經濟部屮央標準局貝工消费合作社印製 L018G1_^_ 五、發明説明（） 在 NTSC(National Television SysteiCoBinittee)条.統上 之傳统霣視訊號裡.一輻畫面是由525條水平播描線來播描 ，但在IDTV (Improve Density TV)或者電視臁上，音用影 像倍號經數位處理放大後，其影像資料往往會比原來彩像 資料少，而在螢光幕晝面翰麻上會出現一種的方塊現象；此 不連纊的方塊現象稱為馬賽克現象（如_ 10所示），且解 〆------- 析度不良，造成畫面品質粗糙等缺黏；因此往往是要利用 播描鏆率的增加以提离其垂直及水平的解析度，並透遇數 位化ft理，做雜訊畫面的減少. S有一種畫面頻率閃失（Aliasing)問賵，如ΒΠ所 示之HTSC視頻之基鑕频譜（VIDEO Baseband Spectru·)分析， 其中Fv表示垂直方向倍號之頻率，例如一條線白一條線黑 為最髙之頻率，則其頻率為262 HZ: Ft表示在時閭領域上之倍號頻率，其最大頻率為一畫面為 白，一畫面為黑，則其頻率為30 Hz,若一訊號在時閭領域 B點上變動快，則會在B’黏對於Fv大之地方造成頻率閃失跳 動（aliasing),若一訊號在Fv領域A點上變動快，刖會在A· 黏於移動之訊號造成頻率閃失跳動（aliasing). 一般處理上述畫面交錯倍號之頻率閃失跳動（aliasing) 必須利用2值不同頻帶之濾波器來作濾波： 1. 靜止畫面時：當靜止畫面時，吾人可用交互場濾波器 (inter -field filter)如圓2所示可用來解決頻率閃 失跳動現象（aliasing) · 2. 葡應畫面時：笛動應畫面時，吾人可用内壜濾波器（ intra-field filter)如圃3所示可用來解決頻率閃 失跳動現象（aliasing). (請先閱讀背面之注意事項再塡寫本頁) 本紙張尺度逍用中国圉家棕準（CNS)甲4規格（210x297公垃) L01B61 Λ 6 B6 經濟部中央標準局與工消t合作社印製 五、發明説明（） 解決上述两題之傅統方式之比較： (a) 線條雙格法（1 ine Double nethod '): 此法之濾波器如圃3所示之内埸濾波器（intra-field filter),此種方式在硬《所需價格低，但是其缺點 是在靜態畫面時之解析度相當差. (b) 交互場滅波器法（i nter-f i e 1 d f Π ter method): 此種應用交互場濾波器如圖2所示，其在靜態靜止畫面 解析度好，因其場記億器數量需要很多故其缺點為硬 髏成本离，且在動態畫面解析度差. (c) 依移動偵澜來決定内/交互場濾波器（Intra/inter filter with field lotion detect)J 此種方式解決方法複雜度高.且在偵測時是否移動 很難得到一理想值，所以在解析度上並無實際之改 巷. (d) 可適應性地利用方塊移動偵澜來決定内/交互場濾 波器（i n t r a / i n t e r a d a p t i v e f i 11 e r w ί t h B 1 〇 c k otion detect)： 此種方式為採用加權中頻帶濾波器（weighted nedian filter),其把彩像分成數塊方塊來偵澜，當偵測之方 塊為動態《面時，則用内場濾波器，如為靜止畫面時 則採用交互場濾波器.並且可依其畫面移動之量來 設定其加權值，以連到可逋應性加權之形式，此種 方式可解決（c)之問題，因（c)之問鼉是以整β晝面 為一犟位來決定是動或靜態，很難決定所採用之濾 波器，且動態或靜態無法完全兼顧；而本法（d)是以 分成方塊式為依攤，方塊之大小可為8x8或16x16 — ———一，" ，但此種方式目前仍停留在學術研究階段，因為複 雜度太离，其價格無法為一般使用者所接受. {請先閱讀背面之注意事項再填窝本頁) 裝. 線· 本紙張尺度逍用中國困家標準(CNS)甲4規格(210x297公澄）Printed L018G1 _ ^ _ by the Beigong Consumer Cooperative of the Bureau of Standards of the Ministry of Economic Affairs. V. Description of invention () in the NTSC (National Television SysteiCoBinittee) section. In the traditional traditional video signal. A picture is composed of 525 horizontal broadcast lines Broadcasting, but on IDTV (Improve Density TV) or TV broadcast, after the audio image multiples are amplified by digital processing, the image data is often less than the original color image data, and on the fluorescent screen A kind of block phenomenon appears; this unconnected block phenomenon is called the mosaic phenomenon (as shown in _10), and the solution is poor ------- poor resolution, resulting in lack of stickiness such as rough picture quality; so it is often It is necessary to use the increase of the broadcast rate to increase its vertical and horizontal resolution, and to penetrate the digital ft mechanism to reduce the noise picture. S has a picture frequency flicker (Aliasing) question, as shown in ΒΠ Analysis of the base frequency spectrum (VIDEO Baseband Spectru ·) of the HTSC video, where Fv represents the frequency of the vertical multiplier, for example, one line white and one line black is the highest frequency, then the frequency is 262 HZ: Ft indicates the time Double on the field The maximum frequency is one picture is white and one picture is black, then the frequency is 30 Hz. If a signal changes fast at point B in the time field, it will cause frequency flicker in the place where B 'stickiness is large for Fv. Aliasing, if a signal changes fast at point A in the Fv field, it will cause aliasing in the signal that is stuck to the movement. Generally, the aliasing of the frequency of the above picture interlaced multiples must be handled. Use two-valued filters with different frequency bands for filtering: 1. When the picture is still: When the picture is still, we can use the inter-field filter (inter-field filter) as shown in circle 2 to solve the frequency flickering phenomenon (aliasing) · 2. When the picture should be played: When the flute is applied to the picture, we can use the intra-field filter (intra-field filter) as shown in the nursery 3 can be used to solve the frequency flickering phenomenon (aliasing). (Please read the notes on the back first Re-write this page) This paper scale is used in China's National Palm Standard (CNS) A4 specifications (210x297 public waste) L01B61 Λ 6 B6 Printed by the Central Bureau of Standards of the Ministry of Economic Affairs and the Cooperative Society of China Consumers V. Description of invention () Solution The above two questions Comparison of Fu Tong methods: (a) Line double grid method (1 ine Double nethod '): The filter of this method is shown as the intra-field filter (intra-field filter) shown in Garden 3. It needs to be low in price, but its disadvantage is that the resolution in static images is quite poor. (B) Interactive field wave destroyer method (i nter-f ie 1 df Π ter method): This kind of applied interactive field filter is shown in Figure 2 As shown, it has a good resolution in static still pictures. Because of the large number of field recorders, its shortcomings are the cost of hard bones, and the resolution in dynamic pictures is poor. (C) The internal / interaction is determined by mobile detection. Field filter (Intra / inter filter with field lotion detect) J This method has a high complexity. And it is difficult to get an ideal value if it is moved during detection, so there is no actual change in resolution. ( d) It can adaptively use block movement detection to determine the intra / interadaptivefi 11 erw ί th B 1 〇ck otion detect: This method adopts a weighted nedian filter , Which divides the color image into blocks For detection, when the detected block is dynamic, the inner field filter is used, and for the still picture, the inter-field filter is used. The weight value can be set according to the amount of screen movement to connect to The form of responsive weighting can solve the problem of (c), because the question of (c) is to determine whether it is dynamic or static based on the entire β day surface, it is difficult to determine the filter used. Device, and the dynamic or static can not be fully considered; and this method (d) is divided into blocks, and the size of the block can be 8x8 or 16x16--one, ", but this method is still stuck in In the academic research stage, because the complexity is too far away, its price cannot be accepted by general users. (Please read the precautions on the back before filling the nest page). Thread · This paper standard uses the China Sleepless Standard (CNS) A 4 specifications (210x297 gongcheng)
zC L01861 Λ 6 Β 6zC L01861 Λ 6 Β 6
經 濟 部 屮 央 標 準 .局' 貝 工 消 合 h 社 印 4'J 五、發明説明（） 本發明鑑於上述各種方法之缺酤，乃經悉心試驗輿研 究，並一本契而不捨之創作精神，终於成功研究發展出本 創作，而得以有效之解決上述之缺酤，本發明之主要目的 僳在提供一種彩像平》化及增加解析度之處理方法及装置 ,其可使输出影像接近於所输入之原來彩像且平》柔和， 清晰的出現在螢光幕畫面上. 本發明之方法為插λ法Π nterntUat. i nmthod)此種 _____ ^—----- 方式是以内場濾波器（intra field filter)為基礎，所以 「 . -- 沒有動態畫面頻宰閃失跳動現象，再利用上，下線條相加 再除以2使産生一條新的線條，因根據彩像貼之分佈可知此 種方式相當接近交互場濾波器之結果，並且對於雜訊有降 低之效果，此種方式之硬臞成本相當低，雖然此種方式比 上述（d)之方法之解析度低，但是在價格一品質上是最佳之 方式，且有産業上之利用價值. 侬上所述，本案影像平»化及增加解析度之處理方法 如圈4流程圃所示. 其方法主要僳將输入之類比彩像倍號轉換成數位信》 並放大，將此數位影像倍號儲存於膨像記慊體，讀取上述 之影像倍號之水平掃描資料並儲存於水平掃描資料記憶髏 ，利用控制信號作蓮算資料之讀取，将讀取蓮算資料中鄰 近之左，右兩黏相加再除以一常數，即造出新的彩像倍號 點放入此鄰近左，右兩點之間，如上述步《再将蓮算資料 之上，下兩點造出新點放在此鄰近上，下兩貼間，將蓮算 後之數位資料轉換成類比倍號，此類比倍》邸一平»,解 析度高之影像信號，再由控制單元産生兩倍或N倍之速度作 垂直及水平掃描此彩像信號，上述之方法也可以將資料匾之 資料減半，再利用上述之算術運算方法求出新黏插入原兩黏 之間，再以原來水平掃描速度及垂直速度掃描. (請先閲讀背面之注意事項再塡窝本頁) 裝< 線. 本紙張尺度逍用中国國家標準(CNS)甲4規格(210x297公龙) .一 經濟部中央標準局员工消費合作社印製 L01861 Λ 6 __Β6_ 五、發明説明（） 而普用硬讎技術如國5所示，其僅將彩像倍號17输入至 類比轉換數位裝置11 ,作彩像倍號數位化，再將數位化之 倍號翰入13,再作彩像放大之處理後，經數位轉換類比裝 置12,作為邇原類比影像倍號之處理，由於g用技術在寧 g彩像信號上，僅作放大及轉換處理，因Jfcfe現一種苎賽 克失真現象，、如围第10所示即第9圃（原來之黼像）输入 f """" 至第1圃之输入端時，則其输出情形即如第10園所示之馬 賽克失真現象，由第10麵可知，經音用方塊麵處理後之彩 像倍號在畫面上之彩像，輪廓不但粗描，不平而且又 與原來之彩像倍號相差甚逋，更是對視力造成傷害. 本發明之裝置（讅參閲圈6), 其主要僳在類比轉換數 位裝置11及數位轉換類比裝置12之藺加入彩像記憶鼸23 , 時脈控制裝置24A水平掃描頻率控制裝置24B水平播描記億鼸 25算術麵算單元26栓閜裝置27@值裝置，使其將類比轉換 數位裝置11送來已數位化資料，存入影像記億體23内，以時 脈控制裝置24A將彩像記值體23内之資料黷出，經由水平 播描資料記憶讎25存入資料同時並將資料送給算術蓮算單元26 與前一次水平播描資料記億體25内之資料做算術蓮算後以 産生新的彩像數位倍號，使原來的彩像數位倍號，倍數增加 繼而計算出應使水平播描頻率控制装置24B控制水平捅描速 « ------ 度與垂直JKJm度應為實例之兩倍（請參閲第7匾，第8IB < 一 ----:-- —» ).或K倍或者是原$料區資料減半，以原水平捅描速度輿垂 「. * " ~ —•… —— - ..一 ·. 一一 ' 直播描速f^描，以提离其解析度並消除馬賽克現象.使其 V處rnii彩像倍號能轉昔用更平滑化且更接近於输入之原 來彩像倍號，誚參閲第11圆（本創作處理後之圏像）與第 画9(所輪入之原來匾像）輿第ίο圈（昔用處理後之圃像）， 然後算術蓮算單元26處理後之資料透遇栓閘裝置27的控制 再交由數位轉換類比裝置12作數位倍號躉原或原來之類比 (請先閲讀背面之注意事項再填寫本頁) 裝< 訂- 線. 本紙張尺度逍用中困Η家楳準（CNS)甲4規格(210乂297公釐） LOlBoi Λ 6 13 6 經濟部中央標準局貝工消費合作社印製 五、發明説明（） 倍號處理而轎出· 增加新的水平線之方法如匾/2所示： i位址嫌组81 控制線組82 水平資料遘擇控制線86時脈 91栓閛输出控制92點資料選揮控制線95是由時脈控制 裝董24A和水平播描頻率控制裝置24B合成後所産生之倍 號输入，資料線組80是由影像記嫌體23之資料線組所産 生之倍號當一條水平線賣料由彩像記憶鼸23送出時一面經 由輸入資料嫌組80渡過控制線組82和位址線组81存入水 平播描資料記憶體83内一面將输入資料線組80和水平播描 資料記憶醴83之賫料输出經由水平資料g擇器85選擇若要 産生新的水平線資料時則水平資料灌擇器85選擇输出資料 線組84輸出則水平算術蓮算器88便可以將上一次水平嫌 資料和此次水平線資料相加並除以一常數邸可建到相鄰兩 條水平線資料做算數蓮算後産生一條新的水平線資料之目的. 增加新的黏之方法 水平運算翰出89之資料一面利用時脈91和栓瞄输出控制 92將資料存入一面输入至黏責料费揮器96若要産生新的》 資料時擇酤資料選擇器94由點資料遘擇控制嫌95遘擇栓閘 資料输出93 即上一次的黏資料和此次的黏資料利用點 算數蓮算器96相加並除此一常數便可速到産生新的點資料 之目的. 综合以上所述，本發明傜針對普用彩像倍號之處理缺 出一種首先創'作之逢到$像平》化及;增加 解析度之效益，且具産業上利用價值，故本發明完全 — __ _ 發明專利之規定，爱依法提出發明申請，懇鯆 査，踢准發明之專利，以鼓勵固人多行創作研發•至感徳 便. (請先閲讀背面之注意事項再蜞寫本頁) 装· -線- 本紙張尺度逍用中國國家標準（CNS)甲4規格（210X297公*) L01b6i Λ 6 D6 經濟部中央標準局员工消費合作社印製 五、發明説明（） 式部份 第1酺你HTSC条统之視訊基頻頻譜 第2蘭僳交互埸濾波器（inter-field filter·) 第3釀傈内場濾波器（intra-field filter) 第4圃傜本發明方法之流程圈 :第5画供昔用裝置之方塊圓 第6 _ 僳本發明裝置之方塊圔 第7亂傺本發明控制單元在二倍垂直播描處理前A及處理 後B所增加之新增行之比較情形 第8画你本發明控制單元在二倍水平播描處理前A及處理 後B所增加之增行之比較情形 第？晒 你原來之圃像（影儋倍號）. 第/〇躕 你習用方塊圃所出現之馬賽克現像. 第//釀 你經本創作«理後之圔像（彩像倍號）. 第/Z鼸 像增加新水平線和黏的資料之方塊圈. 六圃號部份 11類比轉換數位裝置. 12數位轉換類比裝置. 13鍰衝放大控制器. 17彩像倍號翰入钃. 19影像倍號輸出端. 23彩像記億鼸. 24A時脈控制裝置/ 24B水平捕描頻率記億鼸. 25水平播描賫料記«鼸. 26算術蓮算單元. 27栓醐裝置. 31斜線部份為處理後之新增列. (請先閱讀背面之注意事項再填寫本頁) 裝- 訂- 線. 本紙張尺度逍用中BB家《準(CNS)甲4規格(210父297公龙) L01B61 Λ 6 B 6 五、發明説明（） 41斜線部份為處理後之新增列. 71平滑化及增加解析度之處理. 80输入賫料線組（INPUT DATA BUS) 81 位址線組（ADDRESS BUS) 82 控制線組（CONTROL BUS) 83水平掃描資料記億體. 84输出資料線組（OUTPUT DATA BUS) 85水平資料選擇器 86水平資料選擇控制線（H SELECT) 87水平資料輪出 88水平算術蓮算器 89水平蓮算输出 90栓閘 91時脈 92拴闞输出控制 93栓閛資料輸出 94點資料選擇器 95黏資料選擇控制線 96點算術蓮算器 97送至數位/類比轉換器（TO D/A ) (請先閱讀背面之注意事項再填寫本頁) 裝. 訂 線. 經濟部屮央標準局员工消#合作社印31 本紙張尺度逍用中國國家標準(CNS)甲4規格（210x297公;Ii)Ministry of Economic Affairs Standards. Bureau 'Beigongxiaohe hshe printed 4'J V. Description of the invention () In view of the shortcomings of the above-mentioned various methods, the present invention has been carefully tested and researched, and created with perseverance The spirit has finally succeeded in researching and developing this creation, which can effectively solve the above shortcomings. The main purpose of the present invention is to provide a processing method and device for color image flattening and increased resolution, which can output images It is close to the original color image entered and flat "soft and appears clearly on the screen of the screen. The method of the present invention is to insert λ method Π nterntUat. I nmthod) This _____ ^ —----- way is Based on the intra field filter, so ".-There is no dynamic picture stroboscopic flickering phenomenon, then use the upper and lower lines to add and divide by 2 to produce a new line, because according to the color image stickers The distribution shows that this method is very close to the result of the cross-field filter and has the effect of reducing noise. The cost of this method is quite low, although this method has a lower resolution than the method of (d) above. but It is the best way in terms of price and quality, and has industrial use value. As mentioned above, the processing method of flattening the image and increasing the resolution in this case is shown in the circle 4 process garden. The main method is to input Analogous color image multiples are converted into digital letters "and enlarged, the digital image multiples are stored in the expansion image memory, read the horizontal scan data of the above image multiples and stored in the horizontal scan data memory skeleton, use control The signal is used to read the lotus data. The two left and right sticks in the lotus data are added and divided by a constant to create a new color image multiplier point and place it in the adjacent left and right points. Between, as in the above steps, "then put the lotus data on the top, the next two points create a new point on this neighborhood, and the next two posts, convert the digital data after lotus calculation into an analog multiple, such analog" Di Yiping », the image signal with high resolution, and then the control unit generates twice or N times the speed to scan the color image signal vertically and horizontally. The above method can also halve the data of the data plaque and reuse the above Arithmetic operation method to find the new sticky insert the original two Then, scan at the original horizontal scanning speed and vertical speed. (Please read the precautions on the back before reading this page) Install & Line. The paper size is free to use the Chinese National Standard (CNS) A 4 specifications (210x297 Long) .1 The Ministry of Economic Affairs Central Standards Bureau employee consumer cooperative printed L01861 Λ 6 __Β6_ V. Description of invention () And the general hard technology is shown in country 5, which only inputs the color image multiple 17 to the analog conversion digital device 11. Digitize the color image multiplier, and then enter the digitized multiplier into 13, and then process the color image magnification, after the digital conversion analog device 12, as the original analog image multiplier processing, due to g The technology is only used for amplification and conversion processing on the Ning g color image signal, because Jfcfe presents a racsy distortion phenomenon, as shown in the tenth, that is, the ninth garden (the original image) input f " " " " When it reaches the input terminal of the first garden, the output situation is the mosaic distortion phenomenon as shown in the tenth garden. From the tenth surface, it can be seen that the multiplier of the color image after the sound is processed by the square surface is on the screen. Color image, the outline is not only rough, uneven but also the original color image The numbers are very different, and it is even more harmful to the eyesight. The device of the present invention (refer to circle 6) is mainly used in the analog conversion digital device 11 and the digital conversion analog device 12 to add color image memory 23, clock The control device 24A horizontal scanning frequency control device 24B horizontal broadcast tracing recording 25 million arithmetic surface arithmetic unit 26 plugging device 27 @ value device, so that it will send the analog conversion digital device 11 the digitized data, and store it in the video memory 23 Inside, the clock control device 24A outputs the data in the color image register 23, stores the data through the horizontal playback data memory 25, and sends the data to the arithmetic lotus unit 26 and the previous horizontal playback data. The data in the memory 25 is calculated by arithmetic calculation to generate a new digital multiplier of the color image, the digital multiplier of the original color image is increased, and the multiplier is then calculated. The horizontal playback frequency control device 24B should control the horizontal poke speed «------ Degree and vertical JKJm degree should be twice as much as the example (please refer to the 7th plaque, 8IB < 1 ----: ----»). Or K times or the original $ material The data in the area is halved, and the tracing speed at the original level is ". * &Quot; ~ — •… —-.. 一 ·. 一一 'live tracing speed f ^ tracing, to improve its resolution and eliminate the mosaic phenomenon. Make its rnii color image multiplier at V can be used to make it smoother and closer to the input For the original color image number, please refer to the 11th circle (the original image after the processing) and the 9th painting (the original plaque image) and the first circle (the old image after the treatment), and then arithmetic The data processed by the lotus unit 26 penetrates the control of the tumbler device 27 and is then handed over to the digital conversion analog device 12 for the digital multiple or the original analog (please read the precautions on the back and fill in this page). Install < Order-line. This paper standard is easy to use. The standard is CNS A 4 specifications (210 to 297 mm) LOlBoi Λ 6 13 6 Printed by Beigong Consumer Cooperative of Central Bureau of Standards of the Ministry of Economic Affairs V. Description of invention () The number is processed and the car exits. The method of adding a new horizontal line is shown as plaque / 2: i address group 81 control line group 82 horizontal data selection control line 86 clock 91 output control 92 point data selection control Line 95 is a multiplier input generated by the combination of clock control device 24A and horizontal broadcast frequency control device 24B. The data line group 80 is a multiple generated by the data line group of the image record body 23. When a horizontal line sells the material from the color image memory mound 23, it passes through the control line group 82 and the address line through the input data group 80 The group 81 is stored in the horizontal broadcast data memory 83. The input data line group 80 and the horizontal broadcast data memory 83 are fed by the horizontal data g selector 85. The horizontal data is selected to generate new horizontal line data. The selector 85 selects the output data line group 84 and the horizontal arithmetic lotus 88 can add the last horizontal suspect data and the current horizontal line data and divide it by a constant. It can be built to the two adjacent horizontal line data to do the arithmetic. The purpose of generating a new horizontal line of data is to add a new method of sticking out. The horizontal calculation is to output the data of 89. While using the clock 91 and the output control 92 to save the data on the one side, input it to the sticky charge 96. When new data is generated, the data selector 94 is controlled by the point data, and the control gate 95 is selected. The data output 93 is the last sticky data and the current sticky data is added and divided by the point calculator 96. this The constant can be used as quickly as possible to generate new point data. Based on the above, the present invention lacks a method to deal with the common color image multiplier. Benefits, and has industrial value, so the invention is completely — __ _ stipulations of invention patents, Ai submits applications for inventions in accordance with the law, earnestly investigates, and kicks off patents for inventions to encourage solid people to do more creative research and development (Please read the precautions on the back before writing this page) Install · -Line- This paper uses the Chinese National Standard (CNS) A 4 specifications (210X297) *) L01b6i Λ 6 D6 Employees of the Central Standards Bureau of the Ministry of Economic Affairs Printed by the consumer cooperative. V. Description of invention () The first part of the type 1 part of the video fundamental frequency spectrum of your HTSC system. The second inter-field filter. The third intra-field filter (intra -field filter) 4th circle of the method of the present invention: the fifth drawing of the square circle of the device for the past 6th_ the square of the device of the present invention The seventh chaos of the invention The control unit of the present invention is processed in double vertical playback Comparison of new lines added before A and after B 8 Videos you control means of the present invention described process twice compare to level multicast A pre and post treatment to increase the gain B of the first row? Expose your original nursery image (shadow double). No./〇 You use the mosaic image that appears in the square nursery. No.//brew your creation of the «reasoned image (color image multiple)). No. / Z A new horizontal line and a circle of sticky data are added to the muslim image. The 11 analog conversion digital devices in the No. 6 part of the garden. 12 digital conversion analog devices. 13 magnification controllers. 17 color image magnifications and 19 image magnifications. Output terminal. 23 color image in mind billion eel. 24A clock control device / 24B horizontal capture frequency record in billion eel. 25 horizontal broadcast tracking material in mind «eel. 26 arithmetic lotus unit. 27 bolt device. 31 oblique line part New column after processing. (Please read the precautions on the back before filling in this page) Binding-Ordering-Line. This paper is used in BB's "Standard (CNS) A 4 specifications (210 father 297 male dragon) L01B61 Λ 6 B 6 V. Description of the invention () 41 The oblique line part is a new row after processing. 71 Smoothing and increasing resolution processing. 80 INPUT DATA BUS 81 address line group ( ADDRESS BUS) 82 CONTROL BUS 83 horizontal scanning data in billions. 84 OUT DATA BUS 85 horizontal data selector 86 horizontal data selection control line (H SELECT) 87 horizontal data round out 88 horizontal arithmetic lotus calculator 89 horizontal lotus output 90 bolt gate 91 clock 92 92 bolt gate output control 93 bolt gate data output 94 point data selector 95 sticky data Select the control line 96-point arithmetic lotus calculator 97 to send to the digital / analog converter (TO D / A) (please read the precautions on the back and then fill out this page) to install. Line. The Ministry of Economic Affairs Bureau of the Central Standards Bureau Staff Consumer # Cooperatives printed 31 copies of this paper, using Chinese National Standard (CNS) Grade 4 specifications (210x297; II)