201005528 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種調整顯示螢幕収的方法，特別是 可依據電腦所使用應用軟體資料之不同而自動選擇調 整顯示螢幕設定的方法。 【先前技術】 β 電腦於應用上越來越多元化’從最基本的文書處 j報製作，到提供多媒體製作或影音娱樂效果（例如 腦、、、圖、電腦遊戲執行、影像處理或播放等），都可藉由 電腦操作來達成。對應於上述不同功能之應用軟體，其輸 出於顯不裝置上的影像訊號亦有所差異，例如使用文書處 理軟體時輸出訊號大多為靜態影像，使用影像播放軟體時 =訊號幾乎都是動態影像，频示裝置處於相同的顯示 設定條件下，使用者必須透過手動調整顯示設定，或調整 自身與顯示裝置之距離及週遭環境亮度，才可使得各類型 應用之影像均呈現最佳品質，但此種做法需透過使用者反 覆調整顯示設定以配合不同應用軟體，如此將造成使用者 之困擾。 此外’現行的顯示裝置大多内建有影像處理引擎，可 進行顯示裝置呈現畫面之對比調整或邊緣強化等功能，以 達到影像最佳化之要求。但此種方式需搭配適當的參數才 能有效提升畫面顯示品質’而當電腦連接於不同顯示裝置 5 201005528 時（例如LCD、投影機或電視機等），因各顯示裝置規格不 同必須使用不同之顯示參數設定，如何能找出最佳的參數 亦為一大問題。 【發明内容】 本發明之主要目的係在提供一種可依據電腦使用中之 應用軟體不同而自動調整影像設定之調整顯示螢幕設定的 ^ 方法。 為達成上述之目的，本發明之調整顯示螢幕設定的方 法係應用於一電腦，電腦連接一顯示裝置，該方法包括下 列步驟：取得電腦所使用之一應用軟體之資料；分析應用 軟體之資訊，以自複數個顯示螢幕設定中選擇一對應之顯 示螢幕設定；依據對應之顯示螢幕設定傳送一控制指令至 顯示裝置；依據控制指令調整顯示裝置。其中應用軟體之 資料係取自一使用者目前使用中之一應用軟體或使用者指 φ 定之一應用軟體。藉此，於電腦環境下依據所使用之應用 軟體不同，可提供不同的對應之顯示螢幕設定傳送至顯示 裝置以進行調整，達到顯示裝置畫面自動優化之效果。 本發明之電腦系統係應用前述之調整顯示螢幕設定的 方法，電腦系統包括電腦及顯示裝置。電腦儲存有監控程 式及至少一應用軟體，監控程式包括監控模組、處理模組 及資料模組，監控模組用以取得電腦所使用之應用軟體之 資料；資料模組包括複數個顯示螢幕設定，處理模組可分 析應用軟體之資料以自複數個顯示螢幕設定中選擇一對應 6 201005528 之顯不，幕认疋’並依據對應之顯示榮幕設定傳送控制指 7顯不裝置係電性連接於電腦，顯示裝置包括處理單元 及控制單元，處理單元可接收自電腦傳來之控㈣令，並 依據控制指令以命令控制單元進行調整。 【實施方式】 為^讓本發明之上述和其他目的、特徵和優點能更明 ❹顯易僅，下文特舉出本發明之具體實施例，並配合所附圖 式，作詳細說明如下。 ❷ 請先參考圖1顯示本發明之電腦系統之系統方塊圖。 如圖i所示，本發明之電腦域丨包括電腦剛及顯示裝 置200。電腦100儲存有監控程式ιι〇及至少一應用軟體 120 ’監控喊110包括監控模組112、處理模组ιΐ4及資 料模組116。監控模組112用則貞測絲得使騎目前於電 腦上使用之應用軟體12〇之資料；資料模組116包括複數 個顯示螢幕設定，處理模組114可分析應用軟體12〇之資 料以自複數個顯示螢幕設定中選擇—對應之顯示榮幕設 定，並依據對應之顯示螢幕設定傳送一控制指令。顯示裝 置200係可透過VGA、DVI、HDMI、其他形式之訊號傳輸 線或以無線傳輸（wireless)方式電性連接於電腦1〇〇，以 進行訊號傳輸。顯示裝置200包括處理單元21〇及控制單 元220’處理單元210可接收自電腦1〇〇傳來之控制指令， 並依據控制指令以命令控制單元220調整顯示裝置2〇〇"之 設定。其中顯示裝置可為一液晶螢幕、一電視機或一投影 7 201005528 機，亦可使用其他顯示裝置所取代，不以本實施例為限。 請參考圖2顯示本發明之調整顯示螢幕設定的方法之 流程圖。須注意的是，以下雖以圖1所示之電腦系統1為 例說明本發明之調整顯示螢幕設定的方法，但本發明並不 以適用於電腦系統1為限，任何其他類似之電腦系統亦可 適用本發明之調整顯示螢幕設定的方法。如圖2所示，本 發明之調整顯示螢幕設定的方法包括步驟300至步驟 330。以下將詳細說明本發明之調整顯示螢幕設定的方法之 〇 各個步驟。 首先進行步驟300:取得電腦所使用之一應用軟體之資 料。如圖1所示’本發明之調整顯示螢幕設定的方法可應 用於前述之電腦系統1。電腦系統1包括電腦100 ,電腦 1〇〇儲存有監控程式u〇及至少一應用軟體12〇，監控程式 110包括監控模組112及處理模組114。當監控程式11〇執 行時’監控模組112可針對電腦環境進行即時監控，在此 狀況下當使用者執行某個應用軟體120或某個應用軟體 ❹ 12〇正被使用者使用中，監控模組110即可偵測到此應用 軟體’進而取得此應用軟體之資料並傳送至處理模組114。 例如當使用者一開啟Word程式或正使用Word製作報告， 監控模組116即可偵測到Word被執行使用並取得Word程 式之相關資料。若電腦100同時執行著二個以上的應用軟 體120 ’則當使用者指定任一應用軟體120為主視窗時， 監控模組116即可偵測到被指定之應用軟體120，進而取 得此應用軟體之資料傳送至處理模組114。舉例來說，若 電腦環境中同時有Word程式及DVD播放程式處於執行狀 8 201005528 態下’當使用者選定DVD播玫 110即可即時偵測到1)乂1)播 式為主視窗，監控模組 式之資料。前述資料亦可包括種式，並取得DVD播放程 即藉由處理模組114擷取應用私用敕體I20之影像訊號， 此外，應用軟體120可為劲體_120所產生之影像訊號。 常駐型之電腦晝面制程式 行巾之-應用軟體，例如201005528 IX. Description of the Invention: [Technical Field] The present invention relates to a method for adjusting the display screen, and in particular, a method for automatically adjusting the display screen setting according to the application software data used by the computer. [Prior Art] β computers are becoming more and more diversified in application. From the most basic instruments, to the production of multimedia production or audio-visual entertainment (such as brain, graphics, computer game execution, image processing or playback, etc.) , can be achieved by computer operation. For the application software corresponding to the above different functions, the video signals outputted to the display device are also different. For example, when the document processing software is used, the output signals are mostly static images, and when the video playback software is used, the signals are almost all dynamic images. The frequency display device is under the same display setting condition, and the user must adjust the display setting manually, or adjust the distance between itself and the display device and the surrounding environment brightness, so that the images of various types of applications are presented with the best quality, but such It is necessary to adjust the display settings repeatedly to match the application software through the user, which will cause user confusion. In addition, most of the current display devices have an image processing engine built in, which can perform functions such as contrast adjustment or edge enhancement of the display device to achieve image optimization. However, this method needs to be matched with appropriate parameters to effectively improve the display quality of the screen. When the computer is connected to different display devices 5 201005528 (such as LCD, projector or TV), different display must be used depending on the specifications of each display device. Parameter setting, how to find the best parameters is also a big problem. SUMMARY OF THE INVENTION The main object of the present invention is to provide a method for adjusting the display settings of an image that can be automatically adjusted according to the application software used in the computer. In order to achieve the above object, the method for adjusting the display screen of the present invention is applied to a computer, and the computer is connected to a display device. The method includes the following steps: obtaining data of an application software used by the computer; analyzing information of the application software, Selecting a corresponding display screen setting from the plurality of display screen settings; transmitting a control command to the display device according to the corresponding display screen setting; and adjusting the display device according to the control command. The data of the application software is taken from one of the application software currently used by a user or the application software of the user. Therefore, in the computer environment, depending on the application software used, different corresponding display screen settings can be provided and transmitted to the display device for adjustment, thereby achieving the effect of automatically optimizing the display device screen. The computer system of the present invention applies the aforementioned method of adjusting display screen settings, and the computer system includes a computer and a display device. The computer stores a monitoring program and at least one application software. The monitoring program includes a monitoring module, a processing module and a data module. The monitoring module is used to obtain information about the application software used by the computer. The data module includes a plurality of display screen settings. The processing module can analyze the data of the application software to select a corresponding 6 201005528 from the plurality of display screen settings, and the screen is recognized and the transmission control finger 7 is connected according to the corresponding display screen. In the computer, the display device comprises a processing unit and a control unit, and the processing unit can receive the control (4) command transmitted from the computer and adjust the command control unit according to the control command. The above and other objects, features, and advantages of the present invention will become more apparent from the description of the appended claims. ❷ Please refer to FIG. 1 to show a system block diagram of the computer system of the present invention. As shown in Figure i, the computer domain of the present invention includes a computer and display device 200. The computer 100 stores a monitoring program ιι〇 and at least one application software 120. The monitoring slogan 110 includes a monitoring module 112, a processing module ι4, and a data module 116. The monitoring module 112 uses the data of the application software that is currently used on the computer; the data module 116 includes a plurality of display screen settings, and the processing module 114 can analyze the data of the application software for self-complex Selecting the display settings - the corresponding display screen settings, and transmitting a control command according to the corresponding display screen settings. The display device 200 can be electrically connected to the computer through a VGA, DVI, HDMI, other form of signal transmission line or wirelessly to perform signal transmission. The display device 200 includes a processing unit 21 and a control unit 220. The processing unit 210 can receive control commands transmitted from the computer 1 and adjust the settings of the display device 2 to the command control unit 220 in accordance with the control commands. The display device can be a liquid crystal screen, a television or a projection 7 201005528, and can be replaced by other display devices, not limited to this embodiment. Referring to Figure 2, there is shown a flow chart of a method of adjusting display screen settings of the present invention. It should be noted that although the computer system 1 shown in FIG. 1 is taken as an example to illustrate the method for adjusting the display screen setting of the present invention, the present invention is not limited to the computer system 1, and any other similar computer system is also The method of adjusting the display screen setting of the present invention can be applied. As shown in FIG. 2, the method of adjusting display screen settings of the present invention includes steps 300 through 330. The steps of the method of adjusting the display screen setting of the present invention will be described in detail below. First, proceed to step 300: obtain information about one of the application software used by the computer. As shown in Fig. 1, the method of adjusting the display screen setting of the present invention can be applied to the aforementioned computer system 1. The computer system 1 includes a computer 100. The computer 1 stores a monitoring program and at least one application software. The monitoring program 110 includes a monitoring module 112 and a processing module 114. When the monitoring program 11 is executed, the monitoring module 112 can perform real-time monitoring for the computer environment. In this case, when the user executes an application software 120 or an application software, the monitoring module is being used by the user. The group 110 can detect the application software and obtain the data of the application software and transmit the data to the processing module 114. For example, when the user opens the Word program or is using Word to generate a report, the monitoring module 116 can detect that the Word is executed and obtain the relevant information of the Word program. If the computer 100 executes two or more application softwares 120' at the same time, when the user specifies any application software 120 as the main window, the monitoring module 116 can detect the designated application software 120, thereby obtaining the application software. The data is transferred to the processing module 114. For example, if there is a Word program and a DVD player in the computer environment, it will be executed in the state of 201005528. When the user selects the DVD to broadcast the screen 110, it can instantly detect 1) 乂 1) broadcast as the main window, monitoring Modular data. The foregoing information may also include a type of image, and obtain a video signal of the application private body I20 by the processing module 114 by using the processing module 114. In addition, the application software 120 may be an image signal generated by the body _120. Resident computerized facial program - towel software - application software, for example
债測並捕捉電腦所顯示之螢幕^此應用軟體12G能即時 應用軟體120之資料，並傳送=處=影像訊號，以做為 自複分析應用軟體之資料，以 =個顯不榮幕设定中選擇一對應之顯示螢幕設定。如 4Γ |控程式^1〇包括資料模組116 ’資料模組116 '《個顯71Τ螢幕叹定’複數個顯示螢幕設定係為對應 不同電腦畫面之狀態、不同應用軟體1如或對應電腦⑽ 所連接不關示裝置2(^提供之影像設定值。於前述步 驟30〇中將所取得應用軟體⑽之資料傳至處理模組Μ 後’處理模組m將會分析應用軟體12〇之資料，並依此 自複數個顯7F螢幕設定中選擇—對應之顯示螢幕設定。 在本發明之調整顯示螢幕設定的方法之第一實施例 中’應用軟體120之資料包括其特徵，該特徵可包括應用 軟體120之名稱、類型或使用時間。處理模組114係針對 應用軟體120之各特徵進行分析，藉此以選擇出最合適的 對應之顯示螢幕設定。舉例來說，當使用者正使用Word 製作報告時’處理模組114可取得並分析其名稱（MicrosoftDebt test and capture the screen displayed by the computer ^ This application software 12G can instantly apply the software 120 data, and transmit = location = video signal, as the data of the self-re-analysis application software, to set = display Select a corresponding display screen setting. For example, the control module ^1〇 includes the data module 116 'data module 116' "a display 71 Τ screen sigh" multiple display screen settings for the status of different computer screens, different application software 1 such as or corresponding computer (10) The image setting value provided by the device 2 is not connected. After the data of the obtained application software (10) is transmitted to the processing module in the above step 30, the processing module m will analyze the data of the application software. And correspondingly selecting from the plurality of display screen settings - corresponding display screen settings. In the first embodiment of the method for adjusting display screen settings of the present invention, the information of the application software 120 includes its features, which may include The name, type or usage time of the application software 120. The processing module 114 analyzes the features of the application software 120 to select the most appropriate corresponding display screen setting. For example, when the user is using Word Processing module 114 can obtain and analyze its name when making a report (Microsoft
Office Word)、類型（文書處理軟體）或此應用軟體12〇所 使用的時間長短等相關資料；當依據名稱判斷應用軟體12〇 9 201005528 為word，或判斷其類型為文書處理軟體時，處理模組114 便可自複數個顯示榮幕設定中選擇最適用於w〇rd的對應 之顯不螢幕設定。並且處理模組114可依據使用者使用 W0Id—之相不同’變更選擇剌於WQnl的對應之顯示螢 幕設定，以避免使用者於長時間使用下產生之不適感。此 外處理模組114可針對應用軟體12〇之特徵進行分類，以 使各類型應用軟體具有合適之對應之顯示螢幕設定，例如 可將應用軟體120依其特徵分為文書處理（w〇rd、 ❿ PowerPoint等）、3D遊戲、影像播放（Wind〇wsOffice Word), type (document processing software) or the length of time used by the application software 12; when the application software 12〇9 201005528 is judged by the name, or the type is the word processing software, the processing mode Group 114 can select the corresponding display settings that are most suitable for w〇rd from a plurality of display honor settings. Moreover, the processing module 114 can change the corresponding display screen settings of the WQnl according to the user's use of the different values of W0Id- to avoid the user's discomfort caused by long-term use. In addition, the processing module 114 can classify the features of the application software 12 to enable each type of application software to have appropriate corresponding display screen settings. For example, the application software 120 can be divided into document processing according to its characteristics (w〇rd, ❿ PowerPoint, etc.), 3D games, video playback (Wind〇ws
Player、Realplayer等）或其他類別，因此可對同類別之應 用軟體120採用對應其類別之對應之顯示榮幕設定。而這 些類別可搜集於監控程式110内之一内建清單中，亦可由 使用者透過監控程式110自行設定各應用軟體12〇之分類。 在本發明之調整顯示螢幕設定的方法之第二實施例 中’應用軟體120之資料包括其影像訊號，處理模組U4 係針對應用軟體120所提供之影像訊號進行分析以取得此 參 影像訊號之參數直方圖或影像顯示區域等，並依此選擇出 合適的對應之顯示螢幕設定。舉例來說，當使用者正使用 Windows Media Player觀賞影片或PowerPoint製作投影片 時，處理模組114可取得Windows Media Player或 PowerPoint之影像訊號，並分析出該影像之亮度直方圖或 R/G/B三色直方圖，依據所取得之直方圖相關資訊，處理 模組114可選擇出最合適的對應之顯示螢幕設定，以調整 影像之亮度或其他參數；此外，當使用Windows Media Player等具影像播放功能之應用軟體120時，處理模組114 201005528 亦可自該應用軟體12G之影像訊號中分析出其影像顯示區 域’當判斷影像訊號具有黑邊時’可選擇對應之顯示螢幕 設定以調整影像之顯示比例。 在本發明之調整顯示榮幕設定的方法之第三實施例 中，應用軟體120之負料包括藉由應用軟體所取得之 一影像訊號。舉例來說，當使用者執行如前述之常駐型之 電腦晝面偵測程式時’透過此程式所捕捉到之電腦整體畫 面影像訊號(例如電腦桌面影像）可傳送至處理模組114，處 ® 理模組114分析評估此影像訊號整體之亮度、色度或影像 比例後，可視狀況選擇出合適的對應之顯示螢幕設定，以 調整電腦整體晝面影像之亮度或其他參數。 對應之顯示螢幕設定可包括背光亮度設定、對比度設 定、色彩設定、飽和度設定、銳利度設定、顯示比例設定 或3D立體設定（例如執行3D遊戲時可將顯示器設定自2D 顯示模式切換為3D顯示模式）等。依據不同應用軟體120 之需求，對應之顯示螢幕設定可包括不同之參數設定，以 ® 便針對顯示裝置200進行調整而呈現出最佳之影像晝質。 此外，資料模組116於複數個顯示螢幕設定中可提供適合 不同顯示裝置200之顯示螢幕設定，以因應電腦1〇〇連接 不同顯示裝置200之狀況。舉例來說，即使對於同一應用 軟體120，因電腦100所連接之顯示裝置200為液晶螢幕 或投影機，甚至於一般螢幕規格與寬螢幕，都將使得所呈 現之晝面有所差異，所以藉由於複數個顯示螢幕設定中提 供適合液晶螢幕、投影機或不同顯示規格之顯示螢幕設 定’讓處理模組114判斷目前所連接之顯示裝置200並依 201005528 據應用軟體之特徵，自複數個顯示螢幕設定中選擇最人 之對應之顯示螢幕設定。 σ 其中當顯示裝置200為支援區域型背光之顯示器時， 處理模組114亦可分析應用軟體12〇位於顯示晝面之不同 位置，或應用軟體120所顯示同一畫面之不同區域的影像 訊號，針對不同位置或區域各別選擇最合適之對應之顯示 螢幕設定。舉例來說，假設顯示器可分為左右二區域以支 援不同背光顯示，當應用程式120使用縮放視窗執行時， ❹處理模組114可針對此應用程式120所在位置為左區域或 右區域而對該區域進行分析，並選擇對應該區域之對應之 顯示螢幕設定；或是當應用程式120所佔畫面橫跨左右二 區域時，處理模組114可針對應用程式12〇顯示畫面於不 同區域之狀態（例如播放影像時依晝面會有不同之色彩或 明暗）’對左右區域各別進行分析以選擇不同之對應之顯示 榮幕設定。另外’於支援區域型背光之顯示器上同時執行 複數應用軟體120時’亦可依據各應用軟體12〇所在位置 _ 不同或對應關係’而針對複數應用軟體120進行各別分析 並選擇不同的對應之顯示螢幕設定，例如當左區域及右區 域各包括一應用軟體120視窗時，處理模組114可針對各 應用軟體120分析，使得處於不同區域之各應用軟體12〇 可具有不同的對應之顯示螢幕設定。 於步驟310後進行步驟32〇:依據對應之顯示螢幕設定 傳送一控制指令至顯示裝置。如圖i所示，電腦100係與 顯示裝置200電性連接，而顯示裝置200讦透過VGA、 DVI、HDMI、其他型式之訊號傳輸線或以無線傳輸方式電 12 201005528 性連接於電腦100，以進行訊號傳輸。於前述步驟31〇中 選定合適的對應之顯示螢幕設定後，處理模組114可依據 此對應之顯示螢幕設定產生一控制指令，並藉由預先定義 之一控制介面傳送控制指令至顯示裝置200。控制介面可 為目前廣為使用之公定介面，例如MCCS(Monitorcontn)1Player, Realplayer, etc.) or other categories, so that the application software 120 of the same category can be set with the corresponding display screen corresponding to its category. These categories can be collected in one of the built-in lists in the monitoring program 110. The user can also set the classification of each application software through the monitoring program 110. In the second embodiment of the method for adjusting the display screen setting of the present invention, the data of the application software 120 includes the image signal, and the processing module U4 analyzes the image signal provided by the application software 120 to obtain the reference image signal. The parameter histogram or image display area, etc., and select the appropriate corresponding display screen settings accordingly. For example, when the user is watching a movie or PowerPoint to make a slide using Windows Media Player, the processing module 114 can obtain the image signal of Windows Media Player or PowerPoint, and analyze the brightness histogram or R/G/ of the image. B three-color histogram, according to the obtained histogram related information, the processing module 114 can select the most suitable corresponding display screen setting to adjust the brightness or other parameters of the image; in addition, when using Windows Media Player and the like When the application software 120 of the function is played, the processing module 114 201005528 can also analyze the image display area from the image signal of the application software 12G. When the image signal has a black border, the corresponding display screen setting can be selected to adjust the image. The display ratio. In a third embodiment of the method of the present invention for adjusting the display of the honor screen, the negative of the application software 120 includes an image signal obtained by the application software. For example, when the user performs the above-mentioned resident computer face detection program, the computer's overall image signal (such as computer desktop image) captured by the program can be transmitted to the processing module 114. After analyzing and evaluating the brightness, chromaticity or image ratio of the image signal as a whole, the control module 114 selects an appropriate corresponding display screen setting according to the visual condition to adjust the brightness or other parameters of the overall image of the computer. The corresponding display screen settings may include backlight brightness setting, contrast setting, color setting, saturation setting, sharpness setting, display ratio setting or 3D stereo setting (for example, the display setting can be switched from 2D display mode to 3D display when performing 3D game) Mode) and so on. Depending on the needs of the different application software 120, the corresponding display settings can include different parameter settings, so that the display device 200 can be adjusted to present the best image quality. In addition, the data module 116 can provide display screen settings suitable for different display devices 200 in a plurality of display screen settings to connect the different display devices 200 in response to the computer. For example, even for the same application software 120, since the display device 200 to which the computer 100 is connected is a liquid crystal screen or a projector, even the general screen size and the wide screen will make the difference displayed, so Since a plurality of display screen settings provide display screen settings suitable for a liquid crystal screen, a projector or different display specifications, the processing module 114 determines the currently connected display device 200 and according to the features of the application software, the plurality of display screens In the settings, select the display settings of the most appropriate person. When the display device 200 is a display that supports the area-type backlight, the processing module 114 can also analyze the image signals of the application software 12 〇 at different positions of the display surface or the different areas of the same screen displayed by the application software 120, Select the most appropriate display screen settings for each location or region. For example, assuming that the display can be divided into left and right areas to support different backlight displays, when the application 120 is executed using the zoom window, the processing module 114 can target the application 120 as a left area or a right area. The area is analyzed and the corresponding display screen setting corresponding to the area is selected; or when the application 120 occupies the left and right areas, the processing module 114 can display the status of the screen in different areas for the application 12 ( For example, when playing an image, there will be different colors or shades depending on the surface. 'Analyzing each of the left and right areas to select different corresponding display settings. In addition, when the plurality of application softwares 120 are simultaneously executed on the display supporting the area type backlight, the individual application software 120 can be separately analyzed and selected according to the position _ different or corresponding relationship of each application software. The display module 114 can be analyzed for each application software 120, so that the application softwares 12 in different areas can have different corresponding display screens, for example, when the left and right areas respectively include an application software 120 window. set up. After step 310, step 32 is performed: transmitting a control command to the display device according to the corresponding display screen setting. As shown in FIG. 1 , the computer 100 is electrically connected to the display device 200 , and the display device 200 is connected to the computer 100 through a VGA, DVI, HDMI, or other type of signal transmission line or wireless transmission mode. Signal transmission. After selecting the corresponding corresponding display screen settings in the foregoing step 31, the processing module 114 can generate a control command according to the corresponding display screen setting, and transmit the control command to the display device 200 by using one of the predefined control interfaces. The control interface can be a widely used interface, such as MCCS (Monitorcontn) 1
Command Set)控制介面或其他具類似功能之公定介面，亦 可使用一自行定義之控制介面，本發明並不以此為限。 最後，進行步驟330 :依據控制指令調整顯示裝置。如 ❹圖1所示，顯示裝置200包括處理單元21〇及控制單元 220。自電腦100傳送至顯示裝置2〇〇之控制指令可透過處 理單元210接收，並依據控制指令以命令控制單元22〇對 顯示裝置200進行調整。因控制指令係依據前述對應之顯 示螢幕設定’故透過控制指令可針對顯示裝置2〇〇之背光 亮度、對比度、色彩、飽和度、銳利度、顯示比例或3D 立體等設定調整，以達到最佳晝質之呈現效果。控制單元 220可包括一影像處理引擎及一光學控制單元，以對顯示 ❹ 裝置200之各影像參數及背光亮度進行調整，但本發明並 不以此為限。 此外，就前述第二實施例來說，透過分析應用軟體120 (例如Windows Media Player等影像播放軟體）之影像訊 號，處理模組114可於影像播放時動態選擇出最合適的對 應之顯示螢幕設定，透過MCCS傳送控制指令以調整顯示 裝置200之背光亮度或其他參數，讓使用者得到最佳之影 片播放效果。且處理模組114分析應用軟體120之影像訊 號時，若判斷其影像顯示區域有黑邊，即顯示裝置200可 13 201005528 能為寬螢幕規格時，可選擇對應之顯示螢幕設定以調整影 像之顯示比例，使得寬螢幕之顯示裝置200亦可達到全螢 幕顯示之效果。 藉由本發明之設計，在電腦環境中因應所使用之應用 軟體不同，可自動調整於顯示裝置上所呈現之畫面以達到 畫質優化之目的，免除以往使用者須自行調整顯示裝置之 困擾。 綜上所陳，本發明無論就目的、手段及功效，在在均 © 顯示其迥異於習知技術之特徵，為一大突破，懇請貴審 查委員明察，早曰賜准專利，俾嘉惠社會，實感德便。惟 須注意，上述實施例僅為例示性說明本發明之原理及其功 效，而非用於限制本發明之範圍。任何熟於此項技藝之人 士均可在不違背本發明之技術原理及精神下，對實施例作 修改與變化。本發明之權利保護範圍應如後述之申請專利 範圍所述。 ® 【圖式簡單說明】 圖1顯示本發明之影像處理系統之流程圖。 圖2顯示本發明之影像處理方法之系統方塊圖。 【主要元件符號說明】 電腦系統1 電腦100 監控程式110 201005528 監控模組112 處理模組114 資料模組116 應用軟體120 顯示裝置200 處理單元210 控制單元220Command Set) A control interface or other public interface with similar functions. A custom control interface can also be used. The present invention is not limited thereto. Finally, step 330 is performed: adjusting the display device according to the control command. As shown in FIG. 1, the display device 200 includes a processing unit 21A and a control unit 220. The control command transmitted from the computer 100 to the display device 2 can be received by the processing unit 210, and the display device 200 can be adjusted by the command control unit 22 in accordance with the control command. Since the control command is based on the corresponding display screen setting, the backlight control brightness, contrast, color, saturation, sharpness, display ratio or 3D stereo setting of the display device 2 can be adjusted by the control command to achieve the best. The appearance of enamel. The control unit 220 can include an image processing engine and an optical control unit to adjust various image parameters and backlight brightness of the display device 200, but the invention is not limited thereto. In addition, in the foregoing second embodiment, by analyzing the image signal of the application software 120 (for example, a video playback software such as Windows Media Player), the processing module 114 can dynamically select the most appropriate corresponding display screen setting during image playback. The MCCS transmits control commands to adjust the backlight brightness or other parameters of the display device 200, so that the user can get the best video playback effect. When the processing module 114 analyzes the image signal of the application software 120, if it is determined that the image display area has a black border, that is, when the display device 200 13 201005528 can be a wide screen size, the corresponding display screen setting can be selected to adjust the image display. The ratio makes the display device 200 of the wide screen also achieve the effect of full screen display. With the design of the present invention, in the computer environment, depending on the application software used, the image presented on the display device can be automatically adjusted to achieve the image quality optimization, thereby eliminating the need for the user to adjust the display device by himself. In summary, the present invention is a breakthrough in terms of its purpose, means and efficacy, and its characteristics are different from those of the prior art, so please ask the reviewing committee to inspect the patent, and the Jiahui society Real feelings. It is to be noted that the above-described embodiments are merely illustrative of the principles of the invention and its advantages, and are not intended to limit the scope of the invention. Any person skilled in the art can make modifications and variations to the embodiments without departing from the spirit and scope of the invention. The scope of protection of the present invention should be as described in the scope of the patent application to be described later. ® [Schematic Description of the Drawings] Figure 1 shows a flow chart of the image processing system of the present invention. 2 is a system block diagram showing an image processing method of the present invention. [Main component symbol description] Computer system 1 Computer 100 Monitoring program 110 201005528 Monitoring module 112 Processing module 114 Data module 116 Application software 120 Display device 200 Processing unit 210 Control unit 220