TWI279739B - Image correction system of image capturing device and method thereof - Google Patents

Image correction system of image capturing device and method thereof Download PDF

Info

Publication number
TWI279739B
TWI279739B TW94102321A TW94102321A TWI279739B TW I279739 B TWI279739 B TW I279739B TW 94102321 A TW94102321 A TW 94102321A TW 94102321 A TW94102321 A TW 94102321A TW I279739 B TWI279739 B TW I279739B
Authority
TW
Taiwan
Prior art keywords
image
value
offset parameter
vertical offset
corrected
Prior art date
Application number
TW94102321A
Other languages
Chinese (zh)
Other versions
TW200627314A (en
Inventor
Chih-Pei Liu
Original Assignee
Mitac Int Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Mitac Int Corp filed Critical Mitac Int Corp
Priority to TW94102321A priority Critical patent/TWI279739B/en
Publication of TW200627314A publication Critical patent/TW200627314A/en
Application granted granted Critical
Publication of TWI279739B publication Critical patent/TWI279739B/en

Links

Landscapes

  • Studio Devices (AREA)
  • Image Processing (AREA)
  • Facsimile Image Signal Circuits (AREA)

Abstract

The invention provides an image correction system of image capturing device and method thereof, including an image correction for performing correction on an image capturing device and an image correction of the image capturing device itself. The method comprises steps of comparing boundary of an image obtained under a fixed test environment through the image capturing device with that of a sample image to obtain adjustment parameters required for image correction; recording these adjustment parameters in the image capturing device; and, when the image capturing device captures image, using these adjustment parameters to actively correct the image for correctly resuming, storing or outputting the image.

Description

1279739 九、發明說明: 【發明所屬之技術領域】 本發明係為一種影像校正系統 ^ 用於影像掏取裝置上,可根據範參、法,特別係指-種應 統及其方法。 本心像進行影像偏移校正的系 【先前技術】 目鈿主要的影像擷取裝置,諸 機、數位攝影機等等,大多 1棄1位相機手機、數位相 ;使用麵恤2^====能,可以提 影像置中非常重要且不可來,因此成為當今 易因為每個硬體與硬體之間本^^生=且裝的過程當中會容 後產生極為細異,而在組裝 像擷取裝置成為不良品,但是對二差異不至於使影 取裝置來說,微小的工差_ 像精密的影像擷 明顯=_ 來;會出現 的時候,大多便是H且所造成的影響,若工差相當大 來改善問題,但方式來進行硬體的重新組裝, 組裝的結果通常仍铁不^、Ί的工差問題,單單透過機械式 械式组裝的再加上透過機 絲商來說是個非常不ϊί=ΐ的力和時間,因此對於生 存在賴雜纽善·問題,使 影像掏取裝置小的工差問題獲得解決,讓這些 全相同,讓使用者像^夠完全與所拍攝的影像物件完 應是目轉置喊實功能, 去重視的問題,特別3 2置生產的廠商們所應該要努力 、疋在衫像揭取裝置慢慢成為消費主流的未 1279739 ㈣產品取得解優勢應是_更關心的事情。 馨於以上問題,本發明的 裝置之影像校正系統及A方、、去,J目,於提供-種影像擷取 得的影像能夠完全與所拍攝乏旦mi使影像操取裝置所攝 本發明所揭露之影像校正物件7^全相同的目的功效。 第—個部分係針對影像擷取穿=及=法,分為兩個部分: 統和方法;第二個部分則係^ =衫像校正參數設定的系 行影像校正的系統和方'法’、。y σ衣置本身在攝取影像時進 裝置之ί腦可執行^ / 執行於連結至影像擷取 取模ϋ偏料算^及參本影像㈣庫、資料擷 影像擷取裝置所:於固^測試環境下,擷取 載入對應之範本影像並進及攝像貧訊;根據攝像資訊 值回存至影像擷取裝ί中成水千偏移减值及垂直偏移參數 中二二=== 及⑼ 齡2=二方:值包及含垂下=:自 总聽夫盤播士 >I值及垂直偏移參數值;透過水平 像;^觸使用數值;並產生校正後影 後影像。 刊知作/失疋儲存权正後影像或輪出校正 有關本發明的特徵與實作,茲配合 施 說明如下。(為使對本發_目的、構造、 進:步的瞭解,兹配合實施例詳細說明如下。丨八功月匕有 【實施方式】 本發明係提出—種影像擷取裝置5〇之影像校正系統及其 1279739 ^丄主要係透過事先對影像擷取裝置5 ^又疋’錢便可⑽每次影像擷取裝置,讀校正參數 ^丁影像校正,來達到使攝取影像能夠取影像時主動 =相同的目的,因此本發騎揭露之 攝之影像物件完 將分,兩個部分來作說明。 抆正系統及其方法, 第一個部分係針對影像擷取裝置 定的系統和方法, 說明:下;、置Μ進行影像校正參數設 在^/像校正系統方面,主要包含 ⑴範本影像資料庫11〇,用以 ^個 置50放置在固定影C就是將影像操取裝 =置欲拍攝之測試物(件1=;45為^於固定距離前 乾本影像均會透過攝像資 為乾本之影像,這些 50 5 之待校正影;像=^=。’負責擷取影像擷取裝置5〇所取得 影像=====f齡的待校正 試物件,然後才可以進行影垆/頁疋舁乾本影像相同的測 的範本影像來進行景彡^ &趣理。而為了能夠讀取正確 時擷取有關影像顧取裝資料擷取模、组120還會同 的範本影像來進行影像校,以便能夠找到正確 通常攝像資訊中可以係處理。 碼,或者也可以是影像摘取裝置/〇唯—的識別號 號碼’而這些攝像資訊也正^ θ中攝像模組51唯-的識別 尋對應範本影像的”丨值。μ本影像資料庫⑽中用來搜 (物計級_’嶋嫩自綱像資料庫 1279739 於縣潍之第二邊界她值,由 同邊界是否相 ㈤〒:數 私參數值,兩數值均係以像素作為調整單位。 直偏 水平ϋίίίίίί^移移―所產生的 神Ϊ境ΐ,it程’則包含下列步驟··首先係於固定 範本影像資料庫110中載二I二;^根據攝像貧訊自 像及範本影像之偏移計算進行待校正影 220),生成對應之水平偏移袁J )千:每見存在偏移時(步驟 像擷取裝置50中,若未產直偏移减值回存至影 需要進行校正,中即任何偏移現象時,則表示影像不 中有關偏移計算的細部流程如下: -、臺32 影像及範本影像之邊界’並生成對庫之Μ ,數值及第二邊界參數值(步驟 =今弟 值及第二邊界參錄分顺‘,數 及範本影像中測試物件的邊界,Α 中/貝J 5式物件的邊界以 具有相同大小的影像外框邊界此綠均 仵遣界疋否相付(步驟212),若邊界不同時就表 1279739 要此雜财平調整 目符並記錄垂直偏移參數值(步驟H ^完^料數值絲二邊界參數值完全相同時,則表示已)經; 袁數ΐ時所記錄下來的水平偏移參數值以及垂直偏移 ^值财贿亚奴於影軸轉置5G帽使用(步驟 影像像; 影像攝取時所執行的影像校正Γ說像擷取裝置50進行 部分在影賴取健本身之影雜4財面,轉包含下列 像。⑴攝像挺組51,主要係負責攝取外部影像物件20之影 像校裝置5。之影 另外,當使用者決定將所攝得之爹 ^ 士 完成,也可以在 及垂直偏移52讀取水平偏移參數值 由於影像擷&_生校正後影像。 現象及偏移量,因此可以直在有相同的偏移 處理,主要就是依照先前:衫像進仃影像校正的 時二二5ί接::==顯之 1279739 上供使用者直接觀賞。 至於在其運作方法流程上,則包含有下列步驟··首先自譽 像擷取裝置50擷取影像(步驟300);然後自記憶模組52中^ 入水平偏移參數值及垂直偏移參數值至校正模組53中(步驟 310);透過水平偏移參數值及垂直偏移參數值進行影像校^並 產生校正後影像(步驟320),·根據操作儲存校正後影像^ f 校正後影像(步驟330)。 /别出 雖:二本杳明以别述之較佳實施例揭露如上,然其、 ^何f f相像技藝者,在不麟本發明之 可作些許之更動與潤飾,因此本發明之專利保管 請專利範圍所界定者為準。 =圖係本發明影像校正系統架構圖; 弟2圖係本發明寻彡偾掏你壯 第3a圊乃筮π二象擷取衣置之影像校正系統架構圖 圖及弟31?圖係本發 $ 【主要元件符勸取衣置之影像校正方法流程圖 10 20 50 51 52 53 54 100 110 120 130 140 測試物件 影像物件 影像擷取裝置 攝像模組 吕己憶模組 校正模組 顯示模組 影像校正系統 f本影像資料庫 資料擷取模組 偏移計算模組 參數儲存模組 1279739 步驟200於一固定測試環境下,擷取該影像擷取裝置之一 待校正影像及一攝像資訊 步驟21〇減賴像資訊載人對應之—範本影像並進行該 待校正影像及该範本影像之偏移計算 =之參範數本:像之邊界’並 步驟212邊界完全符合 做以讨界與該範本影 =符下雜能範本影 步驟220存在偏移 至該影像錄^置^平偏移錄值及—垂直偏移參數值回存 步驟31〇 ^ 之二攝像模組擷取一影像 偏移參數it °中載人—水平偏移參數值及-垂直 步驟320透# _ ^ 崎似該垂直偏 ί示模組校正後f彡像^記賴組或自一 111279739 IX. Description of the Invention: [Technical Field] The present invention is an image correction system used in an image capturing device, which can be based on a standard method and a method, and particularly a method and method thereof. This image is used to perform image shift correction. [Prior Art] The main image capture devices, machines, digital cameras, etc., mostly abandon 1 camera phone, digital phase; use a t-shirt 2^==== Yes, it is very important to mention that the image is centered, so it is easy to use today. Because each piece of hardware and hardware is in the process of being installed and the process is very fine, it is assembled in the process. Take the device into a defective product, but the difference between the two is not to make the shadowing device, the small difference _ like a precise image 撷 obviously = _; when it occurs, most of it is H and the impact, if The work difference is quite large to improve the problem, but the way to do the hardware reassembly, the result of the assembly is usually still not iron, the problem of the workmanship, through the mechanical mechanical assembly and through the machine It is said that it is a very unscrupulous force and time. Therefore, for the problem of survival in the new good, the problem of small image difference of the image capture device is solved, so that these are all the same, so that the user is as complete as The captured image object should be the target The role of shouting the real function, to pay attention to the problem, especially the manufacturers of the production of 2 2 should be hard work, squatting in the shirt like the device to slowly become the mainstream of consumption, not 1279739 (four) products to obtain the advantage of the solution should be more concerned about . In addition to the above problems, the image correction system of the device of the present invention, and the A-side, the-to-be, and the J-eye, can provide an image obtained by the image-capturing image, and can completely capture the image taken by the image-taking device. The disclosed image correction object 7^ has the same purpose effect. The first part is for the image capture and the = method, which is divided into two parts: the method of integration; the second part is the system of the image correction and the method of the image correction method set by the shirt correction parameter. ,. y σ clothing itself can be used to enter the device when the image is taken. ^ / Execute to connect to the image, take the model, measure the material, and the reference image (4) library, data, image capture device: Yu Gu ^ In the test environment, the corresponding image image is loaded and the camera is poor; the image information value is restored to the image capture device, and the water offset and vertical offset parameters are two or two === and (9) Age 2 = two parties: value package and hang down =: from the total listener disc player > I value and vertical offset parameter value; through the horizontal image; ^ touch the use of the value; and produce a corrected post-image. Post-image or round-off correction of the known/missing storage rights. The features and implementations of the present invention are described below. (In order to make the understanding of the purpose, structure, and steps, the following is a detailed description of the following examples. [Embodiment] The present invention proposes an image correction system for an image capturing device. And its 1279739 丄 main system through the image capture device 5 ^ 疋 'money can (10) each image capture device, read the correction parameters ^ image correction, to achieve the image can be taken when the image is active = the same Therefore, the image of the camera will be divided into two parts. The Yongzheng system and its method, the first part is the system and method for the image capturing device. ;, set the image correction parameters set in the ^ / image correction system, mainly including (1) template image database 11 〇, used to set a 50 placed in the fixed shadow C is the image manipulation device = set to shoot test The object (piece 1 =; 45 is ^ at a fixed distance before the image will pass through the camera image as a dry image, these 50 5 to be corrected; like = ^ =. 'Responsible for capturing image capture device 5〇 The obtained image =====f age to be corrected Test the object, and then you can perform the image of the image of the same image of the image/page of the image to make the scene and the interesting information. In order to be able to read the correct image, the image is taken. The group 120 also uses the same model image to perform image calibration, so that it can find the correct image information that can be processed in the normal camera information. The code may also be the image number of the image pickup device/〇唯—and the camera information is also positive. ^ θ camera module 51 only - the identification of the corresponding model image of the "丨 value. μ image database (10) used to search (physical level _ '嶋嫩自纲 image database 1279739 in the county's second The value of her boundary is determined by the same boundary (5) 〒: number of private parameter values, both values are in pixels as the adjustment unit. Straight to the horizontal level of the Ϊ 所 ― ― 所 所 所 所 it it it it it it it it it it it it it it it it ·· Firstly, it is stored in the fixed template image database 110. The image is to be corrected according to the offset of the camera image and the template image, and the corresponding horizontal offset is generated. See when there is an offset (step In the capture device 50, if the offset is not restored and the image is corrected, and any offset phenomenon occurs, the detailed process of the offset calculation is as follows: -, the 32 image and The boundary of the model image 'and generates the value of the library, the value of the second boundary parameter (step = the current value and the second boundary parameter), the number of the test object in the number and the template image, Α 中 / 贝The boundary of the type 5 object is the same as the image frame boundary of the same size. The green uniform is sent to the demarcation (step 212). If the boundary is different, the table 1279739 adjusts the object and records the vertical offset parameter. Value (step H ^ finished material value, the value of the wire boundary parameter is exactly the same, it means that it has been); the value of the horizontal offset parameter recorded by the number of times and the vertical offset value of the value of the brigade Transposition of the 5G cap (step image image; image correction performed during image capture), the image capture device 50 performs a part of the image of the game itself, and the following image is included. (1) The imaging group 51 is mainly responsible for taking in the image-receiving device 5 of the external image object 20. In addition, when the user decides to complete the captured image, the horizontal offset parameter value can also be read at and the vertical offset 52. The image is corrected by the image 撷&_. Phenomenon and offset, so it can be directly treated with the same offset, mainly according to the previous: the image of the shirt image is corrected by 2:25 接::== 1279739 for users to watch directly. As for the operation method flow, the following steps are included: First, the image capturing device 50 captures the image (step 300); then the horizontal offset parameter value and the vertical offset parameter are input from the memory module 52. The value is sent to the correction module 53 (step 310); the image is corrected by the horizontal offset parameter value and the vertical offset parameter value, and the corrected image is generated (step 320), and the corrected image is corrected according to the operation. (Step 330). / 别出: Although the two preferred embodiments of the present invention are disclosed above, however, the ff-like artist can make some changes and retouching in the invention, so the patent storage of the present invention The scope defined by the patent scope shall prevail. = diagram is the architecture of the image correction system of the present invention; the second diagram is the image correction system architecture diagram of the 3rd 圊 圊 π π 撷 二 衣 衣 衣 及 及 及 及 及 及 ? ? ? ? ? ? ? ? ? ? $ [Main component code to persuade the clothing image correction method flow chart 10 20 50 51 52 53 54 100 110 120 130 140 test object image object image capture device camera module Lu Jiyi module correction module display module image Correction system f image database data capture module offset calculation module parameter storage module 1279739 step 200 in a fixed test environment, capture one of the image capture device to be corrected image and a camera information step 21〇 Subtracting the image image corresponding to the information manned and performing the offset calculation of the image to be corrected and the image of the template = the boundary of the image and the boundary of step 212 is completely consistent with the demarcation and the phantom ============================================================================================ ° manned - horizontal deviation Shift parameter value and - vertical Step 320 through # _ ^ Slightly like the vertical offset 模组 模组 模组 模组 校正 校正 校正 校正 校正 校正 校正 校正 校正 校正

Claims (1)

1279739 、申請專利範圍·· 影像校正系統,執轩 ,上’可對該影像絲⑽ 下所取庫且以上於一固定測試環境 擷取裝置,· 亥觀本影像均可分別對應至該影像 一資料擷取模組,負責# 校正影像及一攝像資訊、;、σ 衫像擷取裝置所取得之一符 载入本影像㈣庫中 r計算’並產生出-水^ 一參數儲存模組,_音腺姑u 丁 μ 參數值回存至該影軸取裝置^7。w纟移錄值及該垂直偏移 2. 如申請專利範圍第 環境係指以相同之1 系統,其中該固定測試 -固定距離、m置置於距_影像擷取裝置之 3. 如申請專利範圍匕==^進行影像揭取。 ,,象,,置之—攝像統’其中該攝體^ 4·如申睛專利範圍第1項戶斤诚旦 應之弟遺界茶數值及第二邊界 6 f數,與=垂直偏移參數值係以像_為單位、。中撼千偏私 於連接至_影像操取裝置之電腦可執 =^驟 _裝置_像校战定,該方法包 12 1279739 校正,棘鄉雜轉置卿得之-待 影像^^^;^#_行該待校正 7參數斜鮮參練及—垂直偏移 'ί^ -固定距離、放置於賴歸彡軸取裝置之 9. 置之一攝像模組識別號。 夾###乾圍第6項所述之影像校正方法,1中兮;i 移參數值係以像素點為單位 =移範,行該待树= 八二砂吖开的步驟,更包含下列步驟·· 界與該整該待校正影像使其左右邊 者邊^ f =錄該水平偏移參數值;及 界與該範本影錚m整該校正影像使其上下邊 u_ -種影像擷取裝置之影像ϋ; η茶_,。 上,爾行麵L 獅裝置 且,用以攝取一影像物件之影像; 數值;u旲、、且’用以儲存一水平偏移參數值及—垂直偏移參 兮千古^正模組’用以自該記憶模組讀取該水平低穸失叙枯;8 该垂直偏移參數值,來進行影像的校正以產及 13 1279739 及 丄士一顯示模組,用以顯示該校正後影像。 ’轉H專補鮮11項所述之影像擷特置之㈤像尸正系 ^位其中該水平偏移參數值與該垂直偏移參數值係^素乂點^ 13. 上 種影像擷取裝置之影像校正方法,執行於 ’ 進行影像校正,該方法包含B 目/衫像擷取裝置擷取一影像; S二水平偏移參數值及""垂直偏移參數值; 影像 H.如申ί雜正娜像或輪4錄正後影像 於£廿水平偏移參數值及該垂直偏移參數值進行哕 枚正亚產生-校正後影像;及 逆仃》亥 141279739 , the scope of patent application · · Image correction system, Zhixuan, the above can be taken from the image line (10) and above the fixed test environment capture device, · Haiguan this image can correspond to the image one The data capture module is responsible for #correcting the image and a camera information, and the σ shirt image capture device is loaded into the image (4) in the library to calculate 'and generate a water-one parameter storage module, The value of the _ sound agglutination μ is stored back to the shadow axis taking device ^7. W纟shift value and the vertical offset 2. If the scope of the patent application refers to the same system, where the fixed test-fixed distance, m is placed in the distance_image capturing device 3.匕==^ Perform image extraction. ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, The parameter values are in units of _. In the middle of the computer, the computer can be connected to the _image operation device. The system can be executed. If the device is packaged, the method is packaged in 12 1279739. The method is corrected by the squad, and the image is transferred to the image. ^^^; #_行 The 7-parameter slanting fresh stalk and the vertical offset 'ί^ - fixed distance, placed in the Laigui 彡 axis picking device 9. Set one camera module identification number. The image correction method described in item 6 of the ###干围,1中兮; i shift parameter value is in units of pixels = shifting the range, the step of waiting for the tree = 八二砂吖, including the following Step ··································································································· Image of the device ϋ; η tea _,. The upper L-L lion device is used to capture an image of an image object; the value; u 旲, and 'used to store a horizontal offset parameter value and - vertical offset 兮 兮 ^ ^ ^ ^ The reading of the level is performed by the memory module; 8 the vertical offset parameter value is used to correct the image to produce 13 1279739 and a gentleman-display module for displaying the corrected image. 'Transfer H special supplement fresh 11 items of the image 撷 special (5) like the corpse positive position ^ where the horizontal offset parameter value and the vertical offset parameter value ^ 乂 point ^ 13. The above image capture The image correction method of the device is performed in 'image correction, the method includes B image/shirt image capturing device capturing an image; S two horizontal offset parameter values and "" vertical offset parameter values; image H. For example, if the image is applied to the image of the horizontal offset parameter and the value of the vertical offset parameter, the image is corrected and the image is corrected.
TW94102321A 2005-01-26 2005-01-26 Image correction system of image capturing device and method thereof TWI279739B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW94102321A TWI279739B (en) 2005-01-26 2005-01-26 Image correction system of image capturing device and method thereof

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW94102321A TWI279739B (en) 2005-01-26 2005-01-26 Image correction system of image capturing device and method thereof

Publications (2)

Publication Number Publication Date
TW200627314A TW200627314A (en) 2006-08-01
TWI279739B true TWI279739B (en) 2007-04-21

Family

ID=38645501

Family Applications (1)

Application Number Title Priority Date Filing Date
TW94102321A TWI279739B (en) 2005-01-26 2005-01-26 Image correction system of image capturing device and method thereof

Country Status (1)

Country Link
TW (1) TWI279739B (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI611684B (en) * 2017-03-10 2018-01-11 和碩聯合科技股份有限公司 Image calibration method, image calibration system and electronic device
US11445121B2 (en) 2020-12-29 2022-09-13 Industrial Technology Research Institute Movable photographing system and photography composition control method

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI611684B (en) * 2017-03-10 2018-01-11 和碩聯合科技股份有限公司 Image calibration method, image calibration system and electronic device
US11445121B2 (en) 2020-12-29 2022-09-13 Industrial Technology Research Institute Movable photographing system and photography composition control method

Also Published As

Publication number Publication date
TW200627314A (en) 2006-08-01

Similar Documents

Publication Publication Date Title
CN104394324B (en) Special efficacy video generation method and device
CN108777766B (en) Multi-person photographing method, terminal and storage medium
US20130155255A1 (en) Electronic device and method for controlling camera of the electronic device according to gestures
CN105303161A (en) Method and device for shooting multiple people
WO2013181889A1 (en) Image capture device, and shot image processing method and device
CN106605403A (en) Photographing method and electronic device
JP6413018B2 (en) Video capture processing method, system and apparatus
TW201044318A (en) Image selection and combination method and device
TWI591575B (en) Method and system for enhancing captured data
CN109247068A (en) Method and apparatus for rolling shutter compensation
WO2021008205A1 (en) Image processing
CN103533228B (en) Method and system for generating a perfect shot image from multiple images
TW201233161A (en) Image capturing device and image correction method thereof
CN106470315A (en) Image processing apparatus and image processing method
TWI279738B (en) Image processing apparatus
CN105512658B (en) The image-recognizing method and device of rectangle object
TWI239209B (en) A specific image extraction method, storage medium and image pickup device using the same
CN106954019A (en) The method of adjustment camera site and intelligent capture apparatus
JP2011061703A5 (en)
CN110956106B (en) Live broadcast on-demand processing method, device, storage medium and equipment
TWI279739B (en) Image correction system of image capturing device and method thereof
JP2009055081A5 (en)
WO2018219304A1 (en) Picture processing method and apparatus, computer readable storage medium, and electronic device
TW201122711A (en) System and method for generating an image appended with landscape information
WO2018214900A1 (en) Storage apparatus, mobile terminal and image processing method thereof

Legal Events

Date Code Title Description
MM4A Annulment or lapse of patent due to non-payment of fees