1271 results about "Non real time" patented technology

An electronic system (1400) includes a processor (1422, 2610) having a pipeline, a bus (2655) coupled to the pipeline, a storage (1435, 1440, 2650) coupled to the bus (2655), the storage (1435, 2650) having a real time operating system (RTOS) and a real-time application, a non-real-time operating system (HLOS), a secure environment kernel (SE), and a software monitor (2310); and protective circuitry (2460) coupled to the processor and operable to establish a first signal (VP1_Active) and a second signal (NS) each having states and together having combinations of the states representing a first category (2430) for the real-time operating system and the real-time application, a second category (2420) for the non-real-time operating system, and a third category (2450) for the secure environment kernel.

A reconfigurable integrated circuit is provided wherein the available hardware resources can be optimised for a particular application. Dynamically reconfiguring (in both real-time and non real-time) the available resources and sharing a plurality of processing elements with a plurality of controller elements achieve this. In a preferred embodiment the integrated circuit includes a plurality of processing blocks, which interface to a reconfigurable interconnection means. A processing block has two forms, namely a shared resource block and a dedicated resource block. Each processing block consists of one or a plurality of controller elements and a plurality of processing elements. The controller element and processing element generally comprise diverse rigid coarse and fine grained circuits and are interconnected through dedicated and reconfigurable interconnect. The processing blocks can be configured as a hierarchy of blocks and or fractal architecture.

Two advanced group-based voice services, known as Push-to-Conference (P2C) and Push-to-Message (P2M) services are provided by a real-time exchange (RTX) that interfaces to the wireless network. The RTX provides a full-duplex Push-to-Conference (P2C) session between an initiator and two or more other participants, wherein the P2C session comprises a full-duplex conference call, and both the real time exchange and handsets participating in the P2C session communicate with each other using call setup and in-band signaling within the wireless network. The realtime exchange may be coupled to and work with a Push-to-Message (P2M) server to deliver multimedia messages in a non-real time manner from an originator to one or more recipients, without establishing voice paths between the originator and recipients, wherein the P2M server, and an optional Voice Mail Server, provide a message storage facility for the multimedia messages. Additionally, a technique based on handset speech buffering permits zero delay call set-ups to be achieved.

A proxy-server system (15) connected preferably to a computer-telephone system (10) intercepts, processes, and analyzes as traffic-analysis results (68A-C) all forms of real- and non-real-time electronic communication passing over the network in the form of raw traffic data (61). The proxy-server system normalizes each communication into the measure of time needed by recipient(s) of the communication to understand the information contained therein. Once normalized, the data may be aggregated into summary reports (69A-C). As part of the analysis, the aggregated communication records are compared with user-defined rules to provide alerts if the individual or aggregated durations exceed boundaries set by the rules. In one embodiment, the summary reports may be integrated with general-ledger data (94) and other raw business data (74) via a relational database (72) to derive more accurate records of activity-based-costing information (76). Additionally, the data of the summary reports may be visualized in two- or three-dimensional representations of communication-flow patterns to illustrate in an intuitive and semantically scalable manner the desired level of detail for time and time-based expense consumed by the electronic interactions of an individual or organization.

A real-time scheduler is disclosed for packet data services in a wireless communication network. A hierarchical scheduler is also disclosed which has the flexibility to handle mixed real-time and non-real-time users.

There is provided a method for transmitting non-real time traffic in a connection oriented communications network. The network includes a network core that has a source and a destination with a path between them. The non-real time traffic is received at the source from a number of connections and each of the connections is associated with one of many classes of transmission service. The method includes the first step of aggregating at the source the non-real time traffic received from the connections onto the path. The non-real time traffic is transmitted on the path without regard to the connections with which the non-real time traffic is associated. The method includes the second step of segregating at the destination the non-real time traffic so transmitted on the path within the core according to the corresponding connections with which the non-real time traffic is associated. Flow control is applied between the source and the destination to thereby regulate the rate of transmission of the non-real time traffic along the path.

A communication apparatus that shares precise return channel uplink timing information includes a common symbol timing reference and one or more control stations that each transmit independent asynchronous DVB data streams which evenly share the common symbol timing. The control stations each include respective delay trackers to determine broadcast transmission delays associated with the particular control station and transmission path. Each broadcast data stream includes the same non real-time frame marker and a transmission delay message particular to the respective control station. A remote receiver receives one of the broadcast streams and timestamps the non real-time frame marker with a local time of receipt. A timing recovery circuit determines an upcoming return channel frame start time by adjusting the local time of receipt by the particular broadcast transmission delay and a unique receiver offset time. A local transmitter subsequently uplinks a TDMA message in a predetermined time-slot after the return channel frame start time. The method for transmitting a frame synchronized message includes receiving a non real-time frame reference marker in a receiver, timestamping the received frame reference marker with a reception time, and subsequently receiving a control node timing differential at the receiver. The local reception time of the non real-time frame marker is corrected to determine the proper return channel frame transmit start time by applying the control node timing differential and the local offset time. Users then uplink a message during an assigned period after the return channel frame transmit start time.

A disk drive is disclosed which executes a rotational position optimization (RPO) algorithm for selecting a next command to execute out of a plurality of pending commands. The RPO algorithm comprises a first phase and a second phase. The first phase of the RPO algorithm is executed relative to a first priority and in response to at least one non-real-time parameter. The second phase of the RPO algorithm is executed relative to a second priority higher than the first priority and in response to at least one real-time parameter.

An efficient method and system to enhance digital acquisition devices for analog data is presented. The enhancements offered by the method and system are available to the user in local as well as in remote deployments yielding efficiency gains for a large variety of business processes. The quality enhancements of the acquired digital data are achieved efficiently by employing virtual reacquisition. The method of virtual reacquisition renders unnecessary the physical reacquisition of the analog data in case the digital data obtained by the acquisition device are of insufficient quality. The method and system allows multiple users to access the same acquisition device for analog data. In some embodiments, one or more users can virtually reacquire data provided by multiple analog or digital sources. The acquired raw data can be processed by each user according to his personal preferences and/or requirements. The preferred processing settings and attributes are determined interactively in real time as well as non real time, automatically and a combination thereof.

A method is provided of controlling traffic load on a link in a telecommunications network. The link carries user sessions of non-real time, NRT, and real time, RT, services. The method comprises periodically monitoring traffic load on the link in the network. The method further comprises successively restricting alternately NRT and RT traffic on said link so as to bring said load below a predetermined level.

A system for providing statistical multiplexing of speech, other real-time data services and non-real-time data services for point to point and point to multipoint communications. The system has fast access and assignment procedures that allow the multiplexing of real-time, delay-critical data services with non-real-time data services. Continuity of periodic control channels across speech talkspurt and silence periods for conversational voice is maintained to carry signal measurement reports, channel quality feedback, and “comfort” noise information between different parts of the system.

An apparatus and method for providing quality of service for the transmission of data packets from a base station in a wireless network to a plurality of mobile stations in a coverage area of the wireless network. The apparatus comprises a packet discriminator for receiving data packets from user devices requesting to transmit data packets to the mobile stations. The packet discriminator determines whether each data packet is a real time application or a non-real time application. The apparatus also comprises a real time traffic packet processor for receiving first selected data packets for real time applications, and a non-real time traffic packet processor for receiving second selected data packets for non-real time applications.

The present invention describes a method, network node and a system for controlling network resources for non real-time data connections in a mobile communication network. Further, the present describes an adaptive inactivity timer, which takes into account the history of the current traffic flow and the nature of the NRT traffic. Traffic must be measured in the mobile communication network for each NRT traffic flow to which the adaptive inactivity timer is used. Specially, the adaptive inactivity timer for the NRT bearers in the WCDMA networks (UTRAN, IP RAN) is concerned. The different NRT traffic protocols, e.g. the TCP, have known transport patterns. The releasing of different resources in mobile communication network can be made dependent of the traffic and on the phase of the transmission. For example, some TCP/IP traffic has different transmission pattern than the WTP has, and further the TCP/IP has different traffic patters in the beginning of the transmission and after a while.

Client-server system for providing web site preview information of web site content and features to users. The user enters a web site URL they want to preview into a client application, which generates preview information about the web site content and features. The client generates the web site preview information by building the preview information from preview information sources including the web site and/or requesting preview information from the server/back-end of the client-server system. Both the client and the server build preview information by accessing preview information sources such as web pages and web page information databases, extracting the requested preview information, formatting the preview information in a standard preview format, and returning the preview information to the user for display. While the client and server system build preview information from preview information sources in real-time, the server system also builds preview information in non-real-time by storing preview information in a preview information archive, and transmitting this pre-built preview information to clients in response to client preview information requests. In addition to providing web site preview information, the present invention may also be used to provide real-time or near real-time promotional information associated with a web site. The promotional information or announcement may be provided in conjunction with the preview information presented to the user. Specifically, when the user requests or is provided with preview information for a particular web site, the system “goes” to the web site and retrieves announcement information prepared by the web site sponsor. The announcement information may be in the form of an HTML file prepared by the web site's owner or marketing/promotional team. The HTML file is then presented to the user in conjunction with the presentation of the web site preview information.

A method and a system for transmitting data by means of a first data network (1) have first means for transmitting data in at least one first transmission cycle, the first transmission cycle being subdivided into a first area (4) for transmitting real-time-critical data and a second area (5) for transmitting non-real-time-critical data, and by means of a second data network (2) having second means for transmitting data in at least one second transmission cycle, the second transmission cycle being subdivided into a third area (7) for transmitting real-time-critical data and into a fourth area (8) for transmitting non-real-time-critical data, and with a switching unit (13) for transmitting real-time-critical data of the first area into the third area.

A system and method for enabling multithreading in a embedded processor, invoking zero-time context switching in a multithreading environment, scheduling multiple threads to permit numerous hard-real time and non-real time priority levels, fetching data and instructions from multiple memory blocks in a multithreading environment, and enabling a particular thread to modify the multiple states of the multiple threads in the processor core.

The present invention relates to a monitoring and controlling system and method for megawatt level battery energy storage power plant, which includes a central monitoring and controlling module and local monitoring and controlling modules, between the two modules adopts real time and non real time communication parallel network structure to communicate with each other. The central monitoring and controlling module is configured to read the data of the battery energy storage power plant through the communication network, and store and manage the data, determine the total power demand of the battery energy storage power plant, determine all the power demand values of the energy storage substation, and send to all the local monitoring and controlling modules, calculate all the power demand values of the energy storage units, and send to the energy storage units, and then send all the power demand values of the energy storage units, real time and non real time data to the central monitoring and controlling module for unified storage and management. The monitoring system and method meets the requirements of cluster real-time rapid control and thousands of transmission data monitoring, and ensures the healthy operation of the battery to battery energy storage power station more security and stability.

A method of receiving a broadcasting signal in an apparatus for receiving the broadcasting signal, is disclosed. The method includes receiving a first encoding data descriptor describing first encoding data of contents having the first encoding data and second encoding data, in non-real time, receiving the first encoding data in non-real time, according to the first encoding data descriptor, and decoding the first encoding data received in non-real time and the second encoding data received in real time together, according to the first encoding data descriptor, and outputting the contents.