TWI374434B - Image display system and method of eliminating mura defects - Google Patents

Description

IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a type of f彡-like image that eliminates the cloud of the display, and the image of the image is particularly related to a right-hand, zen defects. [Previous technique] Whether the film is driven by each pixel or not, 5 is guided by the thin film of the pixels in the pixels. The electronic characteristics of the body TFT and the precision of the process are as follows; Shifting will change the film field effect transistor more or less. It is difficult to have the film field effect transistor TFT=2 of each pixel, so the light-emitting defect of all the pixels of the display; The displayed surface has moiré defects (mura - seed transmission, _ solution to change the pixel missing device into the pixel circuit including a voltage dnving ^ ^, ^ A ^ ^ (current dnvmg) GEM II [in the driving mode] at least 5 thin, effective transistor TFTs are required for each pixel, and only the moiré defects caused by the threshold voltage (5) of the above-mentioned thin film field effect transistor TFT can be compensated for. In the mode, at least 4 thin film field effect crystals are required for the mother pixel. Body tft, low gray scale value compensation ability is not good. This method of changing pixel structure usually requires more thin film field effect transistor TFT, which not only affects the aperture ratio of the pixel (aperture mi.), but is not suitable for high solution. 〇 773-A32944TWF; P200701 〇; Glorious Tien 5 on the Afro (for example, 2 吋 QVGA or higher resolution) - Pull # not only affects the luminescence characteristics of the pixel, but also increases the area of each pixel. The known technology is external compensation technology (external =rrsatlon). Wu Guo patent number υ·s · 6,911,781B2 according to the test (4) the gray level value of the whole pixel to compensate for the moiré defect. However, US II η '781Β2ϋ did not propose New techniques to collect test data, and no algorithm for compensating for moiré defects. In addition, the old, 911, 781B2 requires great memory capacity test results. 'We need' " a novel approach In order to overcome the defects of the above-mentioned conventional technology. [Summary of the Invention] You provide a video display system, which not only exposes a method of testing data, but also discloses various ways to eliminate moiré. The present invention not only does not need to change * & Λ 间. While eliminating moiré defects, the present invention: dew I; : ΐ:: Γ according to different users or environments The requirements are: Gamma Sett—, white point is set to White point, and 2 degrees (peak bd is ss) for dynamic adjustment. It is not necessary to adjust the above parameters by an additional process. An image display system disclosed by the present invention includes: a plurality of pixels,

St two and an ASIC. This memory is used to store the respective - moiré compensation parameter groups of the dedicated pixels. The ASIC will be 0773-A32944TWF; P2007010; Glori〇us Tien two-grain compensation parameter set. The moiré complement of each pixel is converted to a compensatory group 'for the original grayscale pixels. 4" ΛΡ white value to replace the original gray value to drive the number of 丄 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿 补偿And a bundle of ϋ - , , will sense the above pixel services separately: The sensing unit will convert the binary to the luminance data. The processing unit, the value is tested for the pixels, and according to the above-mentioned test gray scale value disk; the relationship of the degree of exemption data' is estimated by the above-mentioned moiré compensation parameter of each pixel. The image display system is in the above-mentioned moiré elimination gray scale Driven by the value, the moiré defects of the display will be greatly improved. The above and other objects of the present invention will be apparent from the following description of the preferred embodiments. Embodiments / Fig. 1 is an embodiment of an image display system of the present invention. The pixel display matrix i G 2 of the image display system includes a plurality of pixels (in the figure / 7 0773-A32944TWF; P200701 〇; Glorious Tien 1374434 only, the detailed circuit of the pixel 1 is explained). After the thin film transistor in the pixel 丨〇4 is turned on by a scanning signal line scan, a voltage value of a data signal line button is written to the pixel 104. In this embodiment; f the pixel 104 is in the form of -2T1C, which is merely for the reader's understanding of the present invention'. Any other structure of pixels ^ can be applied to the present invention. Compared with the technique without moiré compensation, the gray scale value signal (10) outputted by an image source 1〇6 is directly rotated into a digital/analog converter 110' to generate a voltage value input through the data signal line data. The pixel HM - the image display of the present invention includes a memory ι 2 and an application specific integrated circuit (ASIC) 114. The memory 112 stores the moiré compensation parameter set of the above pixels. The image source! The gray level (4) number 1G8 output by 〇 6 will be converted to signal 116 via the dedicated integrated circuit 114 before being converted into a voltage value. Taking pixel 1〇4 as an example, the dedicated Huacheng=Route 114 reads the moiré compensation parameter of the pixel 1() 4 from the memory 112, and then the Wei equivalent of the phase money circuit 114—the moiré compensation function 5 and an original grayscale value y of pixels 1〇4. After the ASIC = after use, it will be converted to a moiré elimination gray scale value % to replace the original gray scale value y. Enter the digit/analog converter ιι〇. The moiré elimination ^ order value will be converted to an electrical value by the digital/analog converter 11 成 to become a signal for driving the pixel 104. The widely stored moiré compensation parameter set is composed of a parameter of the sensing elements of the pixels, 1^== corresponding Θ Θ 罝 罝 〗 〗 22, and 〇 773-A32944TWF; P2007010; GIorious Tien < a - Material, 鋦二124. The sensing elements 120 will respectively generate a sensing resource that can be input to the processing unit 124 for the line I26. The galvanometer of the sensing element "Charge Coupled Device (CCD) device is, for example, a scanning cc photosensitive matching device (Charge Coupled Device, the above-mentioned speculative data generated by the light cake person) For a relative gray level value, it will be affected by the exposure degree of the Z-piece. The sensing elements can also be realized by corresponding: a plurality of current sensors for the latter. At this time, the above sensing resources: = current value. Due to the external value of the sensing data generated by the above sensing element, if the above-mentioned moiré compensation parameter group is to be generated, the amount of crying conversion is required. Therefore, the present invention further provides the average brightness amount. The average brightness of the pixels is equal to 128. Based on the average change = a Hai processing early 124, the sensing data of the pixels are respectively converted into a shell (for example, what is needed is called '(4) the average of the average technique The brightness measuring device 122 can be (or called a luminance meter), and the measured average brightness (10) = the measured data is indicated as G. With the adopted upper 匕: two == the sensing data G can be a gray scale value , the number of photoelectrons, or G: value" The average value of the sensing data G of the pixel is indicated as % · The formula of the pixel of the pixel is calculated as B = Lavg. (G/GAVG)r where Γ is an adjustment factor and will be measured according to the sensing component. 〇 773-A32944TWF; P2007010; G) orious Tien = the degree of linearity between the measured data and the actual light intensity is different, and the difference is as follows: sim 124 will be known - the side test gray scale value test the pixels according to the test gray scale value The relationship with the brightness data, the element describes the illuminating characteristics of the pixels, and generates a set of turbulent compensation parameters on each pixel. The brightness of the off-light data is short, and the different method not only produces different moiré compensation parameters, The design of the ASIC is also changed with the algorithm. - The flowchart of Figure 2 is a method for generating the above-mentioned moiré compensation parameter set. The i step S2G2 first tests the images with a plurality of test gray scale values.丄 is generated by driving each pixel under a plurality of test gray scale values. Step 2. 4 according to the Gamma parameter of each pixel 丫 set its finger η (for example, let η = 1 / γ). Based on step S202 The resulting test agency = go to step s outline to - curve fit (four) vefitti Ng) technical coarse; J pixel - gray scale value - brightness relationship, the analog function used is as follows:

y=a-Xn+b,x2+c-x+d ° (Function D takes any pixel as an example, y is the grayscale value of the pixel, and X is the grayscale value y of the pixel The generated luminance data, n is the above index = text, ° 3, b, c, and d values are calculated by a curve fitting technique, and stored along the index parameter n in the memory 112 to constitute the pixel Moiré compensation parameter group (step S206). ^Set the parameters of all the pixels to be the same, then the above index parameter η is a fixed value. QVGA (Quarter VGA '32〇x24〇xRGBW) is 〇773-A32944TWF; P200701 OjGlorious Tien

1J - In addition to storing the above index parameter n, still need - array, "two kiss two Μ, # · production. To drive H $ special integration turn m must work function 1 The case of U2::: pixel as an example The ASIC 114 receives the moiré compensation compensation function group by the moiré compensation parameter group parameter application integrated circuit 114 that takes the pixel; the second: the action will be equivalent to a moiré~m; and yCK+bv+ c.Xe+d (Function 2) y. For a pixel of the original ^λ gray fc (Function 3), a peak of light in2 will make the expected brightness ^ will satisfy the image and Lpeak and a Jama Beam Zhao Wei, will be converted by the moiré compensation function group (function 2): t gray scale value y. order value ye. 〃 hook converted into a moiré elimination gray Figure 3 depicts the action of the pixel in a flow chart. The ASIC 114:=moving a start-to-start grayscale value y; receiving an original %-expected brightness Xe by a function 'H 02 in step S304; at the beginning of the step, the grayscale value is corresponding to a moiré Eliminating the gray scale value of the juice, the expected bright ASIC 114 will output the moiré elimination gray==S3〇S, the original grayscale value 乂. Drive the pixel. Divide the grayscale value P to Substitute 2(10)4) will make the present invention eliminate the display cloud (4) trapped 0773-A32944TWF; P20070l0; Glori〇us_Tien n 1374434 _ 'to satisfy each pixel" (4) 2 due to white point setting and peak brightness color , blue) The peak brightness of the pixel determines the denier = color (red, green easily meets the user's white point setting. This: the shirt image system can also be light for the above-mentioned horse avoidance parameter 7 and peak brightness L: into circuit 114 It is also possible to make the display system out of the special design output of the ^德^mj.7^, and the value of the fourth picture t can still be changed by itself. The kind of cleaning, going to the +^ king picture is the other to generate the above-mentioned moiré compensation parameter group. - The shoulder method is different. Step S402 firstly uses the plural pixels to obtain the winter children to go to the eve, and the 1冽5 type gray/3⁄4 value is used to test the ancient selections; the eve type test is generated by the gray scale value. The cumbersome tribute. This algorithm divides the display into n 4 〇 4 according to Li: has different exponential parameters n. The step sets its exponential parameter η in the region. Based on the result of step fiU. J ,, step S406 is based on a curve y=a.xn+bx used in the CUrve simulation function: wm degree relationship +c 〇 , (Function 4)

Taking any pixel as an example, y is the brightness (four) generated when the gray X=the gray level of the pixel is driven, and the index parameter of the pixel is calculated by curve fitting technique after a, b, and c are calculated. The moiré compensation parameter set is stored in the memory 112 to form the moiré compensation parameter set of the pixel (step S408). Compared with the function 1, the biggest difference of the function 4 is the selection of the exponent parameter ^. The luminescence characteristic, because of the ohmic voltage drop on the power line, can be found that the pixels located near the power line will be brighter. 0773-A32944TWF; P2007010; GI〇ri〇us Tien 12 1374434 LIGHT characterization of different regions of the parameter letter $ Appropriate index and heart will more accurately estimate the gray-scale value and brightness relationship of each pixel, and simulate the complexity of the function. Therefore, the function of the function is reduced, and the number of bytes is also reduced. Mother-parameter required

The method for setting the index parameters of each region is as follows: according to the illuminating characteristic of the display state, the display is cheated in the block of the block, and the number of blocks in the block is estimated. The index parameter, "the average index parameter of each of the ten blocks; and the exponential parameter that makes the above average index, the number of the corresponding block. _曰 : QVGA (q read r VGA, 32q> < 2 gamma, monthly memory mode 112 will store each

An array of a :, and: parameters used). This is related to the function of the function; in contrast, this embodiment saves a lot of memory space. , 匕; P in the implementation of the function of the method 4, which: must be made according to the function 4. Taking a certain pixel as an example, a section: two 4^m will read the ‘= arrays a, b, c, and n from the memory 112. The special design of this special design:,, the reference to receive the above moiré compensation parameter group a, b, c, ^ into circuit H4 as the equivalent - cloud f compensation function group. The moiré compensation function A includes the arithmetic operation _ U55y . and : a.xen+b-xe+c °

Xe — L· -1 . I yc y. An original grayscale value for this pixel (Equation 2) (Function 5) corresponds to the original grayscale 0773-A32944TWF; P20070I0; GIorious Tien 13 X-value y. An expected brightness.义 盥 迦 迦 迦 铋 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒 脒It will be compensated by the moiré compensation function. Figure 5)) 3 - Moiré eliminates the grayscale value yc. The port % machine diagram describes the action of this dedicated 像素 pixel. _Integration of a certain conversion to - expected brightness Xe; in step 2 2, the original gray level value % degree xe is converted into a strip pattern b, and the expected illumination of the integrated circuit 114 by function 5 will be: fire white value &. In step S508, the special original gray scale value moiré is removed to replace the defect =, ==? The invention can eliminate the display moiré. The ASIC of the ASIC is designed to make the value of the LPeak specially designed for output 2: After leaving the factory, the user can still change the value by himself. m θ (8) 1K is the other to generate the above-mentioned moiré compensation parameter set - like ϊΐ = = sr first test the sorrow sputum sputum by a plurality of test gray scale values under the multi-product ash P-value driven : degree = in step S604, the above brightness data will be converted into a desired gray level value:

^Vr \J7nkJ yr 255 . (Expression 6) ', ' Xt is the above-mentioned data, and yr represents the required grayscale value. Equation 6 will ensure that the system satisfies the peak-to-peak brightness of each pixel with a 〇773-A32944TWF; P20〇7010; Glorious Tien 14 1J/4434 = horse parameter γ. The processing unit 124 calculates the (four)-grayscale value difference 上述 of the test meaning level value and the corresponding required gray scale value % in step s6〇6. In step S6〇8, the grayscale value difference is stored in the memory ^^ pixel as an example, and the gray gap corresponding to the test grayscale value is the above-mentioned moiré compensation parameter group of the pixel. Assume that this embodiment uses a total of m test grayscale values. Taking =GA (Q VGA, 32Qx trace rgbw) as an example, the memory can be m arrays, all of which are 32 〇 x 24 〇 x 4 (for R, ^, B, and W pixels). The ASIC 4 must include an additive method to drive a pixel as an example, and FIG. 7 depicts the operation of the integrated circuit 114 in a flowchart. The ASIC is Γ: 妾: 妾: the original grayscale value; the original white, small ′ is determined in step S704, and the original grayscale value is selected in step S: ::==! The grayscale value difference corresponding to the above compensates for the original 』::,: a different moiré eliminates the grayscale value. The moiré elimination grayscale value will drive the pixel instead of the original grayscale value. In contrast to other embodiments, this embodiment calculates the above-mentioned = and sub-sin parameters _, i.e., considers the gamma parameter γ and the peak luminance Lpeak of each pixel. I have shown that the moire defect is not very strict (4), in the case of I: the use space of the body, the present invention further proposes another kind of calculation step = the flow chart for generating the above-mentioned moiré compensation parameter group: The readout tests the pixels with only one test grayscale value. The pixel pairs 0773-A32944TWF; P2007010; Gl〇rious Tien 15 1374434 Two =: The brightness data of the value will be converted into χ, \Xr Λ=|^-| -255 ϊ ... which is the above brightness data 1 Representing this requirement =) rt:= satisfies the -peak luminance w and -= parameter γ of each pixel. The money management unit 124 will discuss the - gray scale value difference between the gray scale value and the required gray scale value 各 for each pixel, and divide the plurality of specific gravity parameters from the gray scale value in step s_ Stored in this memory (1). Taking a certain pixel as an example, the upper difference value gap and the specific gravity are referred to the moiré compensation parameter group. W. Since this embodiment uses only one test gray scale value. Taking QVGA (Quarter VGA, 32〇x24〇xRgbw) as an example, the memory 112 needs only the array 320x240x4 (for R, G, b, and w pixels) in addition to the material specific gravity parameter. Compared with the embodiment described in Fig. 6, this embodiment will greatly reduce the space requirement of the note. In this embodiment, the application specific integrated circuit 114 also includes an adder ^ or subtractor. Taking the driving of a certain pixel as an example, the operation of the ASIC 114 is described in a flowchart. The ASIC 114 receives an original grayscale value in step S902; determines the size of the original grayscale value in step 4; and selects an appropriate specific gravity parameter according to the size of the original grayscale value in step S906, and the specific gravity parameter Multiply by the above gray scale value difference 0773-A32944TWF; P2007010; Glorious_Tien % 1374434 = to generate - the specific gravity gray scale value gap 1 the special integrated circuit ιΐ4 will compensate the original gray scale value by the specific gravity scale difference in the second step S908, Count ΐίί: The pattern eliminates the grayscale value. The moiré elimination grayscale value will drive the pixel instead of the original grayscale value. Figure 10 is a flow chart of the present invention. Step S1002 provides a plurality of sensing π pieces, which respectively correspond to a plurality of pixels of a display, and each of which generates measurement data. The step is to provide an average brightness measurer that measures an average brightness of ~荨 pixels. Step S1006 provides a processing unit, according to: f average brightness, the sensing data of the pixels are respectively converted into a poor material. Step S1_ tests the pixels with at least one test grayscale value' and derives a moiré compensation parameter set for each pixel based on the relationship between the test grayscale value and the corresponding luminance data. In step S110, the moiré compensation parameter group is stored in a memory. Step si〇12 is based on the calculation method used in the generation of the above-mentioned moiré compensation parameter group. The ASIC will read the moiré compensation parameter set from the record body, and combine the above-mentioned pattern compensation parameter groups of each pixel into a moiré compensation function group. The above-mentioned moiré complement 1 Behind function group converts an original gray scale value of the pixel corresponding to the moiré to remove the gray scale value. Step _4 will remove the above pixels by the above-mentioned moiré elimination gray scale value. The pixels of the present invention may be pixels of the same type except for pixels of the same type. For example, a full color display, the above pixels can be classified into red, green, blue, or even white. Since the test data disclosed in the present invention is "brightness data", it is not necessary to improve the moiré of the full color display by separately developing the compensation action for the pixel 0773-A32944TWF; P2007010; Giorious Tien 17 -Λ-1374434 color. defect. Figure 11 illustrates an electronic device _ including a pixel matrix 1102, a display panel 1104, and a wheeled unit 脳. The pixel matrix 1102 can be an active organic electroluminescent display (A^e-Matnx 0rgamc Ught Emittmg, AMOLED). The input unit 11〇6 is coupled to the display panel to receive the image plane to be displayed by the display panel (10). The scope of the invention to be protected includes the display panel ιι 4, and the pixels referred to in the present invention are turned into the pixel 1102. The memory and application specific integrated circuit referred to in the present invention are a part of the display panel 1104. Moreover, the scope of the invention to be protected further includes the electronic device 1100. (4) The sub-device U00 can be a mobile phone, a digital camera, a personal digital assistant (PDA), a mobile computer, a desktop computer, a television, a car display, or a portable optical disc player. . Although the preferred embodiment of the present invention is disclosed above, it is not intended to limit the scope of the present invention. Anyone who is familiar with this item (4) may make some changes and refinements without departing from the present invention: Therefore, the scope of the m protection is defined as the scope defined by the patent scope. [Illustration of the drawings] FIG. 1 is an embodiment of the image display system of the present invention;纹 773-A32944TWF; P2〇〇7〇i〇; Gl〇riousTien 18 algorithms; the integrated ^3 diagram uses the flow chart to describe the algorithm corresponding to the algorithm in Figure 2 Pixel---------------------------------------------- The flow chart describes another step of generating the above-mentioned moiré compensation parameter set. The flow chart describes how the ASIC corresponding to the algorithm of FIG. 6 drives a pixel. The eighth figure is used to describe the moiré. Compensation parameter group ; Figure 9 describes how a flowchart of the algorithm of FIG. 8 corresponding to an integrated circuit for driving a pixel; 10 photo shows a flowchart of an embodiment of the present invention; and a graph 11 of the embodiment of the present invention. [Major component symbol description] 102~pixel matrix; 104~pixel; 106~image surface source; l〇8(y.)~original grayscale value; 110~digit/analog converter; 112~memory; 114~ ASIC (asic); 116~ moiré elimination gray scale value (yc); 0773-A32944TWF; P2007010; Glorious_Tiei 19 1374434 118~ parameter generator; 122~ average brightness measuring instrument; 126~ sensing data transmission line 1100 ~ electronic device; 1104~ display panel; data~ data signal line; 120~ multiple sensing elements; 124~ processing unit; 128~averary brightness; 1102~pixel matrix; 1106~ input unit; S202 generated by multiple pixels ~ Collecting a plurality of brightness data under test gray scale values;

Magic 04~Set an exponential parameter η, and simulate the grayscale value (y)_brightness (χ) of the above pixel with y=a.xn+b.x2+c.x+d, and find 1 &d; , . u, a, b, c, and ~ will be parameterized and stored in a memory; S302~ receives an original grayscale value y. ; The original grayscale value y. Convert to a 3 3304 ~ to '~{will) period brightness xe; S 3 0 0 ~ v = only. ύ n+k 2 ^ 〜b, Xe+C.Xe + d turn the expected brightness ~ into a cloud The pattern removes the gray scale value; s pass ~ output the moiré to eliminate the gray scale value to wake up the pixel; the bright set complex number _ the test gray scale value under the 'multiple pixels ^ index = ~ (four) the position of the above pixel in the display (four), It is determined that the pixel 々S406~ simulates the grayscale value (y) of the pixel by π+}λ.λτj C_亮〇773-A32944TWF; P2〇〇7〇i〇; Gjorj〇us_Tien buckle/4434 degree (χ) relationship Find a, b, and c; S408~ treat n, a, b, and c as the above image array, and age - memory; 4 complement parameter S502 ~ receive - original grayscale value 丫. ; The original grayscale value y. Convert to a pre- 3504~^^/<_{will] period brightness xe; cloud:: two: one to divide the expected brightness by ^ S508~ 肖 div. To drive the pixel. The bright plural number of four (4) T, the resulting pixel produces x, /r Q/Zr, A, " τ '255 O 〇U4~ to \^peak ) Receive L, 4·, ···· — - The required grayscale value. Converting the above -h to S606 respectively: finding a grayscale value difference between the test grayscale value and the corresponding required grayscale value%; S608~ storing the grayscale value difference in a memory; S702 ~ Receive an original grayscale value; S704~ determine the size of the original grayscale value, · S706~ select the test grayscale value approximating the original grayscale value, and compensate the original gray by the corresponding grayscale value difference corresponding thereto Order value to calculate a band elimination gray scale value; = ▲ S8〇2~ collect a test gray scale value under the 'multiple pixels generated by the data xt; 0773-A32944TWF; P2007010; Glorious_Tien 21 1374434 Λ

K 255 S804~ to convert the brightness data Xt into a required gray level value yt_ respectively; S806 calculates a gray level difference between the test gray level value and the required gray level value yr for each pixel; S808~妓a plurality of specific gravity parameters and the grayscale value difference are stored in a memory; S902~receive_original grayscale value; S904~ determine the size of the original grayscale value; S906~ select an appropriate specific gravity according to the size of the original grayscale value The parameter 'and the specific gravity parameter is multiplied by the gray scale value gap and the gray scale value difference, · S908~ compensates the original cloud pattern to eliminate the gray scale value by the gray scale value difference; the juice S1002~ draws each pixel Sensing data; S1004~ measuring an average brightness of the pixels; S1006~ according to the average brightness, each image is a luminance data; each pixel sensing poor material conversion S1008~ according to the gray scale value and brightness data The _ pixel luminescence characteristic, and output the moiré compensation parameter of each pixel 各^ each S1010~ store the above moiré compensation parameter group in a record 憔' S1012~ according to the generation of the above-mentioned moiré compensation parameter 2, algorithm, design _ ASIC, used to use the moiré compensation parameter group to form the π,, 'text compensation function 0773-A32944TWF; P2007010; Glorious__Tien 22 1374434 group of each of the above pixels to convert an original gray The order value is a moiré elimination gray scale value; S1004~ drives the above pixel with the above moiré elimination gray scale value; scan~ scan signal line.

0773-A32944TWF; P2007010; Glorious_Tien 23

Claims (1)

X. Patent application scope: L. An image display J plural pixels; including: 5 fel bodies, storing the group; and 云, pixels each of a moiré compensation parameter-application specific integrated circuit, white array 'and respectively And the Yang Yang body reads the above-mentioned moiré compensation parameter compensation function group, to convert the:: grain compensation parameter group into a cloud-cloud pattern to eliminate gray scale values to drive the pixel-original gray scale value to live, pay The parameter group is a sensing element generated by the -parameter generator, and correspondingly generates a pixel and an average brightness of the squared m's measuring pixel - the average brightness of the pixels is sensed by a processing unit, The average brightness data is respectively converted into a brightness data; Λ草德去, Qian Li said that at least - (four) test gray scale value test the ' and according to the relationship between the test gray scale value and the corresponding brightness data, estimate each pixel The above moiré compensation parameter group. 2. The image display system of claim 1, wherein the processing unit tests the brightness data of the pixels with the (four) test gray scale values to estimate respective gray scale values of the pixels. _ brightness relationship. 0773-A32944TWF; P2007010; Glorious Tien 24 is called 4434 3- As shown in the second paragraph of the patent application scope, the above-mentioned moiré compensation function group includes ^糸 system, /displacement, expressed as a function as follows: Original Gray & The value is expected to be luminance, y 〇 is the above original grayscale value; Lpeak is a bee brightness of the pixel; γ is a gamma parameter of the pixel; and xe is the original grayscale value y. An expected brightness of the peak horse parameter γ is satisfied. And then peak 4. As in the third paragraph of the patent application scope, the above p-ratio, 5V 1豕 shoulder system is not described as 'the ash 卩0 value-shell relationship is expressed as a function as follows: y=a-xn+b- X2+c-x+d ; wherein, y is the grayscale value of the pixel; x is the luminance data corresponding to the grayscale value y of the pixel; and the heart number parameter is determined by the gamma parameter of the pixel; The cloud pattern is combined with the index parameter η to form the pixel in the above-mentioned image display system according to item 4 of the patent application scope, and the value is lightly dragged to the text compensation function group to include - the expected brightness 'cloud mosquito elimination The gray scale value conversion 'is expressed as follows: a secret ash ^ yc ~ a, xen + b * xe2 + cx + d ; 〇 773-A32944TWF; P2 〇〇 7 〇 i 〇; Gl orious Tien 25 . 'yc is the above-mentioned moiré elimination friend value of the pixel. 6. As described in claim 3: value. The above gray scale value-luminance relationship is represented by a function such as; for example, the display system y=a-xn+b-x+c; wherein y is the gray scale value for driving the pixel; corresponding gray scale value luminance data; The characteristics of the parameters and the number, from the display area of the pixel ab, and c will be with the index parameter compensation parameter group. The number n constitutes the above-mentioned pixels: 7. The method for setting the above index parameter in the sixth item of the patent application scope is not systematic, J is based on the illuminating characteristics of the display, and the display is divided into complex # Sampling in the block; calculating the average index parameter of the number of pixels of the sampled pixel; and the parameter of the day number to estimate the average heart number parameter of each block as the above index of the corresponding block. "The above-mentioned moiré compensation function group '-~shirt image is not systematic" its value conversion, expressed as a function as follows? - expected brightness - moiré elimination gray scale y 〇 = a-xen + b. Xe + c; >〇us Tien 0773-A32944TWF; P2〇〇7〇1 〇; Gl〇n 26 9. The above-mentioned moiré eliminates gray-scale scorpion by 5 megapixels. • D Shen 4 patent scope 丨〃 The image display system of the processing unit of the above processing unit 34, the grayscale value conversion, and the execution of a luminance data with 4^ redundancy data is required (the function is expressed as follows: Λ=(γ^)'·255 \ peak J &gt Where Xt is the above brightness data; Lpeak is the peak brightness of the pixel; Y is the Gamma parameter of the pixel; and the required gray level value to be input when the desired element satisfies the brightness of the loading value and the Gamma parameter γ. In the image display system described in the above-mentioned Japanese Patent Application No. 9, the required gray level is used to calculate a gray scale value difference between the gray scale value and the gray scale value of the material. In the JL, the image display system described in the 1G item of the patent application, that is, the above-mentioned gray scale value corresponding to the test gray scale value is the above-mentioned moiré compensation parameter group. 12. The image display system of the above-mentioned patent scope item n, wherein the action performed by the moiré compensation function group further comprises: determining a size of the original gray scale value; and selecting a test approximating the original gray scale value The gray scale value is compensated by the gray scale value corresponding to the gray scale value corresponding to the gray scale value to calculate the gray scale value. 0773-A32944TWF;P20070J0;G]〇ri〇usTie„ 27 1374434 13. The image display system according to claim 1G of the patent application, wherein the (four) pitch corresponding to the middle/upper m gray (four) and the plurality of specific gravity parameters related to the size of the original gray scale value are Moire compensation parameter set. 14_ The image display system of claim 13, wherein the action performed by the cloud compensation function group further comprises: determining a size of the original grayscale value; and corresponding to the original grayscale value The above-mentioned specific gravity parameter is multiplied by the above-mentioned grayscale value difference' to calculate a specific gravity grayscale value difference; The original gray scale value difference compensates the original gray scale value to calculate the above moiré elimination gray scale value. 15. The image display system of claim 1, further comprising a panel of the above-mentioned pixels, the memory, and the ASIC. 16. Patent application scope 帛 15j The image display system further includes an electronic device, including: the display panel; and an input unit coupled to the display panel to receive an image displayed by the display panel. ^7. The image display system described in item 16 of the patent scope Ί 4 electronic device is a mobile phone, a digital camera, a number of assistants: a mobile computer, a desktop computer, a television set, a display for a car, or a Portable optical disc player 18. The image display system as described in the scope of the patent application, its 0773-A32944TWF; P2007010; Gl〇rious Tien 28 1374434. The processing unit is required to follow the above brightness data. The formula is L=Lavg . (G/GAVG)r » ^ where Lavg is the above average brightness, G is the above sensing data, and GAVG is the above sense corresponding to the pixels. The average value r of the data is an adjustment coefficient determined by a linear relationship between the above sensing (4) and the actual luminous intensity. Pixel 19. A method for removing moiré defects, comprising: providing a plurality of pixels corresponding to - displaying H Piece to generate a sensing data separately; Deng Wei provides a material brightness (four) device to measure the twist of the pixel; J provides a processing unit to convert the sensing data into a brightness data according to the average brightness豕 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以The group is stored in a memory; providing an application-specific integrated circuit, wherein the ASIC reads the cloud text & and the moiré compensation parameter group from the above-mentioned moiré compensation group The corresponding pixel of the eyebrows is seven turns, the J original grayscale value is a moiré elimination grayscale value; and 'rious_Tien 0773-A32944TWF; P20070I0; G1oi 29 1374434 drives the above pixels with the above-mentioned moiré elimination grayscale value Method, Fan (4), the defect elimination method described in item 19, minus H, ash, oxygen, and the above two pixels, such as a gray-scale value-brightness relationship of the pixels. For example, claim patent. The method, which causes the gray scale value to be ancient, the place to go, and the text defect elimination square fire self-value-duplicity relationship is expressed by a function y=a-xn+b-x2+c.x+d; y is the grayscale value of the pixel; X is the luminance data of the grayscale value y corresponding to the pixel. And η is the exponential parameter 'determined by a gamma parameter of the pixel; bc, and d will be the index Parameter η moiré compensation parameter group. , as described above in the 忒 pixel 22. As in the second method of the patent application, the above-mentioned moiré complement;,, the text is missing the square transformation, expressed as a function as follows. The value is expected to be redundant, y. It is the above original grayscale value; Lpeak is a peak luminance of 5 pixels. y is the above-mentioned gamma parameter of the pixel; and W is Hi grayscale value y. An expected brightness of the peak luminance Lpeak and the horse avoidance parameter γ is satisfied. t ~~ L 0773-A32944TWF; P2007010; GI〇ri i〇us Tien 30 2 3. If the patent specification method is applied, the above-mentioned moiré compensation function _\^ describes the pattern defect elimination side except gray scale value conversion The function is expressed as follows: ^度·云纹消 yc = a-xen+b-xe2+c-xe+d ; /, medium, yc is the above-mentioned emperor 24' of the pixel, as in the scope of the patent application. The method of the above-mentioned gray-scale value of the above-mentioned gray-scale value is described by a function as follows: where y is the gray-scale value of the pixel; X is the corresponding gray-scale value of the pixel. The brightness data; η is an exponential parameter, and the illuminance characteristic is determined; and the b and c of the area where the pixel is located will be the parameter set of the index parameter compensation. Taking the above-mentioned cloud of rumors 25. If the patent specification diagram method is applied, the setting of the above-mentioned index parameter ^4 includes the moiré defect elimination square area illuminating pure, and the attack (four) is divided into plural numbers in the above-mentioned block t sampling. Calculating a-mean-index parameter of a piece of the sampled pixel; and a private number parameter to estimate the number of the respective regions so that the above-mentioned average index parameter is the above-mentioned index of the corresponding block. Reference 0773-A32944TWF; P20070l0; Glori〇us Tien 31 26. For example, in the patent application scope method, the moire defect elimination squareness conversion described in the above item & item is expressed as follows: —--original gray-scale value-expected bright (five), where y. Is the original gray scale value; Lpeak is a peak brightness of the pixel. γ is a jama parameter of the pixel; and Ma 2 = /. Satisfy the peak bright ~ with the Cana 2 7 _ as claimed in the patent range, where the above moiré = f side is divided by the gray scale value, expressed as a function such as ^ - - - - - - - - - - - - - -xen+b.Xe+c ; = is the above-mentioned moiré elimination gray scale value of the pixel. • ° Shenjing patent scope of the law described in item 19, including the above-mentioned light-sounding-,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, Yr • 255 L \ peak where Xt is the above luminance data; Lpeak is the peak luminance of the pixel; γ is the inverse-parameter parameter of the pixel; and 0773-A32944TWF; P2〇〇7〇1〇; Gl〇ri &gt ;〇us_Tien 32 丄:)/4434 The desired pixel satisfies the required peak gray level value of the above-mentioned peak luminance B1 and the Gamma parameter γ time chamber.云 纟 纟 Μ Μ Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id Id (所灰3〇. The moiré defect elimination party described in claim 29 of the patent scope The method further includes causing the above gray value difference corresponding to the plurality of test gray scale values to be the above moiré compensation parameter group. The moiré defect elimination method according to the third aspect of the invention, wherein the action performed by the moiré compensation function group further comprises: determining a size of an original gray scale value; and selecting the approximate original The gray scale value of the gray scale value is compensated by the gray scale value corresponding to the gray scale value corresponding to the original gray scale value to calculate the cloud: the gray scale value is eliminated. τ, 32. The moiré defect elimination method according to claim 29, further comprising: the gray scale value difference corresponding to a certain test gray scale value, and the plurality of and the original gray scale value The relevant specific gravity parameter is the above moiré compensation parameter group. 33. The moiré defect elimination method according to claim 32, wherein the action performed by the moiré compensation function group further comprises: determining a size of the original grayscale value; and corresponding to the original grayscale value The above specific gravity parameter is multiplied by the grayscale value difference to calculate a specific gravity grayscale value difference; and the original grayscale value is compensated by the specific gravity grayscale value difference to calculate 0773-A32944TWF; P2007010; Glorious_Tien 33 1374434 The pattern eliminates the grayscale value. 0773-A32944TWF; P2007010; Glorious_Tien 34