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Relevance and non-relevance analytical code modulation method with domain prediction for the determination, prediction and transmission of (ir)relevant (picture) signal areas by the evaluation of local differences
Relevance and non-relevance analytical code modulation method with domain prediction for the determination, prediction and transmission of (ir)relevant (picture) signal areas by the evaluation of local differences
Time-consuming (periodic image) signal analysis be shortened if an exclusive transmission of new relevant information succeeds. By storing past (relevant) information only require the temporally-local areas with SIGNAL relevance or re-relevant signal change in the (re-analysis and) About transmission. The object of the invention is a (IR) relevancy AREA ANALYSIS SUR DETERMINATION OF (IR) RELE SIGNAL-relevant areas. Irrelevance areas only need a SUPPORT VALUE respectively. Areas relevant functi ons provide change associated RELEVANT OFFSETS. OFFSET AREAS any relevance can be defined with DOUBLE predictions.; AREA predictions used for whole PREPARE CHE MINIMAL-CODES after predictions of a multi-parametric EXPECT QUANTITY. This provides departmental depending shortened code length for PCM QUALITY! In each AREA can successively (eg top-down to the real function value) to continue, both locally-time Lich and in the luminance, with 1-bit DOUBLE predictions.; Saved images now allow through (point-wise) DIFFERENCES EDUCATION to temporal-local neighbor Punk th of storing XYZ GRADIENT IMAGES where are marklerbar with (IR) RELEVANCE CONDITIONS as BINARY PATTERN. Then LOCAL PREPARE CHE MOV and BLUR will countable bit patterns for the GEFÄRDUNGS AREAS and OFF SETS, which now preemptively determined precisely prädizierbar and are much faster than memory evaluated values.; Regions contain relevant issues such as the (rela tive) extrema. SUPPORT VALUES comparable nature (distributable SEGMENTED = D) as PCM CODES transferable. Are OFFSETS (approximately) known, VANZ AREA LOCAL PCM code can be provided in the RELE directly with offset-depen gig reduced length.; Unpredictable Cold lead to bottom-up codes. The (IR) relevance of selection gradients allowed FOCUS FORMATION and (IR) RELEVANCE-AREA CODES.
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机译：如果新的相关信息的排他性传输成功，则可以缩短耗时的（周期图像）信号分析。通过存储过去的（相关的）信息，仅需要在（重新分析和）关于传输中具有SIGNAL相关性或相关信号变化的时间局部区域。发明内容本发明的目的是确定（IR）RELE信号相关区域的（IR）相关区域分析。不相关的区域分别仅需要一个支持值。区域相关功能提供与更改相关的相关偏移。偏移区域可以通过双预测定义任何相关性。在预测多参数EXPECT QUITYITY之后，用于整个PREPARE CHE MINIMAL-CODE的区域预测。这为PCM QUALITY提供了取决于部门的缩短的代码长度！在每个区域中，可以连续地（例如，自上而下到实函数值）继续在本地时间Lich和亮度中进行1位DOUBLE预测。现在，已保存的图像允许通过（逐点）差异教育到时间局部邻居Punk，以存储XYZ梯度图像，其中标记为（IR）相对条件的二进制标记为BINARY PATTERN。然后，LOCAL PREPARE CHE MOV和BLUR将为GEFÄRDUNGS区域和OFF SETS提供可计数的位模式，这些位模式现在可以抢先精确确定prädizierbar，并且比内存评估值要快得多。区域包含相关问题，例如（相对）极值。支持值具有可比较的性质（可分配SEGMENTED = D），可转让PCM编码。已知偏移量（大约），可以直接在RELE中提供VANZ AREA LOCAL PCM代码，并减少偏移量。不可预测的冷导致自底向上的代码。选择梯度的（IR）相关性允许形成焦点和（IR）相关区域编码。
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