686 results about "Timing data" patented technology

A computer based method and system is provided for facilitating the management of a project. The method includes receiving task data, associated resource data, associated timing data and associated task-related dependency data. This data is typically arranged to be viewed in a task-centric manner through a task-centric display interface where for each task or event all corresponding resources and a series of attributes associated with the tasks or events including the timing of the tasks or events, the human resources allocated to the tasks or events and task related dependency links. The task, timing and task-related dependency data is then grouped for each resource and the entries may be stored in a data store. The grouped data is then graphically represented on a resource-centric display interface from a resource-centric perspective as a compilation of a project management plan so that for each resource, the task, timing and task-related dependency data is collectively displayed relative to said resource in a one-to-many relationship.

A position detection system comprising positional element and positioning device, wherein the positional element transmits a continuously modulated acoustic waveform and a synchronization signal that is a sequence of at least two synchronization packets, each bearing timing data for the continuously modulated acoustic waveform. Additionally, the synchronization signal uses time hopping to support concurrent positioning of a plurality of positional elements.

A method, protocol and apparatus for transporting Advanced Video Coding (AVC) content, e.g., using MPEG-2 systems is disclosed. Specifically, the present method is related to the carriage of various flavors of AVC streams in a uniform fashion over MPEG-2 systems (e.g., both transport and program streams). AVC coding mandates only the VCL (video coding layer) elements and all other elements such as parameter sets, timing data and display parameters are optional in the in-band AVC stream. As all of these elements are required by MPEG-2 systems and for conformance verification of AVC streams, the present invention discloses MPEG-2 system specific tools and / or constraints to generate the optional elements that are not present in the in-band AVC stream.

A video production facility system may produce closed caption data that includes text data and timing data. The system may receive script data for a video program. The system may then determine identifiers for individual programming events that make up the program. The system may then produce closed caption data for the program. The closed caption data may include text data corresponding to the script data, and timing data provided at locations that correspond to the beginning of each of the programming events. The timing data may comprise an identifier of the corresponding programming event. Further timing data may be provided that marks the ends of programming events, or that marks individual segments within a programming event. Related embodiments may pertain to systems that implement such processing. The closed caption data may be synchronized to a video signal based on the display of corresponding text by a teleprompter system that is used in the production of the video program. Timing data may alternatively be provided within the video signal itself.

Traffic signal data is broadcast, for receipt by vehicles traversing the roadways controlled by the traffic signals. If desired, traffic lights are provided with the capability to broadcast their location, status, changing cycles and timing data continuously. A receiving system in a vehicle is configured to receive the traffic signal data and display, to a user of the vehicle, visual display information and / or audible information informing the user of a speed range which, if followed, optimizes the use of the highway and minimizes the number of starts and stops that must be made.

A method for creating a multimedia presentation, which presentation comprises an audio or video recording of a session wherein a presenter presents an audiovisual presentation, said method comprising said presenter presenting said audiovisual presentation, making an audio or video recording of said presentation, wherein timing data comprising data for start, end and transition events within said audiovisual presentation are automatically, and without manual processing, incorporated into said audio or video recording, so as to allow said events to be used on playback to coordinate the audio or video portion of said multimedia presentation with the audiovisual portion thereof.

When switching sources, resolutions or refresh rates in a video distribution network, switching times are reduced by maintaining video lock and security authentication between a video switcher and a video sink. The scaler maintains video lock and security authentication by continuing to generate video timing data during switching events. The scaler also facilitates an aesthetically pleasing transition by generating image content data prior to and after the switching event.

When switching sources, resolutions or refresh rates in a video distribution network, switching times are reduced by maintaining video lock and security authentication between a video switcher and a video sink. The scaler maintains video lock and security authentication by continuing to generate video timing data during switching events. The scaler also facilitates an aesthetically pleasing transition by generating image content data prior to and after the switching event.

A system and method is provided for utilizing output-timing data to control at least one output timing parameter of a point-of-load (“POL”) regulator. Specifically, a power supply controller (“controller”) is adapted to transmit output-timing data to at least one POL regulator. In one embodiment of the present invention, each POL regulator includes an output builder, a control unit and a storage device. The control unit is adapted to store the output-timing data in the storage device. The control unit and the output builder are then adapted to produce an output having at least one output timing parameter in accordance with the output-timing data. Examples of output-timing data include sequencing data, turn-on data, turn-off data, termination data, slew-rate data, etc. For example, a POL regulator may be adapted to utilize output-timing data, or a portion thereof (e.g., slew-rate data), to generate an output having a particular slew rate. Similarly, a POL regulator may be adapted to utilize output-timing data, or a portion thereof (e.g., sequencing data, turn-on data, etc.), to determine (or calculate) a period of time to wait (e.g., delay period) before the output is generated. In other words, output-timing data can be used to produce a series of outputs in a particular order, or sequence.

To realize a music-oriented game allowing the use of a commercially available music information storage medium, such as a commercially available music CD, or a network distribution as a means for obtaining original data of game music. In a game device of which controller is operated by a player in accordance with game music, game program code and game data are stored in a CD-ROM. The game data includes operation timing data, which is necessary when using the music recorded in a predetermined commercially available music CD, as game music. The recorded content of a commercially available music CD is read using a CD-ROM reader 24. When that commercially available music CD is the predetermined commercially available music CD, music is reproduced as game music based on the recorded content of that commercially available music CD, and a guidance is shown on a monitor based on the operation timing data whereby timings at which the player is required to operate the controller in accordance with the game music is instructed to the player.

A coupon management system includes a synthetic barcode module. The synthetic barcode module comprises light management components and a controller. The light management components include an LED operating as both an optical receiver and an optical emitter The controller interfaces with a compatible electronic device such as a cell phone via an analog audio interface, receives analog audio signals corresponding to coupon barcodes, produces timing data for managing optical output, determines if the received light pulses correspond to scanner output, and using the timing data outputs driver signals to cause the light management module to emit light pulses that emulate light reflected from a scanned barcode to communicate the coupon barcode optically.

Systems, methods and computer program products for determining a position location estimate for a remote receiver based on one or more time-of-arrival measurements transmitted from one or more transmitters and first timing data associated with the one or more transmitters and further associated with one or more reference locations within a reference area of the remote receiver are described.

A communication system including a transmitter, a receiver, and a TMDS-like link, in which video data and auxiliary data (typically including timing data associated with other auxiliary data) are transmitted from the transmitter to the receiver, or in which video data are transmitted over the link from the transmitter to the receiver, and auxiliary data (typically including timing data associated with other auxiliary data) are transmitted from the receiver to the transmitter. In typical embodiments the auxiliary data include one or more streams of audio data. Other aspects are transmitters and receivers for use in such a system, methods for sending auxiliary data and video data over a TMDS-like link, methods for transmitting and recovering clocks for auxiliary data transmitted over such a link, methods for synchronizing auxiliary data transmitted over such a link with video data transmitted over such a link, and methods for generating clocks having frequency closely matching the rate at which the auxiliary data are transmitted over such a link.

A computer system configured to provide process control is described herein. The computer system optionally includes a web proxy system, including a load balancer, and a cache cluster. An interface is configured to receive a user search query. A search engine is configured to receive the user query and to identify one or more corresponding events. An interface is configured to display identified events to the user and to receive a user selection of a first event. A data store is configured to store item requests received from a plurality of users for the first event, including corresponding request timing data. An optional servo system is configured to suggest an assignment of items with respect to the first event based at least in part on the number of prior item requests and corresponding request timing data.

A system and method of determining the quality of data services of a mobile telephone is provided. In one embodiment, a method comprises wirelessly receiving content as data stream of data packets at the mobile telephone via a mobile telephone network, storing the received data packets in a memory, storing in the memory reception sequence data comprising data of the sequence of reception of each data packet received, storing in a memory reception timing data comprising data of the timing of the reception of each packet received, reconstructing the data stream by providing the data packets to an end user application in a sequence determined by the reception sequence data and spaced apart in time as determined by the reception time data, presenting the content with the end user application, and determining a quality assessment of the content based on the output of the end user application. The end user application may be resident on a mobile telephone device or a computer. The presentation by the end user device may be recorded and processed by quality assessment program code and / or a panel of observers to provide a quality assessment.

Embodiments of the invention relate to collecting keystroke timing data of samples of a phrase input by a user on an input device during different user sessions, and creating a biometric user template based on the timing data collected during the different sessions. Once a sufficient number of samples are collected, the template may be used to authenticate the user.

The invention discloses a parking management system based on a ground lock remotely controlled by a mobile terminal. The system comprises a parking space ground lock, a server platform system, and a user mobile terminal for loading application software, and is characterized in that a user uses Wi-Fi and the Bluetooth technology to control the parking space ground lock through the application software in the user terminal; after the parking space ground lock is started, automatic timing is carried out, the timing data are uploaded in an encryption mode to the server automatically via the mobile terminal of the ground lock owner when the parking space ground lock is closed and automatic fee reduction is realized; after the user starts the application software in the user mobile terminal, the parking space ground lock sends a notice and advertisement information to the user mobile terminal; idle parking space near the specified position can be queried, booked and requested for rent immediately through the user terminal and the surrounding merchant advertisement information can be queried; and through the application software in the user terminal, the parking space ground lock owner can carry out remote authorization via internet to enable other mobile terminals to control the parking space ground locks of their own.

A system for measuring and monitoring performance of online content is provided. In one embodiment, the system includes an intermediary device, such as a web proxy, that receives client requests for content, such as requests for web pages. The device obtains the requested content, modifies it by applying one or more performance optimizations, and serves it to the client. The device also inserts code into the content for execution by the client to gather and report data reflecting, e.g., how quickly the client is able to get and process the content. The code includes information identifying the modifications the device made, and this is reported with the timing data, so that the effect on performance can be analyzed. In other embodiments, the device selects one of multiple versions of content, and the inserted code contains information identifying the selected version. The foregoing are merely examples; other embodiments are described herein.

A method for simulating, analyzing and / or designing an automated assembly system including a plurality of resources comprises: defining at least one cell from an automated assembly line; associating an action table with each cell; calculating a duration, a success rate and a repair time for each process step using fundamental data of the resources; and associating the duration, the success rate and the repair time with each process step in each action table. The action table of a respective cell specifies all process steps that are executed in the respective cell. A system for simulating, analyzing and / or designing an automated assembly system comprises a discrete event simulator and a three-dimensional kinematic and dynamic simulator coupled with the discrete event simulator. The kinematic and dynamic simulator generates timing data for the automated assembly system that is used by the discrete event simulator. A system for determining a costed-throughput is also provided.

An event as defined by a place and a time may be captured by multiple devices or individuals. Storing time information in association with the content item allows users to identify content associated with that event or any event. Time data may be provided in varying time bases depending on the network from which time information is determined. Accordingly, all content capturing the same event may be synchronized and aligned appropriately by adjusting the various timing information to a common time base. The synchronization and alignment is facilitated by capturing content using very fine time bases that provides accurate time stamping of content. In one or more arrangements, timing information may be adjusted using a time almanac that uses sample timing data. The content may further be assembled into a content item that provides multiple perspectives of the same event.

An integrated circuit device includes a memory controller coupleable to a memory. The memory controller to schedule memory accesses to regions of the memory based on memory timing parameters specific to the regions. A method includes receiving a memory access request at a memory device. The method further includes accessing, from a timing data store of the memory device, data representing a memory timing parameter specific to a region of the memory cell circuitry targeted by the memory access request. The method also includes scheduling, at the memory controller, the memory access request based on the data.

The method for accessing the intelligent hardware to the Internet of Things cloud platform comprises the following steps: the Internet of Things cloud platform adding a virtual device corresponding toan intelligent device to be accessed, configures equipment user information for the virtual device and stores the equipment user information in a database; when the intelligent device is networked, the Internet of Things gateway monitors a connection request; the Internet of Things cloud platform authorizes and compares equipment user information through a database, and forwards the access mode to the protocol adapter for authentication and authorization; after the authentication and authorization are successful, if the data acquisition module receives the data message, writing the data intoa cache database and a real-time database, and sending the service data to a message queue, and if the data acquisition module receives the rule data, sending specified data to the intelligent devicethrough a network protocol; the timing data processing module receives the real-time data and transfers the real-time data to the big data processing platform, and the timing service module triggers aset event; and the big data processing platform processes the data at preset time intervals and generates big screen dynamic data.

Methods and devices of various embodiments provide enhanced location services by leveraging a system of beacon devices each broadcasting data that is useful in calculating locations and report of the trustworthiness of neighbor beacon devices. Various embodiments include a method performed by a beacon device that may include obtaining location data using a first functionality, evaluating sensor data to identify a breach of trust condition at the beacon device, generating authentication data that indicates any identified breach of trust condition, receiving one or more neighbor beacon broadcast messages using a second functionality, determining whether the one or more neighbor beacon broadcast messages include trustworthy location data, and broadcasting an outgoing broadcast message that includes the obtained location data, timing data, the generated authentication data, and data indicating whether the one or more neighbor beacon broadcast messages include trustworthy location data.

A method for improved traffic congestion estimation is provided using signal phase and timing data from traffic signals at intersections and probe data from vehicles traversing said intersections. An example method may include: identifying each of a plurality of paths through an intersection; identifying signal phase and timing data for each traffic light associated with each path through the intersection; receiving probe data for vehicles approaching or traversing the intersection; estimating a number of vehicles failing to traverse the intersection along a path through the intersection; estimating a congestion status of the path through the intersection based on the number of vehicles failing to traverse the intersection; and causing the congestion status to be provided to permit updating of a map to reflect the congestion status.

A motion-capture system containing a base-unit and one or more mobile-articles The base-unit contains two or more acoustic transmitters, each transmitting an acoustic signal, an RF transmitter transmitting a synchronization signal, and an RF receiver for receive timing data transmitted from the mobile-articles. The synchronization signal and the acoustic signals are transmitted synchronously, and the timing data contains time measuring information associated with time delay at the mobile-article, between the synchronization signal and the acoustic signals.

An information communication device includes: a packet generation unit that generates a packet including timing data at an end of the packet for specifying to an external device a start timing for processing related to photography; a transmitting unit that transmits the packet to the external device by wireless communication; and a transmission control unit that changes a state of packet transmission by the transmission unit according to a start timing of the processing related to photography.

A method of integrating multiple sampling interval image data with timing information from a defect once-around sensor and the machine page sync signals to estimate a banding profile. By augmenting the sampling interval data with the timing data, proper phasing of each frequency over each sampling interval can be maintained. Specifically, when the data over the multiple intervals is taken, the defect source once-around signal and the page sync signals are also recorded. The combination of this information allows the algorithm to extract phase and amplitude information of banding defects from the sampling intervals using a new matched-filter based parameter estimation algorithm. Estimated banding profiles are then generated from the known frequencies, and the estimated amplitude and phase values.

A method and apparatus for reverse engineering an integrated circuit chip (IC chip) (120) utilizes an electrical circuit tester (114) for injecting a triggering signal into the IC chip (120) to exercise a circuit under test. In synchronization thereto, a PICA detector (116) monitors optical emissions from the circuit under test. A spatial data extractor, electrically coupled to the PICA detector, collects space information (124) from patterns of light emissions emitted by the circuit under test, and a timing data extractor, electrically coupled to the electrical circuit tester and to the PICA detector (116), collects time information (126) from the patterns of light emissions emitted by the circuit under test. A database memory (105) includes known data about the circuit under test and also includes at least one reference pattern for comparing a captured light emission pattern thereto to identify at least one circuit element in the circuit under test. A PICA data analyzer (108), electrically coupled to the database memory (105) and to the PICA detector (116), determines at least one of whether the circuit under test comprises a circuit element with a light emission pattern that matches one of the at least one reference pattern in the database memory (105), and the value contained in a memory in the IC chip (120).