiated, a 5G network registration request is re-initiated to the network end, the registration request carries priority information, and PDN connection is initiated to the network end; and after the data service is finished, initiating a 4G network registration request in the LTE again, and switching the 5G network to the 4G network to perform the voice service. According to the invention, after the 5G independent networking registration of the terminal is rejected, when the data service exists, the registration request is initiated on the 5G network again, so that the problems that the terminal can only reside in the 4G network, and the terminal cannot reside in the 5G network, so that the 5G data service cannot be acquired and the 5G high-speed internet cannot be enjoyed are solved, the terminal can preferentially access the 5G NR network, and the user experience is improved. Therefore, the terminal can use the data service of the 5G network.

The invention discloses an intelligent high-speed internet extension socket. The extension socket comprises a first platooninsert and a plurality of second platooninserts. The first platooninsert is provided with a first PLC carrier wave plate, and the second platooninserts are each provided with a second PLC carrier wave plate. An input interface of the first PLC carrier wave plate is connected with a modulator-demodulator through network cables, an output interface of the first PLC carrier wave plate is connected with an input interface of the corresponding second PLC carrier wave plate through a power line, and an output interface of the corresponding second PLC carrier wave plate is connected with an internet device. The intelligent high-speed internet extension socket avoids the problems that in a traditional internet access mode, the resource utilization rate is low, the construction period is long, investment is repeated, devices are in idle, the daily life of a user is affected and the architectural structure and home decoration are damaged. The intelligent high-speed internet extension socket is a strong weapon of major operators and real estate developers for deploying a data network to a user's home, and the user can conveniently and fast surf the internet by means of the extension socket.