A programmable delay element is electrically connected to the IO buffer such that the binary signal transmits form the programmable delay element to the IO buffer.
Thus, a number of delay elements in the delay circuit (ADA) are connected and a first reference number of delay elements, providing a predetermined delay time, are connected in a reference delay circuit (RDA).
The coarse adjustment input (322) provides an overall adjustment of all of the delay elements while the fine adjustment inputs (360) permit adjusting the individual delay value of each delay element.
Each tapped delay lines has a delay element (38) configurable to impart a predetermined delay to the signal propagating down the delay line.
This can provide a linear relationship between the delay setting data (Data) and the delay amount (Tpd), thereby widening the delay amount obtained by a single stage of delay element.
The binary verification service performs binary verification of the binary, wherein binary verification includes determining whether the binary is complicit with a set of usage rules.
A multi-bit input pixel is formed by combining the bit-shifted first binary pixel and the second binary pixel.
The binary verification service sends a binary verification result to the binary verification client agent.
The invention relates further to a device for generating the channel bitstream of a primary binary signal, to a primary binary signal and to a record carrier for storing such a binary signal.
The presence of a predefined mark on a bit frame is representative of a binary digit having a value of one, while the absence of the predefined mark on a bit frame is representative of a binary digit having a value of zero.
The analog fine delay line and coarse delay line may be connected in series creating the hybrid delay line having a total delay comprised of the coarse delay and the fine delay.
Optimal delay is a function of traffic pattern and the scheduling delay including round-trip delay.
In the timing generator, the required delay is split into a course delay, a frequency adjustment delay, and a fine delay.
The second delay corresponds to a full delay of the differential inverter and the first delay corresponds to a predetermined fraction of the full delay.
A transmission system (20A) reports delay information (S1info) related to the delay stream (S1delay) and delay information (S2info) related to the delay stream (S2delay).
A delay line (10A) having a first delay circuit (12) and a second delay circuit (14).
The delay that exists (rej) between the other signal and the reference signal is measured (C) and the existing delay value (rej) is validated (D) in order to control the delay applied to the reference signal starting from the current delay (rej).
The re-synchronization is performed by controlling the delay time of the video data and audio data by a video delay controller (21) and an audio delay controller (22), respectively.
The delay spread calculated is output to a maximum delay time decider (1062).
In the maximum delay time decider (1062), the maximum delay time (window width) W’ is decided in accordance with the delay spread.
The incremental retardation produces a desired amount of retardation of a lightwave passing through the compensated higher order waveplate.
The layered waveplate (1) is formed by a first waveplate (2) and a second waveplate (3).
The substrates are oriented so that their principle axes of retardation are orthogonal. nλ, is a base retardation of a waveplate and Δ λ, is an incremental retardation.
Furthermore, the late intervals of one regulation having a shorter early/late interval should not occur later than the late interval of the other regulation having the next longer early/late interval.
The vbv_delay of the commercial segment is manipulated (e.g., for a minimum delay or a maximum delay).
A variable delay circuit (30) delays test pattern data DPAT by a delay time τ based on the delay setting data DDS with respect to a predetermined unit delay amount τu.
The delay time is controlled by the delay time specifying signal of the delay time setting circuit (8).
Namely, a delay time corresponding to the system transmission delay can be accurately set in the delay circuit.
The received bitstream is transcoded to a bitstream having a bit rate reflecting the selected storage mode, and the transcoded bitstream is then stored.
A compressed input bit stream is demultiplexed and reduced to a bit stream having a lowered bit rate by extracting an image object as a basic input bit stream having a first bit rate.
Variable Bitrate (VBR) and Constant Bitrate (CBR
The first bit rate is lower than the second bit rate.
The RNC establishes a guaranteed data bit rate, a maximum data bit rate and a current data bit rate associated with the RL.
The first bit rate is a constant bit rate slower than one-half of a maximum bit rate of the apparatus.
The base layer bitstream and the output enhancement layer bitstream, in combination, form an output bitstream having a variable bit-rate and a constant distortion.
Processing is applied to convert an input compressed video bitstream into an output compressed video bitstream having a different bit rate and/or representing different imagery from the input bitstream.
A bit rate determination circuit for determining which ones of at least signals having a first bit rate and signals having a second bit rate higher than the first bit rate have been inputted.
The coefficient data is subjected to entropy encoding for each bit plane from the MSB bit plane from the upper to lower order bit position.
The BSP includes circuitry to extract uncompressed run and level data from the bitstream when the BSP detects an escape code in the bitstream.
The aliasing module is defined and connected to alias the first bit stream as a second bit stream and transmit the second bit stream over the data bus in lieu of the first bit stream.
A multiplexer converts the basic output bit stream to a compressed output bit stream having the second bit rate.
A certain amount of data bit stream is classified with the bit unit and a bit group is formed.
A data bit-stream is provided having a base layer data bit-stream and at least one enhancement layer data bit-stream.
A decoder unit of a bit stream is provided on the monitor side only, and a reader unit of the bit stream, a decoder unit of the bit stream and a recorder unit of the bit stream are coupled together through a digital network.
The produced bit-stream (O) is quantized to a desired bit-rate by simple truncating (3) the bit-stream (O) at a desired position.
A data rate judging unit (208) judges the data rate corresponding to the maximum of the product-sum results as the data rate of the demodulated data.
The high bit-rate signals are divided into n sub-signals, where n « k, having a bit-rate equal to or less than the predetermined bit-rate.
A method and apparatus for producing a corrected bit stream from a random bit stream output by a random bit source.
The bitrate of the encoded bitstream is changed by applying a different quantization scale directly to the transform coefficients of the encoded bitstream.
In the map display mode, the icons are shown on the map base when they are located in the part of the map base visible on the display.
The lossy encoded bit stream together with the lossless encoded extension bit stream form a lossless encoded bitstream.
The at least one bit plane representation identifies a value of the at least one associated count for a bit position of the count that corresponds to the associated bit plane.
In an example, an electronic device of a decoder is configured to obtain a bit stream and recover a binary symbol from the obtained bit stream.
The masked bits of the compound bit mask are applied to root node bit tables, one for each bit mask of the compound bit mask.
The binary state of the flip-flop (17) is indicative of the binary state of the input signal.
A device for labeling a binary image as a pre-processing of analysis of the binary image.
A lossless decoding unit decodes the differential signal.
A low-bit rate decoding unit decodes the low-bit rate coded data.
The reproducing apparatus simply reproduces the bit stream and the recording apparatus simply records the bit stream.
The bitstream corresponds to an instantataneous channel bitrate.
The altered bit stream and the original bit stream are then encoded, transmitted, and decoded.
The incoming binary signal is compared to a pre-defined expected (binary) signal at each time step.
A memory includes a data bit line and a reference bit line.
The supervisory bit sequence is intended to check whether the second bit sequence was correctly received.
The baud rate corresponding to this baud divisor replacement represents the appropriate baud rate.
Each bit is either a first binary value or a second binary value.
The data identifies the sub- bitstream within the bitstream.
In the waiting mode, down-switches to lower bit rates are allowed but up-switches to higher bit rates are disabled.
A binary coding method, a binary decoding method and devices thereof are provided.
The compressed image can be decompressed using both the bit plane and the bit plane index.
Bit synchronization generates bit sync pulses at bit boundaries.
The non- volatile memory bitcell may be a four terminal bitcell.
The transmission bit rate is set in dependence on said client bit rate.
The method enables effective control in moving a real bit rate closer to a target bit rate.
The bitstream includes a sub-bitstream which encodes for the inner region.
The second data rate is less than one third of the first data rate.
The pulse is usually biphasic.
Managing a primary bit stream involves converting a qB/rB encoded bit stream to an xB/yB encoded bit stream and multiplexing an additional bit stream with the xB/yB encoded bit stream at a transmission side of a link.
In a device for encoding a stream of databits of a binary source signal into a stream of databits of a binary channel signal the bitstream of the source signal is divided into n-bit source words.
large bit rate transmissions
low bit rate system
program conversion into binary format
low bitrate coding
low bitrate coding
Delay values for peaks in the combined delay profile are determined, and a number of peak delay values (P1, P2, P) comprising the largest peak are selected from the combined delay profile.
A delay circuit (131) according to the present invention is provided with a first delay unit (133) and a second delay unit (132) which are connected in series and generate a delay signal (153) by delaying an input signal.
The feedback loop comprises an adaptive fractional delay filter, a delay estimator coupled to the adaptive fractional delay filter, and a DPD coefficient estimator coupled to the delay estimator.
The local oscillator signal is delayed prior to combination by a delay (t1'-4') corresponding to a delay of the delay multiplexing.
A delay by the variable delay circuit unit controlled based on a measured delay can produce a timing signal delayed accurately.
The coarse estimated delay is used to adjust a delay detection range of a fine delay detector having a narrow range.
The delay value of each delay circuit (220) is controlled by a delay amount control circuit (210).
A synchronous mirror delay (600) includes a model delay line (610) that is coupled to a bi-directional delay line (602).
A circuit generates a test signal useful in verifying the actual delay values of individual delay stages in a digital delay line.
A spatial distribution of linear retardance δ, orientation of linear retardance axes q and circular retardance axes can be accurately determined.
A single delay control circuit (70) forming a delay-lock loop supplies the delay control signal to each buffer to assure the uniform delay.
The delay line may be included in a delay-locked loop to match the period of the delay elements (101).
Each delay profile generating unit (101, 102) generates each delay profile from a reception signal at each antenna, and a delay profile adding unit (104) adds each delay profile to generate antenna synthesis delay profile.
The period of resource assignment delay may be increased or decreased, the actual adaptation of the delay dependent on the true signaling delay.
The frequency adjustment delay is used to offset the time at which the fine delay is retrieved by a fraction of the resolution of the course delay.
A variable delay circuit is formed by a fine delay circuit and a coarse delay circuit.
At least one delay line (5, 6) provides for a delay of the branches relatively to each other by a predetermined delay constant.
The delay circuit includes a tapped delay line, a multiplexer, a delay adjustment stage and a programmable encoder.
A programmable delay circuit (10) produces an OUTPUT signal following an INPUT signal with a delay selected by input delay selection data.
A delay branch line (Ld) delays the optical signal by a set delay and transmits it as a delay optical branch signal.
The delay amounts of these variable delay circuits are set by a first delay adjustment unit (300).
A programmable delay (46) has resolution of delay that has finer time granularity in delay than the period of the clock output pulses.
Successive samples of the delay control word control the propagation delay of first and second delay cells in an oscillator.
An apparatus and method for an analog fine delay line, a hybrid delay line, and a delay locked loop (DLL) is described.
The recovered primary audio signal from demodulator (180) is coupled to a second delay circuit (184), the time delay of second delay circuit (184) being substantially equal to the time delay of delay circuit (116).
A delay setting section (40) adjusts a delay amount (τ1) that the variable delay circuit (42) applies to the strobe signal (S5).
The second delay circuit couples to the first delay circuit and provides a second delay of a fraction of one time unit.
An interpolator provides a fractional portion of the variable delay, and a programmable delay unit provides an integer portion of the variable delay.
A signal delay according to the amplifier unit is estimated and the delay amount for the input signal is controlled based on an estimated signal delay.
The node receives a selected delay value and a signal path delay value indicating a delay for signals communicated to the node.
Disclosed is a highly transparent retardation film having a certain retardation value and excellent heat resistance for retardation.
When the delay is known, the method causes the incoming video stream to be delayed to match the delay in the incoming audio stream.