71 results about "Normal rate" patented technology

Original-quality MPEG coded video is processed to produce reduced-quality MPEG coded video for trick mode operation by removing non-zero AC DCT coefficients from the 8×8 blocks of I-frames of the MPEG coded video to produce I-frames of reduced-quality MPEG coded video, and inserting freeze frames in the reduced-quality MPEG coded video. Preferably, the coded video is stored in a main file, a fast-forward file and a fast-reverse file. The fast forward file and the fast reverse files contain reduced-quality I frames corresponding to original-quality I frames in the main file. A reading of the main file produces an MPEG transport stream for an audio-visual presentation at a normal rate, a reading of the fast-forward file produces an MPEG transport stream of the audio-visual presentation in a forward direction at a fast rate, and a reading of the fast-reverse file produces an MPEG transport stream of the audio-visual presentation in a reverse direction at a fast rate. Preferably, the files share a volume that includes at least one GOP index associating the corresponding I frames of the files.

Rate charging rules and principles concerning mobile calls in a cellular communication system can be improved by providing the mobile station with a locator object which, at certain intervals, determines the cell in which the mobile station is currently located. Stored in the mobile station is a list of cells or areas in which a special rate is to be applied in charging for calls originating from the mobile station. The locator object monitors calls made from the mobile station and, when it detects that a call is being made, it determines whether the mobile station was in a denoted special rate area at the time that its location was most recently determined. If so, then the object informs the network that the call is entitled to the special rate. Since the last location function was executed just before call setup commenced, a special rate call is possible even if the mobile station has thereafter moved some distance into a cell applying a normal rate. Disposed in a billing center is a billing object, to which the locator object sends data indicating whether the call was initiated from a cell or area in which a special rate is applicable, as well as data identifying the particular call. The second object receives the billing records generated by the mobile switching center, which also contain call identifying data, and compares the call-specific data in those records with the data sent by the first object. In this way, the second object can identify from the billing records those calls that are entitled to a special rate, regardless of whether the mobile station has moved during call setup from the original cell into a cell where another rate, e.g. a higher rate, is applicable.

A close-talk detector detects a near-end user's speech signal, while an adaptive ANC process is running, and in response helps prevent the filter coefficients of an adaptive filter of the ANC process from being corrupted, thereby reducing the risk of the adaptive filters diverge. Upon detecting speech using a vibration sensor signal and one or more microphone signals, the detector asserts a signal that slows down, or even freezes or halts, the adaptation of the adaptive filter. The signal may be de-asserted when no more speech is being detected, thereby allowing the adaptive ANC process to resume its normal rate adaptation of the filter. The detector may continuously operate in this manner during the call, as the user talks and then pauses and then resumes talking. Other embodiments are also described.

A DRAM memory device includes several banks of memory cells each of which are divided into first and second sets of memory cells. The memory cells in the first set can be refreshed at a relatively slow rate to reduce the power consumed by the DRAM device. Error checking and correcting circuitry in the DRAM device corrects any data retention errors in the first set of memory cells caused by the relatively slow refresh rate. The memory cells in the second set are refreshed at a normal rate, which is fast enough that data retention errors do not occur. A mode register in the DRAM device may be programmed to select the size of the second set of memory cells.

Embodiments of the present invention relate to methods and systems for detecting and removing a clogging condition of a filter in a dishwasher. According to one embodiment, the method includes determining a normal water level or a normal rate of water level change for a wash cycle of the dishwasher and monitoring a water level or a rate of water level change during execution of the wash cycle. The method further includes detecting the clogging condition of the filter by detecting a deviation thereof. A current position of the wash cycle being executed may then be determined. The method further includes executing a remedial operation to facilitate removal of the clogging condition and determining if the clogging condition has been removed. Finally, the method includes resuming operation of the dishwasher at a wash cycle position based on the current position if the clogging condition has been removed.

The invention relates to a system for content presentation of content signals such as video signals. A content presentation apparatus comprises a content signal receiver (201) receiving a content signal from a content source (203). The signal is stored in a memory (205). The memory is connected to a content analyser (207) which analyses the content and determines to which category of content this belongs. The apparatus further comprises a user preference profile processor (211) which determines a preferred presentation rate for different categories of content in response to a user input or a previous user behaviour. A playback controller (213) controls the playback of the content by setting the presentation rate to the preferred presentation rate of the user preference profile for the content category identified. Specifically, the invention provides for e.g. a fast forward button which fast forwards through unwanted content but plays at normal rate during user preferred content.

The invention discloses a video buffer method for the receiving end of a network video service system. The method comprises the following steps of: (a), establishing a buffer queue; (b), receiving and blocking data; (c), storing the data into the buffer queue; (d), comparing the receiving and play time of each of the first n data blocks to judge current network speed; (e), if the network speed is high enough, playing the data according to a normal rate; (f), if the network speed is not high enough, performing further judgment; and (g), lowering a play rate. The step (f) comprises the following steps of: (f-1), if the number of data blocks in the buffer queue is greater than n, normally playing the data; and (f-2) if the number of the data blocks is less than n continuously for k times, replacing n by utilizing n+j. According to the video buffer method, a network speed environment can be automatically sensed, and a buffer length and a play rate can be automatically regulated according to the network speed environment, so that the adaptive bandwidth play of a final user of the video service system in different network speed environments can be effectively realized; and in addition, high video play continuity is ensured, so that the service can obtain highly-satisfactory network streaming media service in different network environments.

Segments of a recorded video program that are classified to be skipped during replay are scanned through at a predetermined rate, which is independent of viewer control. While faster than the normal play mode, the rate of forward scan is such that the content of the video segments being skipped can still be readily perceived. While in this controlled forward scan mode, viewer control of the scanning rate may be disabled. A viewer-controlled input may be provided so that a portion of a video segment being skipped can be viewed at a normal rate of play starting at the beginning of the portion that the viewer wishes to see. Once that portion of the video segment has been played at normal speed, the video playback device automatically switches to a predetermined mode of operation. Segments of a recorded video signal may be automatically rearranged for playback, allowing for all segments of one type to be played back contiguously, followed by playback of all segments of a second type.

An emergency lubrication system for a turbine engine includes a reservoir 50 containing a reserve quantity of lubricant 52 and having a lubricant inlet 54 and a lubricant outlet 56. A lubricant supply line 62 and a lubricant outlet line 66 each have a respective valves 64, 68 for regulating lubricant flow into and out of the reservoir. A fluid supply line 70 includes a valve 72 for selectively establishing communication between the reserve quantity of lubricant and a source of pressurized fluid. During normal operation the lubricant outlet valve continuously releases lubricant at a normal rate to the component requiring lubrication while the lubricant inlet valve concurrently admits fresh lubricant into the reservoir. During abnormal operation, the lubricant inlet valve closes in response to abnormally low lubricant pressure outside the reservoir thereby preventing backflow of reserve lubricant out of the reservoir. The fluid inlet valve opens to admit pressurized fluid into the reservoir thus pressurizing the reserve lubricant. The lubricant outlet valve opens or cycles open and closed in response to a command from a controller 26 so that the pressurized fluid forces lubricant through the outlet 56 as a subnormal rate, which persists until the lubricant reserve is substantially depleted. The subnormal rate is ideally achieved by intermittently releasing lubricant from the reservoir, but may also be achieved by releasing a continuous stream of lubricant at a rate less than the normal rate of release.

In one embodiment, a method is illustrated as including generating tagging data using a computer system to tag certain portions of digital content for playing at a normal rate and inserting the tagging data into a field of a data packet to create tagged digital content. In another embodiment, a further method is illustrated as including generating a metadata file using a computer system to denote certain portions of digital content for playing at a normal rate and inserting the metadata file into a media stream containing the certain portions of digital content. Additionally, in a further embodiment, a system is illustrated as including a generator residing on a device to generate tagging data to tag certain portions of digital content for playing at normal rate and an inserter residing on the device to insert the tagging data into a field of a data packet to create tagged digital content.

The invention relates to an evaluation method of a power system state estimated result based on expanded uncertainty, which belongs to the field of the analysis and computation of power system state. The method is characterized in that the expanded uncertainty of each measuring point is defined according to the international evaluation and expression of uncertainty of measurement; measuring point normal rate eta index, eta 2/3 index and eta 1/3 index are constructed based on the expanded uncertainty; then all the results obtained by performing state evaluation and computation to measured values are evaluated by adopting the indexes; the state estimated result of larger index is selected to be output. The method has rationality, practicability and popularization.

The invention discloses a charging method in mobile communication system characterized by that, the rate for user charging can be adjusted dynamically according to the real operation status reflected by the system operation parameters e.g., service period, service user category and application type, operation stage and operation location. Then determine the rate concession indicating information for the user, and send it to the user's equipment (UE) by the system. When the user proceeds communication, determine whether the user enjoys the rate concession, if so, proceed charging according to the corresponding rate, otherwise charge with the normal rate.

An illumination device and a control method thereof are provided. The illumination device includes a fan and a light emitting diode module capable of emitting a light beam. The control method includes: detecting a fan signal of the fan; determining whether an operation of the fan is abnormal according to the fan signal, wherein a driving current of the LED module is reduced when the operation of the fan is determined to be abnormal; and a driving current of the LED module is reduced to a predetermined rang of the normal rated driving current when the fan is determined to be stop according to the fan signal.

The present invention relates to a data processing apparatus, a method and apparatus for encoding, a method and apparatus for decoding, and a program, that allow a reduction in an algorithm delay. An interpolator 51 produces interpolated PCM data by performing R-times oversampling on original PCM data. A frame encoder 54 fetches a predetermined number of samples of the oversampled data as one frame, encodes the oversampled data on a frame-by-frame basis, and outputs resultant encoded data. A frame decoder 55 decodes the encoded data on a frame-by-frame basis at a rate R times higher than a predetermined normal rate. A decimator 56 decimates data obtained as a result of the decoding such that the number of samples is reduced to 1/R of the number of sampled included in the original data. The present invention is applicable, for example, to an IP telephone system.

A display device decides a face detection situation. When the face detection situation is in the range from the absence of face detection, in which a face facing an LCD display screen is not detected, to detection of one-half of the face, a display rate is set at a low rate by a display rate determining unit. When the face detection situation is in the range from detection of one-half of the face to detection of three-fourths of the face, the display rate is set at a medium rate by the display rate determining unit. When the face detection situation is in the range from detection of three-fourths of the face to detection of all of the face, the display rate is set at a normal rate by the display rate determining unit.

The invention discloses a method of playing a streaming media video file with a variable rate, which comprises two parts of video information editing and video playing. In a manual editing method, a speed multiplication label of the video is generated in advance and the speed multiplication label is provided in a certain format; and according to the speed multiplication label information, video data in a label description range are played according to a speed multiplication value set by the label, needed fast and slow video file playing is realized, and the user still can watch the video with a normal rate. Thus, according to the method of the invention, while variable-speed playing of the video is realized, the right of selection of audience is still kept.

The invention discloses a method for solving a state estimation problem taking a maximum normal rate of a measurement point as a target. The method comprises the following steps of performing approximate optimization, namely serializing an evaluation function of the normal rate of the measurement point to build a non-linear continuous variable optimization model of the problem and perform solving, thus obtaining an approximately optimal estimation state of the measurement point normal rate; checking the compatibility of an abnormal measurement point, namely analyzing an uncertainty region of the current abnormal measurement point according to a system state corresponding to the approximately optimal result, judging whether a state that enables the abnormal measurement point to be compatible with the current normal measurement point exists, if the state exists, determining that the measurement point is a normal measurement point in the state and the normal rate of the measurement point corresponding to the state is higher, repeating the execution to obtain a system state with higher normal rate of the measurement point; and performing filtration on the normal measurement point, namely performing least square estimation on the system state under the condition that an existing normal measurement point set is not changed. The method has the advantages of high tolerance resistance performance, high precision and small calculation gain.

The invention relates to an overclocking control method and an overclocking control program of a central processing unit (CPU). The method comprises the following steps of: when the CPU needs to perform overclocking, supplying an overclocking working voltage to the CPU; regulating an internal work clock pulse according to the overclocking working voltage by using the CPU; and adding an extra voltage into the overclocking working voltage according to a normal rated working voltage of the CPU, so the CPU enters an overclocking mode (namely the frequency of the work clock pulse is higher than a frequency value of a standard work clock pulse); and when the frequency value of the work clock pulse of the CPU under the overclocking mode enters a stable state, lowering the working voltage under the overclocking mode, which is supplied to the CPU and keeping the CUP continuously working under the overclocking mode.

The invention discloses a method and a system of analyzing dredging operation of a cutter-suction dredger. The method comprises the following steps: collecting historic and real-time data of each production break working procedure during construction period of the cutter-suction dredger, and carrying out invalid data screening on the collected historic and real-time data; judging time quantum of each working procedure according to operating parameter variation in each production break working procedure in the ship construction period, and counting each frequency and occupied time in the ship construction period; at last, comparing the time consumption of each working procedure and the occupied time in the ship construction period with the time consumption of each working procedure and occupied time in a standardized ship construction period to obtain normal rates, excellent rates and bad rates of the time consumption of each working procedure. By the adoption of the method, the frequency and occupied time of each production break working procedure can be analyzed, various accurate and important parameter data under the condition that output is kept highly stable are provided, an accurate and timely ship construction procedure operation is achieved according to a degree of parametric variation, and an utilization rate and a production rate of ship time are improved.