TW200414078A - Method to process image in the digital image capturing system and image capturing system and the digital image capturing system - Google Patents

Abstract

A method to process image in the digital image capturing system is disclosed, which comprises first detecting if the digital image capturing system is erected during photographing; and then, adjusting the corresponding plural image processing units based on the detected result, so as to proceed the image processing for generating the image to output.

Description

200414078 V. Description of the invention (1) The invention of the invention belongs to a digital prior art that is used to process and take pictures of statistical characteristics. If the direction is not adjusted, the horizontal and vertical are present and processed. If the order is detected, In the last reprint, there is no reason that the image cost can be very light, so some cost considerations do not need to be added to the transmission method. The corresponding image processing technology field is about an image capture system. Compressing and rectifying the processing of many multi-inking uprights, and using it to find memory such as Lee, it is easy to directly address the same transmission or processing of the content for direct image processing. The method of imaging in the patent and the assets must be correctly used in the above process. Therefore, it will be archived for the first time and there is indeed commercialization time to change. This issue of f: scape 'image capture system, especially the proposed method for processing images. There are many θ ^ t in the vertical and horizontal directions. Some digital image pickup devices will process the horizontal and vertical images in the upright position when the camera is facing. #, # A 糸 ^^! Will The original thesis which should have been aimed at the dagger but could not achieve the ideal, is aimed at the ancient * i ^ J double fruit. The data of "do" data is re-entered and re-arranged in the direction of Ξ; or change its transfer wheel inventor. Sorry, the current commercial fees are more time-consuming to deal with, and the cost will be greatly increased, and it will take more time to be kind. Using software to rotate to iP and paying for it is so hard. T ϋ J is correct and necessary. . Standing shot: Guanji. It's a pity. So this: weekly, if due to the skill: I do n’t know-provided + a parameter or selection through I i M image processing = change Ming can choose to use relative photography when standing up

0790-9198TWF (η 1); PT-02002; ELLEN.p t d p. 4 200414078 V. Description of the invention (2) — most advantages. Too invented Gantu Β „μ w did not directly access the shooting results as upright μ digital photo files for easy viewing. The users who are standing up can enjoy the function of correct access for the first time * 0 shi ^ upright, ... The content of the invention can be directly rotated by the existing software. * Ii: = J 目: i: i 出-a kind of digital image acquisition system s X Α ^, the moon dagger is detected by the digital image acquisition system shooting Η We will not adjust the image processing according to the detection results, and "better in the case of increased processing time and chip cost :::: This digital image extraction system, see the digital image acquisition "、: Camera (digital cameras are more commonly used) so the description in the latter part of this book is based on the child WtWq n ί " JV ^^ ^ ^ pc c-) ^ ^ Λ = the image on the mobile phone or PDA Device and everything passed through the mirror ^ = Count :: In the image capturing device, you can detect whether the camera is upright and adjust the image processing according to the detection results. F 疋 Camera users get better results In order to achieve the above-mentioned object, the present invention provides a method for processing in the digital system. The method of imaging is to measure whether the digital image is upright when it is taken. Then, according to the above detection results, a phase-modulation complex image processing unit is used to generate image data after image processing. In addition, when the image processing is automatic exposure (AE) machine '= When the balance (AWB) mechanism or the autofocus (AF) mechanism, adjust the corresponding plural image processing unit according to the above-mentioned automatic results 彡 to perform image processing, M ... 1T ~ image processing steps

0790-9198TWF (η I); ΡΤ-02002; ELLEN.ptd Page 5 200414078 V. Description of the Invention (3) Includes: When it is detected that the digital camera is upright when shooting, adjust the points and the size of the screen settings And location, as well as algorithms and parameter settings for analyzing the captured images. When the above-mentioned image processing is an interpolation mechanism or an image scaling mechanism, the steps of adjusting a corresponding plurality of image processing units to perform image processing according to the above detection results further include: adjusting the architecture according to the above detection results and performing different Set parameters for different processing. When the image processing is a corner enhancement mechanism, adjusting the corresponding plurality of image processing units to perform image processing according to the detection results further includes: performing different corner enhancements for the horizontal and vertical directions according to the detection results. mechanism. When the above-mentioned image processing is a compression mechanism, the corresponding avoidance data is adjusted according to the above-mentioned measurement results. The setting of the number of image processing steps for image processing further includes the above-mentioned detection results. The structure of the above-mentioned image operation is used to collect the detection knot and generate a detection image including the detection device image. Detective erect. Should come back. In order to achieve the goal, the opportunity is to take advantage of the software, including the image processing of the image capture device, the image capture system, and the line image processing in the measurement device. In addition, the device can also include analysis and photography. Device, detecting whether or not to adjust the relative image data input when taking a photo. The above and other embodiments of the digital phase can be analyzed by using machine characteristics. A digital imaging and image processing measuring device is used for image processing and loading images. Handle whether the physical characteristics of the image principle, the characteristics, and the attached drawings when using the physical principle are completed. The I detection number i is set based on ten units. Detective analysis equipment j is upright.

200414078 —-—----- V. Description of the invention (4) The description is as follows: Implementation mode Too + ΐ ^ The picture shows the processing image in the digital image capture system of the present invention. First, it is detected that the digital image capturing system is sloppy when shooting ... i Step S102). Next, adjust the relative according to the above detection results: Γ 牛 = Image processing unit to generate image data after image processing. Round = Real = This is also the third, ^^^ of the digital image capture V system example The position image acquisition system can be applied to digital cameras, digital cameras: cameras of the two brains (pc 摄影, surveillance photography systems, hand image acquisition Λ and Λ devices, and all digital images obtained through the lens and sensor, moxibustion test ir / v / This is taken as an example in a digital camera ("being shown" in the figure). The Λ image is used in the system 200. The system 200 is applied to the digital camera 〇〇η Λ, the image capture device 2 1 0, the detection device shirt geography Device 22〇 and back-end image processing device 240. Shadow fools (s clothing set 21 can include such as: lens, aperture, shutter and light sensor sensor special components, used to obtain captured images for detection of digital cameras Whether it is upright when shooting: Detect the corresponding complex image processing element corresponding to the detection result in ^ ^ ^ ^ 3 «0 4 at £ 22〇〇 = image processing, image processing device 22 0 will Produced after image processing: =, after entering J image processing device 24. After He straight;: = rear end of the image processing to generate image data output ί subject ",, after turning ΪΜ 0790-9198TWF (η 1); ΡΤ-02002; ELLEN.p t d..

Page 7 200414078 V. Description of the invention (5) It should be noted that the digital image capture system 2 in Figure 2 is only an example of the method of implementing Figure 1. The detection device 2 3 can be operated independently or read In addition to taking 2 10 output information for judgment, the detection device 2 3 0 can also read the information output from the image processing device 2 20 or later to use it to judge whether it is upright, and then return the judgment result to 220. The image processing device 220 has a variety of image processing units that can perform a variety of image processing mechanisms. There are many image processing mechanisms including auto exposure (AE), auto white balance (AWB), auto focus (AF), interpolation, image scaling, Corner strengthening and compression will be processed differently or asymmetrically depending on the vertical and horizontal directions. Referring to FIG. 3, FIG. 3 is a schematic diagram of the digital image capturing system 2000 performing multiple image processing mechanisms. As shown in the figure, the image capturing device 210 includes elements such as a lens 211, an aperture 212, a shutter 213, and a charge coupled device (CCD) 214, and is used to acquire a captured image Ii. The image processing device 220 includes an auto exposure (ae) unit 221, an auto white balance (AWB) unit 2 22, an auto focus (AF) unit 223, an interpolation unit 2 24, an image scaling unit 226, a corner enhancement unit 225, and a compression unit 22 mechanisms including auto exposure, auto white balance, auto focus, interpolation, image scaling, corner enhancement, and compression are separately performed. The following will explain these image processing mechanisms respectively: 1 · Auto Exposure (AE): Paste, Lo, Iff, 1 light mechanism often needs to open the daylight (window) and then use the volume U: y2iC) or other higher order methods Analyze the digital in the image; te Μ / beat 2 exposure data. Therefore, when the detecting device 2 30 detects that the sun is upright, the image processing device 22

200414078 V. Description of the invention (6)-"'The exposure unit 221 adjusts the size and position of the segmentation day setting and the algorithm and parameter settings for analyzing the captured image. For example, the position of the light source f will vary with the upright photo, so the parameters of the fuzzy logic or the automatic setting of 疋 = light moonlight can be adjusted accordingly. In addition, we will also give an example of how to operate the knife. ”As shown in Figure 4, Figure 4a is a split screen opened at ordinary times (that is, when the digital camera is not upright when shooting), and 4b Θ is the detection It was detected that the digital camera opened the divided daylight surface when it was standing upright (there are two possible directions for uprighting, here is just one example). 2 · Automatic White Balance (AWB) · "The existing automatic white balance mechanism often needs to split the window (fuzzy 10gic) or other higher-level methods to analyze the content of the video lens to obtain The correct white balance data, therefore, when the detection device detects that the digital camera is upright during shooting, the automatic white balance unit 222 of the image processing device 2 2 0, adjusts the size and position of the divided daylight setting, and uses the The algorithm and parameter settings of the captured image are analyzed with a knife. For example, the probability of seeing the position of light ^ t ^, or the distribution of the probability of the presence of a white object are all Ib ϊ ΐ The upright photo is different, so the parameters of the fuzzy logic or Other high-P white-shoulder methods will be adjusted accordingly. In addition, we will also divide how to divide the daytime surface to give an example = as shown in Figure 5: 5 ^ is the normal time (that is, when the digital camera is not shooting upright ^ ) The split screen opened. Figure 5b shows the split daylight plane that was opened after the digital camera was detected to be standing upright (there are two possible directions for uprightness; here is just one example). 3 · Autofocus (AF): See you since Focus often requires split open surface day (wind〇w) then Fuzzy

〇790-9l98TW (nl); Pr.〇2〇〇2; ELLENiPtd Page 9 200414078 V. Description of the invention (7) '------ logic (fuzzy logic) or other higher-level ways to analyze the content of the image In order to obtain the correct focus data, so it is also useful for detecting ^

When the digital camera is upright when shooting, the image processing equipment w,, J, dynamic focus early element 2 23 adjust the size and alignment of the split daytime setting and the algorithm and parameter settings for analyzing the captured image. The probability of the image position or the background position will vary depending on the photo taken. Therefore, the setting of the fuzzy logic parameters and the ‘= ^ 5 e method need to be adjusted accordingly. In addition, we will also open the split: self / beijing ... For example, as shown in Figure 6: Figure 6a is the general day (that is, when the digital camera is not upright when shooting) split day Figure 6b shows the split screen when the digital camera is detected to be upright during shooting (there are two possible directions for upright, here is just one example). Moon Dagger, 4 · Interpolation: Digital cameras are full of various interpolation processes. Some interpolation processes may have different standards and parameter settings depending on vertical and horizontal levels or use different methods at all. 7 If it is the former, simply change the setting. , The latter must be calculated at the same time, and then use one of the selectors. Therefore, the interpolation unit 224 in the image processing device 220 performs structural adjustment according to the detection result in the detection device 230 and performs different parameter settings to perform different interpolation mechanisms. For example, some studies have pointed out that the eye has a higher sampling frequency in the horizontal direction, that is, it is more sensitive. Therefore, when interpolating, a more complex second-order interpolation method (B-spline) can be used (see Michael Unser, Akram Aldroubi, and Murray Eden, MB-Sp1ine Signal

Processing: Part II-Efficient Design and

0790-9198TWF (n1); PT-02002; ELLEN.ptd Page 10 200414078 V. Description of the invention (8)

Application, Signal Processing, IEEE Transactions on, Volume: 41 Issue: 2, Feb. 1993 Page (s): 834 -848) in order to maintain more high-frequency signals in the horizontal direction, while using a smoother variation interpolation method in the vertical direction ( bilinear interpolation) (see Thomas M. Lehmann, Claudia Gonner, and Klaus Spitzer, " Survey: Interpolation Methods in Medical Image Processing M, Medical Imaging, IEEE Transactions on, Volume: 18 Issue: 11, Nov. 1999 Page (s) : 1 0 49-1 075) 〇5 · Image scaling: Digital zoom or file size changes often require the application of image scaling techniques. 'Some of these processes will have different standards and parameter settings depending on vertical and horizontal levels, or use different methods at all, If it is the former, it is only necessary to simply change the setting again. The latter must calculate both methods at the same time, and then use one of them as a selector. Therefore, the image scaling unit 2 2 6 in the image processing device 2 20 adjusts the architecture according to the detection result in the detection device 2 3 0 and sets different parameter settings to perform different image scaling. For example, as mentioned earlier, 'the human eye has a higher sampling frequency in the horizontal direction, and based on the principle of digital signal processing (DSP)', the 'sampling frequency will directly image the ideal cut-off frequency of the low-pass filter' when doing image scaling We use the cubicsp 1 ine method (refer to Jong-Ki Han and Seung-Ung Baek, " Parametric Cubic Convolution Scaler For Enlargement And Reduction of Image'1, Consumer Electronics, IEEE Transactions on, Volume: 46 Issue: 2 ,, May 2000

0790-9198TWF (η 1); PT-02002; ELLEN.ptd Page 11 200414078 V. Description of the invention (9) — ----

Page (s): 24 7 -25 6) This method has a simple parameter to determine the spectral distribution of the filter and the corresponding coefficients, so in the horizontal direction we can use the coefficients of filters with more high-frequency components In the vertical direction, make 7 a high-frequency filter with a cleaner filter coefficient to avoid effect distortion or aliasing (a 1 iasing). 6 · Corner Enhancement: If the image data is too blurry, corner enhancement will be performed. Such enhancement may also require different processing for vertical and horizontal directions. Therefore, the corner enhancement unit 225 in the image processing device 220 is based on the detection. The detection result in the device 23 performs different degrees of corner strengthening mechanisms for the horizontal direction and the vertical direction. For example, as mentioned above, the human eye is less sensitive in the vertical direction, so a stronger ratio of the enhancement value is added in the vertical direction to achieve the same vertical and horizontal sharpness. If you do not make corresponding changes when shooting upright, it will make people feel that the sharpness in the horizontal direction is obviously better than vertical. Almost every corner strengthening method will have a variable (strengthening ratio) to determine the strength of the strengthening. We only need to change the value of this ratio. 7 · Compression: The existing compression standards often do different processing for vertical and horizontal. Therefore, the compression unit 224 in the image processing device 2-20 adjusts the structure according to the detection agency f in the price measurement device 23 to perform different compressors. ,system. Taking the static image compression standard (J PEG) as an example, the sampling method, the order of scanning the discrete cosine transform coefficient [^ can DCT coefficient], and the setting of the values are all treated unequal vertically and horizontally. The q table can be used for vertical or horizontal shooting, and the coefficients can be adjusted according to the vertical and horizontal directions to obtain better quality.

0790-9198TWF (nl); PT-02002; ELLEN.ptd page 12 200414078 V. Compressed photo of invention description (ίο). The detection device 2 3 0 is used to detect that the digital camera is shooting + Hitachi, and the detection device 23 0 can use the mechanism plus the physical principle = 疋 Is it a schematic diagram of an example of such a detection device, as shown in Figure 7 Something, figure 7 is placed in a device 7 1 0 of the digital camera 7 0. Here, using the small iron ball 7 1 2 and the sensor 714 ', the principle of gravity can be used. 710: Zhou data easily determines whether the digital camera 7000 is upright or horizontally equipped with a sensor. In addition, if you do not want to increase the complexity of the camera as shown in Figure 7, you can also use image analysis to directly capture the cost It is of course such a way to determine whether the shooting is upright ^ characteristic analysis risk, but when the judgment is wrong, the result will be the same as the image analysis type judgment without using two wrong wind image quality; It is through experimental observations and assumptions that ^ is used ^. The image characteristics of this and the horizontal direction, after this difference = to identify the vertical image is upright or sideways, for example: I analyze, can be distinguished (the brightest part of the image is usually the position of the light source, Therefore, we can roughly find the light source: set the original front color-set the frequency component distribution direction, the material and knife condition, and the boundary to determine the shooting scene and the "camera: equality". ^ Orientation. The figure 8 can include the analysis of the image characteristics. If you want to use the %% ^ device to analyze the captured image to identify the number of shots, the analysis of the force is set to 810 ^ ^ ^ s ^ ^ # ^ ^ ^ £ ^ t Λ ^ ^ ^ ^ 罝 Han is not able to deal with the situation, the image characteristics are 0790-9198TWF⑻); ρτ_ 〇2002; ELLEN.ptd Page 13 The direction of the object to be photographed to help achieve this method of upright, and It does not increase the effect of processing the image, but it is not used to protect the spirit of the present invention. 200414078 V. Description of the invention (11) The analysis device 810 can also analyze the direction of the boundary high-frequency component distribution, the direction of movement, and the hand movement. Discrimination of image shake Whether the camera is upright when shooting. "As mentioned above, the image processing method and digital image capture system of the present invention 'can detect the adjustment of image processing according to the detection results when the camera is shooting, and can reduce time and chip cost. The case achieves better. Although the present invention has been disclosed in the preferred embodiment as described above, the present invention is limited. Any person skilled in this art can make some changes and retouch without departing from the scope of t. Therefore, the scope shall be defined by the scope of the attached patent application. Whichever comes first

0790-9198TWF (nl); PT-02002; ELLEN.ptd Page 14 200414078 Brief Description of Drawings Figure 1 is a flowchart showing a method for processing images in the digital image capturing system of the present invention. Fig. 2 is a schematic diagram showing an example of a digital image acquisition system implementing the method of Fig. 1. Fig. 3 is a schematic diagram showing a variety of image processing mechanisms performed by the digital image capturing system of Fig. 2. Figure 4a is a schematic diagram showing an example of a split screen that a digital camera performs an automatic exposure mechanism at ordinary times. Figure 4b is a schematic diagram showing an example of a segmented daylight surface that is detected by a digital camera when the digital camera is in an upright position and then performs an automatic exposure mechanism. Fig. 5a is a schematic diagram showing an example of a segmented daylight surface that a digital camera performs with an automatic white balance mechanism at ordinary times. Figure 5b is a schematic diagram showing an example of a segmented daylight surface that is detected when the digital camera detects that the digital camera is in the upright position and performs an automatic white balance mechanism. Figure 6a is a schematic diagram showing an example of a segmented daylight surface that a digital camera performs with an autofocus mechanism at ordinary times. Fig. 6b is a schematic diagram showing an example of a segmented daylight surface that is detected by a digital camera when the autofocus mechanism is performed after the digital camera is upright. Fig. 7 is a schematic diagram showing an example of a detection device according to an embodiment of the present invention. FIG. 8 is a schematic diagram showing another example of the detection device according to the embodiment of the present invention. Symbol description: 2 0 0 ~ digital image capture system;

0790-9198TWF (nl); PT-02002; ELLEN.ptd page 15 200414078 Schematic description of 2 1 0 ~ image capture device; 2 3 0, 8 0 0 ~ detection device; 2 2 0 ~ image processing device ; 24 0 ~ back-end image processing device; L ~ shooting image; I. ~ Image data; 2 1 1 ~ Lens; 21 2 ~ Aperture; 2 1 3 ~ Shutter; 214 ~ Charge engaging element; 221 ~ Auto exposure unit; 22 2 ~ Auto white balance unit; 2 2 3 ~ Auto focus unit; 224 ~ interpolation unit; 2 2 6 ~ image scaling unit; 2 2 5 ~ corner enhancement unit; 227 ~ compression unit; 7 1 2 ~ small iron ball; 7 0 0 ~ digital camera; 7 1 0 ~ device; 7 1 4 ~ sensor; 8 1 0 ~ image characteristic analysis device.

0790-9198TWF (nl); PT-02002; ELLEN.ptd Page 16

Claims (1)

200414078 n 丨 丨 __-_ VI. The scope of patent application includes the following column = method for processing images in digital image mining system, which includes = = whether the image manipulation system is upright when shooting; and $ 像 i Ϊ After: 1 If the corresponding image processing unit is adjusted for shirt processing, the image data is output. In the middle, inside :::::: Fan: The digital image capture system described in item ^ is controlled, and the image is processed as an automatic exposure (AE) machine according to Bu, f 佶 ⑴ ^ /, The whole system; when it is upright when shooting, the adjustment algorithm and parameter settings and the performance used to determine the exposure time Π: = 范 Π =, the two digits are from: the image capture system where the automatic white balance mechanism = The steps further include: image guidance; 4, measuring the digital image acquisition and setting ... performance; # ^, 112 ^% # 1 ^ ^ system, according to the above detection, $ = ~ 'is an automatic Focus (AF) machine this autofocus = corresponding image processing unit to detect when the digital image extraction system is upright when shooting, adjust 0790-9198W (nl); Fr.〇2〇〇2; ELL ^ ptd page 17 200414078 VI. The size algorithm and parameter setting of the daytime surface setting for the patent application. 5. If the method of processing images in the scope of patent application, the steps of adjusting the detection result of the detection result further include: determining or performing different interpolation machines according to the above detection results 6 · If the method of processing image in the scope of patent application, The step of adjusting the image scaling mechanism according to the detection result is to determine or perform different image reduction according to the detection result. For example, in the method of processing an image in a patent application park, it adjusts the corner enhancement mechanism according to the detection result. Steps ^ Set or perform different degrees of edges according to the above detection results. 8. As for the method of processing images in the scope of the patent application, the steps of adjusting the contraction mechanism of the above detection results include · 'and position, and used to determine the focus position. The image processing in the digital image acquisition system described in item 1 of the above-mentioned method is an interpolation mechanism. According to the corresponding image processing unit, the interpolation machine is used to adjust the architecture and perform different parameter settings. / In the digital image capturing system described in item 1, the image processing is an image scaling mechanism, and the corresponding complex image processing unit is used for further including: adjusting the architecture and performing different parameter setting mechanisms. In the digital image acquisition system described in item 1, the image processing is a corner enhancement mechanism, and the corresponding plural image processing units are used to perform the operation. The method further includes: adjusting the architecture and performing different parameter setting angle enhancement mechanisms. In the digital image capture system described in the first item, the image processing is a compression mechanism, and the compression is performed according to a corresponding multiple image processing unit. 0790-9198TWF (nl); PT.0022; ELLEN.ptcl Page 18 200414078 6. Scope of patent application Adjust or change the compression method according to the above detection results. 9. The method for processing images in a digital image capture system as described in item 1 of the scope of the patent application, wherein the step of detecting whether the digital image capture system is upright during shooting further includes using a machine to cooperate with the physics The principle completes a detection device, and uses the detection device to detect whether the digital image capture system is upright when shooting. '1 〇 The method of digital image capture system t, as described in item 1 of Shenyan's patent scope, a method of processing images, wherein the step of detecting whether the digital image capture system is upright when shooting includes analyzing an image characteristic To determine whether the digital image capture system is upright when shooting. 11. The method for processing an image in a digital image capture system as described in item 10 of the scope of patent application, wherein the image characteristic is a light source position. 12. The method for processing an image in a digital image capture system and washing as described in item 10 of the scope of patent application, wherein the image characteristics are in a foreground distribution system. The digital image extraction method described in 10 items ... The image characteristics are-boundary high frequency component 1 4 · The method of processing images in the system described in item 丨 0 of the patent application scope, The shirt gallium captures the moving square. M-shirt-like features, sex as a subject to move 1 5 · As in the scope of the patent application 丨 Φ 蛴 Φ # 蛴 里 彡 梓 认 + 〈In the digital image capture 撷 The direction of the system shaking. Capture a digital shirt image 0790-9198TWF (η 1); PT-02002; ELLEN.p t d p.19 200414078 i6 · — A digital image capture system, including: an image capture device, used to obtain a shooting image system detection results adjusted during shooting and generate an image, said detection device 'for detecting the digital image capture Whether it is upright; and-the scene > image processing device, which performs image processing data rotation based on the corresponding plurality of image processing units in the detection device. 1 7 · The digital image extraction system as described in item i 6 of the scope of patent application, wherein the image processing is an automatic exposure (AE) mechanism, when the detection camera detects that the digital camera is upright when shooting The image processing device adjusts the size and position of the split screen settings, and the algorithm and parameter settings used to determine the exposure time. 1 8 · The digital image capture system described in item 16 of the scope of patent application 'wherein the image processing is an automatic white balance (AWB) mechanism, when the detection device detects that the digital camera is upright when shooting The image processing device adjusts the size and position of the segmented daylight setting and the algorithm and parameter settings used to determine the white balance. 19 · The digital image capture system described in item 16 of the scope of patent application, wherein the image processing is an automatic focus (AF) mechanism, and when the detection device detects that the digital image capture system is shooting, When it is in the upright position, the image processing device adjusts the size and position of the divided daylight surface settings, and the algorithm and parameter settings used to determine the focus position. 2 0 · The digital image capturing system described in item 16 of the scope of patent application, wherein the image processing is an interpolation mechanism. The image processing device is based on 0790-9198TWF (nl); PT-02002; ELLEN.ptd Page 20 200414078 6. Scope of Patent Application The detection results in the detection device are set by the / ^ structure to perform different interpolation mechanisms. °° Positive or different parameters 21 · For example, the patent application scope No. 6 system, in which the image processing is an image reduction digital image capture is based on the cover of the detection device, the image processing device Set the parameters to perform different adjustments or adjustments, as described in item 2 of 2 above, and calculate the parameters of the image processing device according to the two in the detection device. They also carry out different degrees of corner strengthening mechanisms. No system,] Medium V: Special, the digital image capture described in item 16 of the profit range is the detection device; of: 2 a compression mechanism 'the compressor based on the stomach image processing device, the detection results are structured or The parameters are adjusted for different systems, such as the digital image manipulation system described in item 4 of the patent application No. 16 in the patent scope, and 2, the detection device is completed using a mechanism in conjunction with physical principles. In addition, the digital image capture system described in item 16 of the patent application is based on the image characteristics ^ Π U also includes—the image characteristics are divided into 4 pounds. 'Using this, the knife will analyze the captured image to identify the digital image capture. Check whether the system is upright when shooting. In the digital image extraction system described in item 25 of the patent application, the image characteristic analysis device is a light source position analysis device. System, 2J. The digital image capture system as described in item 25 of the scope of the application for patent, "," The image characteristic analysis device is a foreground distribution analysis device ° 2002; ELLEN.ptd 〇79〇. 9198TWF (nl); PT. V 200414078 6. The scope of the patent application. 2 8 · The digital image capture system described in the 25th item of the patent scope, where the image characteristic analysis device is used to analyze a high frequency of the boundary Component distribution direction. 2 9 · The digital image capture system described in item 25 of the scope of patent application 'wherein the image characteristic analysis device is used to analyze the direction in which a photographed object is moving. 3 〇 as in patent application scope 2 The digital image capture system described in item 5, wherein the image characteristic analysis device is used to analyze the direction of the digital camera shaking. 31. A method for processing an image in an image capture system, including the following steps: Detect the image Whether the capture system is upright when shooting; and # 一 ， ί Describes the detection result and adjusts the corresponding plural image processing unit to generate an image data output after processing into the shirt. Processing H is made in an image capture system as described in item 31 of the patent scope; second, f ', where the image processing is an automatic exposure (ΑΕ) machine, and the corresponding plural image processing units are adjusted to further process The steps of ordering the μ automatic exposure mechanism further include: Adjusting the points and parameter settings when detecting the size and position of the image capture system in the shooting cut screen and the time. The algorithm for determining the exposure time 33. If a patent is applied for The method of the image processed in the third item of the range, in which the image is located in the image capture system of Ma Yi Auto White Balance (AWB) 0790-9198TW (nl); PT-02002; ELLEN. Page 22, 200414078, the steps of applying for a patent to adjust the corresponding image processing unit from the result, and the steps of the + balance mechanism further include: the cutting day operation system when shooting When it is upright, adjust the minute parameter setting. Position and the algorithm used to determine the white balance and 3 4 · As in the method of claim 31 of the patent application, the image is processed in two ways. The image in # is processed as a self-V: capture system: white, detective The adjustment of the measurement result is relative = focus. The steps of the auto-focus mechanism further include: in detecting / then the image capture system sets the size and position of the upright day, the digital split screen and the plural number to determine when shooting: Adjust the complex algorithm and parameter settings. 0790-9198TWF (nl); PT-02002; ELLEN.ptd Page 23