688 results about "Recording duration" patented technology

A time sequential signal comprising audiovisual content and hyperlinks is received and displayed on a display device by the systems of the invention in a time sequential manner. The display of the time sequential signal is paused whenever a displayed hyperlink is selected. While pausing the display, data corresponding to any selected hyperlink is accessed and displayed on the display device. The corresponding data may comprise a web page accessed through the Internet or an interval page that is transmitted within the vertical blanking intervals of the time sequential signal. While pausing the display of the time sequential signal, the time sequential signal is recorded so that it can be viewed in the order it was recorded as soon as a resume display command is received by the system.

A method is disclosed for compressing a frame of data representing parameter values, a time at which each parameter value was recorded, and an orientation of a sensor at the time each parameter value was recorded. Generally the method includes performing a two-dimensional transform on the data in the orientation domain and in a domain related to the recording time. In one embodiment, the method includes calculating a logarithm of each parameter value. In one embodiment, the 2-D transform includes generating a Fourier transform of the logarithm of the parameter values in the azimuthal domain, generating a discrete cosine transform of the transform coefficients in the time domain. This embodiment includes quantizing the coefficients of the Fourier transform and the discrete cosine transform. One embodiment of the method is adapted to transmit resistivity measurements made by an LWD instrument in pressure modulation telemetry so that while-drilling images of a wellbore can be generated. The one embodiment includes encoding the quantized coefficients, error encoding the encoded coefficients, and applying the error encoded coefficients to the pressure modulation telemetry.

A system for recording a video session includes a video server and a client coupled to the video server using a communication path. The video server communicates a start record command. The client determines the processing capacity of the client and establishes a recording interval in response to the determined processing capacity. The recording interval indicates a time between a first recording time and a second recording time. The client records a first video frame at the first recording time in response to the start record command, and records a second video frame at the second recording time. The first video frame includes first video data and the second video frame includes second video data. The client generates a video sub-frame comprising the second video data that is different from the first video data.

A vehicle black box includes a memory device for receiving and storing real-time data associated with the vehicle during a recording time window. Upon determining that an accident has occurred, circuitry freezes the recording time window and stores the real-time data within the frozen recording time window within a one-time programmable (OTP) memory.

The invention records real-time radio and television listener data utilizing automated, interactive questions and radio and television broadcast audio segments recorded by telephone, including wireless cell phones. Telephone users are asked to hold their phone in the direction of any broadcast audio they are hearing or listening to. Streaming program audio directly from radio and television broadcasts is matched to the program audio recorded from telephone users using computer audio matching technology. When an audio match is made, recorded data will automatically populate an alpha / numeric database creating a record including fields for identifying the radio or TV station, time of recording, the phone user's 10 digit telephone number and demographic information on the listener. Demographics may be obtained prior to the call or by automated interactive questioning, during a call, with the phone user responding to questions verbally or by pushing appropriate keys on the telephone keypad.

A storage control system and method of operation thereof includes: a control unit for initiating a hardening process beginning at a power-down signal; a counter module, coupled to the control unit for tracking a recorded time beginning at the power-down signal; a completion module, coupled to the counter module, for generating a work-complete entry in memory devices at a conclusion of the hardening process; and a calculation module, coupled to the completion module, for calculating a power down margin by determining the recorded time between the work-complete entry and a complete power loss of a hold-up power.

Communication and resolution of potential recording conflicts are disclosed. In one aspect, a request for recording a new program is received, and recording schedules are examined to determine whether another program had been previously scheduled for recording at the same time. If so, a display that illustrates and allows resolution of the conflict is automatically provided. In another aspect, a recording queue and an exception list provide efficient identification of conflicts and management of scheduled recordings. The recording queue lists each program to be recorded, and the exception list identifies conflicting pairs in the recording queue and indicates which item in each pair is respectively retained (preempting) and deferred (preempted). Canceling a preempting recording removes it from the recording queue and the conflict from the exception list to reinstate a preempted program. Channel guides that illustrate recording conflicts are also provided.

The present invention provides system and method for creation of a road map, the system comprising a plurality of navigation devices; and an application server to receive from the plurality of navigation devices time series of location points, and to create a road map based on the time series of location points. The method comprising receiving location points from plurality of navigation devices, along with respective time stamps indicating the time of recordation of each of the location points; identifying at least one route according to the location points and respective time stamps; and creating a road map based on the at least one route.

Dynamic administration of event pools for relevant event and alert analysis during event storms including receiving, by an events analyzer from an events queue, a plurality of events from one or more components of the distributed processing system, each event including an occurred time and a logged time; creating, by the event analyzer, an events pool; determining whether an arrival rate of the events from the components of the distributed processing system is greater than a predetermined threshold; if the arrival rate is greater than the predetermined threshold, assigning, by the events analyzer, a plurality of events to the events pool in dependence upon their occurred time; and if the arrival rate is not greater than the predetermined threshold, assigning, by the events analyzer, a plurality of events to the events pool in dependence upon their logged time.

A method and device for monitoring the quality of service of logistic services. A shipping device, which is shipped along a travel route from a source location to a destination location, includes an electronic device. Times are logged at one or more locations during the travel. The electronic device includes: a GPS-indoor receiver device connected to a control logic, a storage connected to the control logic, a power supply, and an I / O interface. The control logic is arranged for logging, during the shipping device traveling time, datasets including at least the current Time of Day and the current geographic location information derived from GPS signals received en route into the storage. The log data is read out via the I / O interface. The log data is evaluated according to predetermined rules reflecting the quality of service of the actual shipping device shipping.

A video surveillance system which includes at least one field recording site and at least one remote viewing site linked by a communication channel of the internet. The field site locates a video surveillance recorder which archives a compressed digital video signal from a video source to a digital memory. Similarly, data associated with the video signal is archived to a digital memory. The archived video signal is stored in file segments associated with the times they are recorded. The system further provides a compressed real time video signal. The video surveillance system also includes a server interface to the internet whereby the field site may be controlled to provide the video and data information to a user at the remote site. User commands may be communicated from the remote site to the field site to transfer either the real time video signal, the archived video signal or the archived data signal. The selected signal is then displayed on a video monitor of the remote viewing site. Specific times of the archived video signal or the archived data signal may be viewed by selecting from a list of files archived on the digital memory. The surveillance system may have more than one field site recorder and / or more than one remote viewing site.

An acoustic detection of a discrete acoustic signal allows to detect a leak behind a casing (23) of a borehole. An acoustic amplitude (AA) is sampled during a recording time period (24; 64) at a determined position along the tube. Time intervals (26; 66) are defined inside of the recording time period (24), and for each time interval (26) the measured acoustic amplitudes are processed to obtain respectively a corresponding power-frequency spectrum (261). A plurality of the power-frequency spectra are analyzed to identify the discrete acoustic signal by detecting time and frequency dependant changes of power. Preferably the processing involves a Fourier transform analysis. A power-frequency time plot is used to conveniently identify the discrete acoustic event.

A method and system for visualization of electrophysiology information sensed by electrodes on a catheter, includes recording times of electrode signal acquisition, designating a reference electrode signal acquisition, assigning a relative time to each recorded time of electrode signal acquisition relative to the reference electrode signal acquisition, identifying the electrodes with signal acquisition, correlating assigned relative times to identified electrodes to generate a sequence of electrode signal acquisitions, and generating a visual representation of the sequence of electrode signal acquisitions generating a visual representation with a graphical image of the electrodes, wherein individual electrodes are visually marked to represent the sequence of electrode signal acquisitions.

Timers of a plurality of slave units are synchronized with a timer of a master unit by a) sending a synchronization message on the first network by the master unit, which contains a time measurement of the master unit and a time scale, to the slave units; b) at each slave unit, forming the difference between a time measurement recorded in the slave unit and the time measurement received by the master unit, and correcting the current time measurement of the slave unit by this difference, and, at each unit, the recording of a time measurement upon receipt of the time scale; c) at the master unit, inserting the recorded time measurement into a subsequent synchronization message.

The present invention provides system and method for creation of a road map, the system comprising a plurality of navigation devices; and an application server to receive from the plurality of navigation devices time series of location points, and to create a road map based on the time series of location points. The method comprising receiving location points from plurality of navigation devices, along with respective time stamps indicating the time of recordation of each of the location points; identifying at least one route according to the location points and respective time stamps; and creating a road map based on the at least one route.

The invention provides an editing system for editing and combining media material into a resulting media composition. The media may be film or video based material, and also may include audio material. The video may adhere to either NTSC or PAL timing. In response to editing instructions, an Edit Decision List (EDL) is produced that specifies the material that makes up the edited composition, and the order of presentation of this material in the output composition. The EDL specifies the input clips that are taken from the source material using source timecode and similarly defines the output order again according to a new time code, the record time code. The editing system produces an extended EDL that facilitates the downstream processing (after the editing has been completed) for post production tasks requiring the need to know accurately where edit points occur.

A broadcast program recording overrun and underrun scheduling system provides a system for adjusting the start and end times of a broadcast program's recording schedule that has a predetermined start and end broadcast time. An on screen program guide is displayed to the viewer via a monitor or television and lists the predetermined scheduled broadcast times and channels of a plurality of broadcast programs. The viewer selects a particular broadcast program to record from the program guide using a remote input device. The invention schedules the broadcast program to be recorded by inserting the program's information such as program identifier, start and end times, and storage duration into a recording schedule database. The invention allows the viewer to adjust the scheduled start and / or end recording times for a broadcast program by specifying the time increment to add or subtract from the start and / or end recording times of a specific program or series of programs. The invention adjusts the recording schedule to the viewer's modifications. Broadcast programs are recorded onto a persistent storage device when the recording schedule indicates that it is time to do so. The viewer is allowed to adjust the end recording time of a program while the program is being recorded. The viewer can randomly access the recorded programs on the persistent storage device for play back.

An apparatus and method for controlling a variable bit rate in real time are provided, including an encoding unit for performing a predetermined image conversion on present video data to be encoded and for encoding the video data into a variable bit rate by quantizing the conversion result, and a variable bit rate controller for allocating an overall bit estimate of the video data to be stored in a system to each frame according to a variation in video recording time, for detecting the complexity of frames based on a difference between pixels of the encoded video data and for determining a quantization factor using the detected complexity.

The method and a system is for locating and recording time-limited signal sequences in media channels that may contain undesirable signal components, e.g., recording music in radio transmissions. The signals are continuously buffered in a memory. The user identifies a desired source material. Out of this desired source material a section may be taken as a search key. The device may also select search keys automatically. If a second instance of the search key is detected, signal sequences that in time are connected to the search keys are compared. The signal sequences that by comparison are substantially identical are identified as belonging to the same, wanted, source material. The next step is an iteration of the above procedure results in a longer and higher quality segment of source material than the initial common segment.

The invention provides a continuous data protection method. Data can be recovered to any time point; data mounting in a short time can be realized; and the fast verification, write-in and immediate use of the data are realized. The method comprises the following steps that: initialization synchronization is executed at first; the initial state of production host block equipment is synchronized to a backup host; meanwhile, a data variation capturing module is started for capturing the data variation and transmitting the data variation to the backup host; the data variation is written into a mirrored volume; original data of a data variation address is written into a journal volume; the timestamp, the offset, the length and the storage address are recorded; and the recording of any data variation is realized. The reconfiguration of a virtual volume is used; the actual data access is redirected to the mirrored volume, the journal volume and a write time volume through a virtual volume index block; and the data read-out and the data write-in are realized. The data recovery is realized by using data read-out. Obsolete data can be deleted only through finding and deleting all of the journal volume and journal volume metadata files with the ending timestamp before the time point.

An indicator system for use on a medicine bottle to indicate the time and date of the last dosage. The system includes means for registering time and date when the bottle is opened and then closed.

A method of processing a set of data collected by at least one sensor at successive points on the travel over a plot of land by at least one vehicle. Each piece of the data being recorded with a time lag in relation to the vehicle passing a given point on the plot of the land, and being associated with a recording time and with a geographical position of a measuring point supplied by a geolocation system. An optimum difference value is estimated by minimizing a degree of projection of a three-dimensional map of values measured at each geographical point, and correction of the data being measured from this difference.

A recording reservation common share system includes a recording schedule sharing apparatus 1A which makes a request for recording schedule information, and which acquires and checks recording schedule information provided thereto, and recording schedule sharing apparatuses 1B and 1C each of which receive a request for recording schedule information from the recording schedule sharing apparatus 1A, and provides the recording schedule information held thereby to the recording schedule sharing apparatus 1A.

In the case where recording start of moving picture is instructed, whether or not operation mode at the last recording time is moving picture mode is judged with reference to information within memory. In the case where the operation mode at the time of last recording time is still picture mode, intermediate management information for performing management of extended file by still picture file is recorded to start recording operation in moving picture mode for recording VTS subsequently to intermediate management information. In the case where operation mode at the last recording time is moving picture mode, recording of moving picture is continued as VTS previously recorded.

The method of preventing generation of file fragment in digital hard disc video recorder includes mainly the file pre-creating process, the first video recording data file writing process and the video recording data file covering and writing process. The file pre-creating process includes hard disc formatting, creating subarea, and pre-creating 2 index files and N data files of M bytes size; the first video recording data file writing process is to write compressed video and audio data flow into one of the created data files until finishing all the data files on the hard disc connected to the hard disc video recorder; and the video recording data file covering and writing process is to store the newly input compressed video and audio data flow to the earliest data file circularly. The present invention has the advantages of no generation of file fragment and no degradation of access efficiency of video recording hard disc data.

To record on a recording medium at least N (N is an integer, N>=1) pieces of data, total management information for managing N pieces of data, and M (M is an integer, 1<=M<=N) pieces of data management information. The total management information has a time zone information indicating a standard time in a representative area where the data is recorded, and the data management information has the data recording time information indicating the time when the data is recorded, and the time zone auxiliary information. The change of the time zone representing an area where the data is recorded, and the time difference correction of the data recording time information can be effected in a short time without causing any inconsistency in the recording time information between the management information and the stream data.

A recording / reproduction apparatus and a recording / reproduction method are adapted to information on the recording area of a recording medium without intervention of the operator if the recording medium is short of capacity necessary for recording the information to be recorded. If information not recorded on a magnetic tape is supplied to DTR 9 and central control section 2 determines that the magnetic tape does not have a recording capacity sufficient for recording the information, the central control section 2 causes the DTR 9 to record said information not recorded on the magnetic tape in the storage area of the magnetic tape storing one or more than one pieces of information with the oldest time and date of recording.