54results about How to "Reduce yardage" patented technology

An efficient encoding / decoding process that reduces the size of encoded images when using asymmetric partitioning and takes advantage of the properties of asymmetric partitioning is implemented. An image decoding device that is provided with a motion-compensation parameter derivation unit that derives a motion-compensation parameter that indicates a prediction scheme, namely either unidirectional or bidirectional prediction. If the size of prediction units is less than or equal to a prescribed size, the motion-compensation parameter derivation unit switches prediction schemes for the derivation of the motion-compensation parameter.

Disclosed is an image encoding device that aims to increase encoding efficiency and to increase mode estimation accuracy using the characteristics of transformation coefficients. In response to an assessment value calculated on the basis of the characteristics of transformation coefficients, the range of estimated modes and selectable modes is limited, a mode that minimizes encoding cost is selected from among predetermined modes within the limited range of modes, when the number of the aforementioned limited modes is one, a flag for mode identification is not encoded, and when there are a plurality of modes, the aforementioned selected mode is encoded. As a result, the amount of encoding cost of the mode-identifying flag is decreased and encoding can be performed with a high encoding efficiency, mode estimation accuracy is increased, and furthermore, the amount of flag encoding is decreased and encoding efficiency is increased.

In the disclosed multi-view image encoding / decoding method in which a frame to be encoded / decoded is divided and encoding / decoding is done to each region, first, a prediction image is generated not only for the region to be processed, but also for the already encoded / decoded regions neighboring to the region to be processed. The prediction image is generated using the same prediction method for both kinds of regions. Next, correction parameters for correcting illumination and color mismatches are estimated from the prediction image and decoded image of the neighboring regions. At this time, the estimated correction parameters can be obtained even at the decoding side, therefore, encoding them is unnecessary. Thus, by using the estimated correction parameters to correct the predicted image that was generated for the region to be processed, a corrected predicted image that can be actually used is generated.

An image encoding device includes a first prediction parameter determination section (53) for selecting, for each of prediction units belonging to a first group, a prediction parameter from a basic set; a second prediction parameter determination section (55) for selecting, for each of prediction units belonging to a second group, a prediction parameter from a reduced set (i) including at least a part of the prediction parameter(s) selected by the first prediction parameter determination section (53) and (ii) is constituted by a prediction parameter(s), the number of which is not more than the number of prediction parameters included in the basic set; and a prediction parameter encoding section (243) for encoding (i) information indicating which one of prediction parameters is selected by the first prediction parameter determination section (53) and (ii) information indicating which one of prediction parameters is selected by the second prediction parameter determination section (55).

While maintaining a high degree of freedom in choosing partition sizes and transformation sizes adapted for local characteristics of videos, the amount of metadata is decreased. A video encoding apparatus (10) divides an input video into blocks of a prescribed size and encodes the video block by block. The video encoding apparatus is provided with: a prediction parameter determining portion (102) that decides the block partition structure; a predictive image producing portion (103) that generates predictive images, partition by partition, as prescribed by the partition structure; a transform coefficient producing portion (107) which applies one of the frequency transformations included in a prescribed transformation preset to prediction residuals, i.e. the differences between predictive images and the input video; a transform restriction deriving portion (104) which generates the list of transform candidate, i.e. lists of frequency transformations that can be applied to each partition, on the basis of partition format information; and a variable-length-encoding portion (108) which, on the basis of the list of transform candidate and the transformation preset, performs variable-length encoding on transformation selection flags.

A method for sending MIPI module single picture control codes disclosed by the present invention comprises the following steps, step 1: edit and save the control code file in the single picture parameter editing interface of the host computer; step 2: execute the When the single-frame switching action is described, the host computer parses the control code file of the single frame into hexadecimal data that the image signal generator can recognize and encapsulates it into UDP packets according to the protocol that the image signal generator can recognize; Step 3: Send the encapsulated UDP data packet to the MIPI module to be tested through the image signal generator. The invention can be flexibly compatible with the control code distribution requirements of various types of MIPI modules, and can reduce the number of versions and the number of upgrades of the single-chip microcomputer program of the image signal generator.

The invention provides a software protection method for preventing a digital feedback control system from being out of control, belongs to the technical field of computer control, relates to receiving and processing of a digital feedback signal and discloses a system protection method for a control system based on the digital feedback signal. The method comprises the following steps of: firstly, judging whether the digital feedback signal can be received normally within a control software cycle period; and secondly, judging the correctness of the received signal, outputting a control signal from a system, and closing system output in real time if the feedback signal is abnormal so as to ensure the safety of the system. The system protection method employed in the invention is simple, small in software code quantity, strong in real-time property and high in reliability.

An image encoding method that divides an image frame into processing areas of a predetermined size when transmitting or storing an image, and performs encoding while predicting the pixel value of each pixel for each processing area. This method includes, for each subject existing in the processing area, associating one pixel value representing each subject with a subject identifier for identifying the subject and setting it as the subject pixel value. the step of; according to the pixel value of each pixel in the processing area and the pixel value of the object, the step of generating an object map, the object map showing each pixel pair in the processing area with an object identifier Which subject was photographed; a step of assigning the value of the subject pixel value to each pixel according to the subject map, thereby generating a predicted image for the processing area; encoding the subject map the step of encoding the pixel value of the object; and the step of predictively encoding the image signal for the processing area using the predicted image.

The invention discloses a defect grade judgment method for liquid crystal modules of different production lines. In the method, an upper computer is connected with a graph generator and a liquid crystal module manufacture execution system server through a network, a user achieves the liquid crystal module defect grade judgment function under the online mode through an external text editing tool according to a specific format editing defect grade initialization file, an upper computer program displays the defect grade and the defect code which are suitable for a current production line to the user to be selected by the user by analyzing a defect grade initialization file edited by the user in a customized mode, the defect grade and the defect code are not written in the upper computer program any more, and the code amount of the upper computer program is reduced.

The invention relates to a method and device for realizing object serialization. The method includes the following steps: automatically obtaining the part to be serialized in the target; analyzing the part to be serialized in the target to obtain an analysis result, and saving the analysis result; performing an analysis on the target according to the analysis result Serialization is converted into a packaged serialization wrapper; the packaged serialization wrapper is called to perform serialized reading and writing of the target through a reflection mechanism. The above target serialization implementation method and device, by automatically obtaining the part to be serialized in the target, performing analysis to obtain the analysis result, serializing the target according to the analysis result, converting it into a packaging serialization wrapper, and calling the packaging serialization packaging Serialized reading and writing using the controller and reflection mechanism does not require manual coding, which improves development efficiency and does not require manual copying and pasting, avoiding the introduction of defects, reducing the amount of engineering code and functions, and reducing space.