35results about How to "The decoding process is simple" patented technology

Provided are a stereoscopic video encoding / decoding device supporting multiple display modes, an encoding / decoding method thereof, and a computer-readable recording medium recording a program for implementing the encoding / decoding method. The encoding device of the present invention includes: field separation means for separating the input right-eye and left-eye images into an odd field (LO) of the left-eye image, an even field (LE) of the left-eye image, and an odd field (LE) of the right-eye image. field (RO), and the even field (RE) of the right-eye image; encoding means, by performing motion and difference compensation, encodes the fields separated in the field separation means; multiplexing means, according to user display information, in the slave encoding means The basic fields are multiplexed in the received fields.

Disclosed herein is an arithmetic decoding apparatus that decodes encoded data while updating first and second state variables based on first and second context variables. The first context variable represents a probability state. The second context variable represents a most probable symbol. The arithmetic decoding apparatus includes: a decoding information table that stores transitions of a range of the most probable symbol and a range of a least probable symbol within a range identified by the first context variable, and a number of a symbol for which the range of the most probable symbol becomes less than a specific value; a number-of-symbols determination section configured to determine the number of symbols in the encoded data that are to be decoded collectively; and an output section configured to decode and output a symbol corresponding to the number of symbols that are to be decoded collectively.

Methods and apparatus are disclosed herein for encoding human readable text conveying a non-genetic message into nucleic acid sequences with a substantially reduced probability of biological impact and decoding such text from nucleic acid sequences. In one embodiment, each symbol of a symbol set of human readable symbols uniquely maps to a respective codon identifier. Mapping may ensure that each symbol will not map to a codon identifier that generates an amino acid residue which has a single-letter abbreviation that is the equivalent to the respective symbol. Synthetic nucleic acid sequences comprising such human readable text, and recombinant or synthetic cells comprising such sequences are provided, as well as methods of identifying cells, organisms, or samples containing such sequences.

The invention discloses a decoding method of low-density parity check codes. The method includes the following steps that: type analysis is performed on the low-density parity check codes, so that the feature information of the low-density parity check codes can be obtained; the check information and variable information of the low-density parity check codes are stored according to the feature information; a check sub matrix corresponding to the check information is determined through the check information; and decoding of the low-density parity check codes is realized through the check sub matrix and a variable matrix corresponding to the variable information.

A method and apparatus for decoding inner and / or outer codes in a mobile communication system. The inner and / or outer codes are decoded at low power and high speed. An inner decoder performs channel decoding and cyclic redundancy checking (CRC) on symbols received through a wireless network. An outer decoder performs outer coding on the received symbols. An erasure symbol identifier outputs information of erasure symbols in which a reception error has occurred. The reception error is determined from a result of the CRC on the received symbols. A controller counts the number of received symbols and the number of erasure symbols, and stops an operation of at least one of the inner and outer decoders when at least one of the number of received symbols and the number of erasure symbols is equal to a preset reference value.

An encoding apparatus includes an encoder configured to classify an image into a regions corresponding to display screen sizes, and encode the image. The encoder classifies the regions into tile region. The encoder adds, to encoded data, information for associating information of a tile region to be decoded when decoding an image corresponding to one of display screen sizes.

The invention discloses a decoding method of low-density parity check codes. The method includes the following steps that: type analysis is performed on the low-density parity check codes, so that the feature information of the low-density parity check codes can be obtained; the check information and variable information of the low-density parity check codes are stored according to the feature information; a check sub matrix corresponding to the check information is determined through the check information; and decoding of the low-density parity check codes is realized through the check sub matrix and a variable matrix corresponding to the variable information.

The invention discloses an information transmission method based on convolutional encoding in an uplink multi-address relay network, which comprises steps as follows: Time Slot 1: every user transmits an information symbol to a specific relay node selected within the respective transmission range; and Time Slot 2: the relay node carries out linear network encoding on the detected user informationsymbol to obtain an encoded signal, gets access into a base station, and meanwhile, transmits the encoded signal to the base station, the base station receives the encoded signal of the relay node, and can decode the user information symbol by simple Viterbi decoding, thereby greatly simplifying the decoding operation of the base station. Compared with the existing information transmission schemein the uplink multi-address relay network, the method disclosed by the invention increases the information transmission rate of the uplink multi-address relay network, and further lowers the decodingcomplexity and time cost of the base station, so that the base station can quickly and reliably decode the user information.

This application discloses a time-frequency transform decoding method and device suitable for OvXDM system and OvXDM system. The method includes: receiving the signal and processing it to obtain a digital received signal sequence in the first domain; dividing the digital received signal sequence in the first domain by the digital multiplexed waveform signal sequence in the first domain, thereby obtaining the digital received signal sequence in the first domain The digital transmission signal sequence in the first domain is converted into the digital transmission signal sequence in the second domain; the digital transmission signal sequence in the second domain is judged, and the judgment result is output as a decoding sequence. This application simplifies the decoding process, saves the storage resources of the system, reduces the decoding complexity, improves the real-time performance of the decoding output, and makes the decoding complexity basically only related to the data length, not affected by the number of overlaps , so that the complexity does not increase exponentially when increasing the number of overlaps.

Embodiments of systems and methods for efficient broadcasting via random linear packet combining are described. A plurality of data packets are received from a data source according to embodiments. The plurality of data packets is divided into a plurality of data blocks, and bits associated with the plurality of data blocks are multiplied by a set of coefficients to generate a plurality of product values. An encoded data packet having a plurality of encoded data blocks may also be generated by linearly combining the plurality of product values for respective data blocks of each of the plurality of data packets into corresponding encoded data blocks of the encoded data packet. Because each encoded data packet includes information about a complete set of data packets, rather than just a subset, less broadcast redundancy may be required.

A two-dimensional coding method includes: using a two-dimensional image containing plural reference pixels each having a different brightness and data pixels representing data in accordance with brightness; and coding a binary sequence of plural bits to be recorded as a hologram by matching the brightness level of the data pixel based on the brightnesses of the plural reference pixels.