M412400 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種生物生理特徵辨識之擴增實境系統，特別好 -種可對生物所展現諸如表情或動鱗柯生轉徵峨動對應之^ 增實境程式之系統。 "〃 【先前技術】 有鑑於三維⑽影像處理技術漸趨成熟，愈來愈多廠商選擇以立 體化影像來取代原本二維⑽的行銷與宣傳，而此行銷手法的突破， 擴增實境(A.entedReality)技術的成熟乃佔了相當重要的地位，實 際上’擴增實境技術乃是以VR虛擬實境而㈣_办)為出發的 新互動技術，透過虛擬實境賴，鱗將實際上並不存在現場的物件 ^景象’投影在指定的真實郎，如此一來，操作者便可藉由擴增實 境系統’進行資訊展示或取得。 >擴增實，之大不相同，主要在於真實場景的融人，而提昇感知的 效果:擴增實境系統中有兩大要素，是與虛擬實境大不相同的，一是 I，、實^的物件’讀雜而無法完全用電縣建顧㈣，其主要目 的是在於提昇真實世界中相關任務的執行效果，另 擬的複合絲。 吉替由上述定射知，擴增實境至少具有三大特色：1.它結合虛擬與 ”實世界’ 2.能夠做到即雜互動，3在3D立體環境中運作。 「直在曰貫i兄系統’它並不只是畫面重疊顯示而已，其困難是在 主一」、假」融σ备中，所有呈現的訊息知識之正確性與完整概念的 二晰表達&度。在這之中，所謂真實、虛擬物件定義、關連、整合架 去識鍵之呈現表示等，彼此之間深刻地相互影響著。 3 M412400 現认所¥㈣擴增實縣統，A多是姻搭配在賴螢幕上的 =影機來作為辨識器’而將擴增實境的運算器設置在電腦當中，透過 ^機對於標的物取得—立義像，然後藉由擴增實境運算器處理訊 2後’再料腦螢幕上生成-三維影像，然而目前較常見之標的物僅 為平面圖卡或型錄較為#遍’以目祕像辨識處戦術之進步，僅單 .純對平_卡以取得立翻像已無法吸引㈣者之注意，故有改良之 必要。 【新型内容】 ^有鑑於上述課題，本創作乃提供一種生物生理特徵辨識之擴增實 境系統，_是在藉由對生物之生理特徵上獲取制訊號，而作為啟 動或執行擴增實境程式之指令。 緣是’為達上述目的，本創作之生物生理特徵辨識之擴增實境系 統係包括-辨識裝置、-螢幕及—處理器，其中處理器與辨識裝置及 螢幕電性連接’且處理器具有一生理特徵辨識模組，當辨識裝置對一 生，揭取一生理特徵識別訊號，並經由生理特徵辨識模組解析後，處 •理裔係可於螢幕上執行一擴增實境程式。 • 上述生物秘於是人或動作，所謂生理特徵可以是讀、動作、 手勢、姿勢等’而藉由對於這些生理特徵之辨識，而能於螢幕上生成 立體圖像及說明資訊，或可藉由延伸配置之揚鞋發出聲音訊號，戍 =由氣味產生器以生成對應之氣味，而能使得系統操作者對於擴增實 境的感受層次更為多元，也能獲取更多虛擬及現實資訊的整合。 【實施方式】 σ 立/以下將參照相咖式以說明本創作之生物生_徵辨識之擴增實 境系統。 ' 4 M412400 配置圖π中戶/ 物生理特徵辨識之擴增實境系統之系統 雜置，及一處理益13所組成，其中處理器13電性連接於 辨識裝置u及螢幕12，且處理器13包括有 藉由控制辨識裝置U對-生物掏取2 =特徵辨識換組131， 生理特徵辨識模组131解析後，處理号識別訊號’並經由 實境程式。 -理心係於螢幕12上執行一擴增 前述辨識裝置丨丨通常係實施為i影機；再者，此生物 =識=擴增實齡統可以裝載於_智_行動電話、個人電腦或電視 等同時具有攝影機、螢幕及處理II之電子裝置上。 一 ，圖2及圖3所示’其中前述生理特徵例如是圖2中 斤不貝的表情，或者是圖3中所示人員的動作 處擴增實境程式係可生成-立體圖像s顯示於 、^立^ 像S可伴隨聲音資訊健咬眘目“㈣上立这立體圖 的靜圖2 #中’係練人員微笑 揚磬4 2 勒切讀圖像s，若此1子裝置增設有 揚聲益及C味產生ϋ者’甚至可以傳送出輕快悅耳之聲音及 =庵而立體圖像S旁亦可同時開啟文字刻，此表情所帶給人員 健康之貝訊，再者，如圖3所示，賴取者係人員比出勝利之手勢， 在螢幕12上即可生成皇冠之立體圖像s，並可搭配 利之歌，或在觸像S旁加諸比細之相_。心輪出勝 此處必須酬的是’以表細敵技術，例柯 機對人臉影像中的膚色區塊取出可能為人臉的區域，再彻 2 和人臉長寬比解幾何資訊來偵測人臉；接著，從先前偵測出來的2 臉區域找出精確的眼睛、嘴巴和眉毛的區域，再產生它們的二值化影 5 像與邊緣影像來摘取數 徵距離，做AM甘 妙特徵點產生對應數量的特 情的數個2 情的人臉特徵資訊；最後，由具有某種表 表情變化的2離值減去無表情的數個特徵距離值，取出對應數量的 生氣、驚=ΓΓ入具有機器學習能力的分類器來辨識高興、 :4、傷心、中性等六種不同的人臉表情。 演算法，刀知的效能分別為：類神經網路、支向機和AdaB〇〇st 不會“ # 士於AdaB(K)st演算法在收斂的速度上釘很大的優勢，同時 的分^器。A的成本’因此較常被採取作為自動化人臉表情辨識系統 笪辨識動作之技術，例如可以是Light Coding技術理論， 顧、^光（近紅外線）_量空間進行編碼，經感應器讀取編 :^二:父由晶片運算進行解碼後’產生成-張具有深度的圖像。 g odmg技術_鍵是L繼如触雷射光散斑，當雷射光昭射 到粗縫物體、或是穿透毛玻璃後，會形成隨機的反射斑點，稱之為散 ，。散斑具有高度隨機性，也會隨著距離而變換圖案，郎中任何兩 处的政斑都會疋;|；同的圖案，等於是將整個空間加上了標記，所以任 何物體進人㈣間、以及軸時，都可確切紀錄物體的位置。咏扮 Coding發出雷射光對測量空間進行編碼，就是指產生散斑。因此在攝 影機旁增設紅外線發以發出人眼看不見㈣狀，透過鏡頭前的 光栅或擴Μ將雷射光均句分佈投射在測量空財，再透過紅外線攝 ’以機。己錄下二間令的每個散斑，擷取原始資料後，再透過晶片計算成 具有3D冰度的圖像，因此人員之動作變化時，3d深度圖像也將隨之 產生變化，而能供處理器讀取解析。 藉由本_錄生轉之卿 動物等生物所呈_生轉徵 Ί顧由對人或者 而能 並因此 成對應之立_像訊號m财處理n生 給予系鱗作如者聽看聞， 增加虛擬結合真實後的資訊…更夕層次的感受， 丨範圍 本創用來說明而非用以限定本創作之申請專利. 範圍界定。凡依本創作申請專利 寻凌匕飾白應屬本創作之涵蓋範圍。 【圖式簡單說明】 圖1為本創作生物生理特徵 圖2為本創作生物生理特徵 意圖；以及 圖3為本創作生物生理特徵 意圖。 辨識之擴增實境彳、統d統配置圖； 辨識之擴增實境系統對生物表情辨識之示 辨識之擴增實境系統對生物動作辨識之示 【主要元件符號說明】 =生物生理特徵辨識之擴増實境系統 11 辨識裝置 12 螢幕 13 處理器 131生理特徵辨識模組 20 生物擷取 s 立體圖像M412400 V. New Description: [New Technology Field] This creation is about the augmented reality system of biophysical characteristics identification. It is particularly good - the species can show signs such as expressions or dynamic scales. Corresponding to the system of adding real-world programs. "〃 [Prior Art] In view of the maturity of 3D (10) image processing technology, more and more manufacturers have chosen to replace the original two-dimensional (10) marketing and promotion with stereoscopic images, and this marketing method breakthrough, augmented reality (A.entedReality) The maturity of technology is quite important. In fact, 'Augmented Reality Technology is a new interactive technology based on VR virtual reality (4) _ office), through virtual reality, scale The scene of the object that does not actually exist is projected onto the designated real lang, so that the operator can display or obtain the information by augmenting the reality system. > Amplification is very different, mainly in the fusion of real scenes, and enhances the effect of perception: there are two major elements in the augmented reality system, which is very different from the virtual reality, one is I, The object of the actual ^ is miscellaneous and cannot be fully used by the county to build the Gu (four). Its main purpose is to enhance the execution effect of related tasks in the real world, and the other composite yarn. Ji Dui knows from the above-mentioned fixed shooting that the augmented reality has at least three major characteristics: 1. It combines virtual and "real world" 2. It can do the interaction, and it operates in the 3D environment. The i-brother system 'it's not just the overlapping display of the picture, the difficulty is in the main one, the false, the suffocating, the correctness of all the information knowledge presented and the clear expression of the complete concept & degree. Among them, the so-called real, virtual object definition, related, integrated display, and the representation of the key, interact with each other profoundly. 3 M412400 now recognizes that ¥ (4) augmented the real county system, A is a match with the camera on the Lai screen as a recognizer' and the augmented reality operator is set in the computer, through the machine for the target The object is acquired - the image is taken, and then the Augmented Reality Operator processes the message 2 and then reproduces the 3D image on the brain screen. However, the more common target is only the plan card or the catalogue. The secret of the eye is like the improvement of the technique. It is only necessary to improve the attention of the person who is unable to attract (4). [New content] ^ In view of the above-mentioned issues, this creation provides an augmented reality system for biophysical feature identification, which is used to initiate or execute augmented reality by acquiring the signal on the physiological characteristics of the organism. Program instructions. The edge is 'to achieve the above purpose, the augmented reality system of the biophysical feature identification of the present invention includes - identification device, - screen and processor, wherein the processor is electrically connected to the identification device and the screen" and the processor has a The physiological characteristic recognition module can perform an augmented reality program on the screen after the identification device extracts a physiological feature recognition signal for a lifetime and analyzes it through the physiological feature recognition module. • The above-mentioned creatures are secrets of humans or movements. The so-called physiological features can be readings, movements, gestures, postures, etc., and by recognizing these physiological features, stereoscopic images and explanatory information can be generated on the screen, or by The extended configuration of the shoes emits an audible signal, 戍 = by the scent generator to generate the corresponding scent, which enables the system operator to have more versatile levels of augmented reality, and also to obtain more integration of virtual and realistic information. . [Embodiment] σ立/以下 will refer to the phase of the coffee to illustrate the augmented reality system of the biometric identification of the creation. ' 4 M412400 configures the system mismatch of the augmented reality system of the household/physical feature identification π, and a processing benefit 13, wherein the processor 13 is electrically connected to the identification device u and the screen 12, and the processor 13 includes a feature recognition grouping unit 131 by the control identification device U. After the physiological characteristic recognition module 131 parses, the processing number identification signal 'is processed through the real-world program. - Sense is performed on the screen 12 to perform an amplification of the aforementioned identification device, which is usually implemented as an i-camera; furthermore, the bio-intelligence = augmented reality system can be loaded on a _ _ mobile phone, a personal computer or Televisions and the like have both cameras, screens, and electronic devices for processing II. I, as shown in FIG. 2 and FIG. 3, wherein the aforementioned physiological feature is, for example, an expression of the figure in FIG. 2, or an augmented reality program of the action of the person shown in FIG. 3 can be generated - a stereoscopic image s display于, ^立^ Image S can be accompanied by sound information and bite carefully "(4) Standing on the stereogram of the stereogram 2 #中's training staff smiles 4 2 Le cut the image s, if this 1 sub-device is added Yang Shengyi and C-flavored producers can even transmit a light and pleasant sound and =庵, and the stereo image S can also be opened at the same time. This expression brings the health of the people, and again, as shown in the figure 3, the player is more than the victory gesture, on the screen 12 can generate a three-dimensional image of the crown, and can be combined with the song of interest, or add a thin phase next to the touch S. It’s necessary to pay for the victory here. Measure the face; then, find the exact area of the eyes, mouth and eyebrows from the previously detected 2 face areas, and then generate The binarization of the image 5 and the edge image to extract the distance of the number, do the AM and the feature points to generate a corresponding number of sentimental features of the two emotions; finally, by having some kind of expression change The 2 values are subtracted from the number of feature distances of the expressionlessness, and the corresponding number of anger, stuns, and the classifier with machine learning ability are added to identify the happy, :4, sad, neutral, and other six different faces. The performance of the algorithm, the knowledge of the knife is: the neural network, the branching machine and the AdaB〇〇st will not "#士于AdaB(K)st algorithm has a great advantage in the speed of convergence, while The division of the device. The cost of A is therefore often adopted as a technique for automating facial expression recognition systems. For example, it can be Light Coding technology theory, Gu, ^光 (near-infrared)_quantity space coding, read by sensor :^二: The parent is decoded by the wafer operation to generate an image with depth. g odmg technology _ key is L followed by lightning strike speckle, when the laser light shoots into the rough object, or penetrates the frosted glass, it will form a random reflection spot, called scattered. Speckle is highly random and will change pattern with distance. Any two political spots in Lang will be smashed;|; the same pattern is equal to marking the whole space, so any object enters (4), As well as the axis, the position of the object can be accurately recorded. Coding emits laser light to encode the measurement space, which means that speckle is generated. Therefore, an infrared ray is added next to the camera to make the human eye invisible (four) shape, and the laser light distribution is projected through the grating or the expansion in front of the lens to measure the empty money, and then through the infrared camera. Each speckle of the two orders has been recorded, and the original data is taken, and then the image with 3D ice is calculated through the wafer. Therefore, when the movement of the person changes, the 3D depth image will also change. Can be read by the processor for parsing. By the _ students who are transferred to the animals, such as the animals, they are transferred to the people, and they can be used as a corresponding person. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Virtually combined with the real information... The feeling of the eve of the level, the scope of the creator is used to illustrate rather than limit the patent application of this creation. Scope. Any patent application for this creation should be covered by this creation. [Simple description of the figure] Fig. 1 is the biophysical characteristics of the creation. Fig. 2 is the intention of the biophysical characteristics of the creation; and Fig. 3 is the intention of the biophysical characteristics of the creation. Identification of the augmented reality 彳, system d system configuration diagram; identification of the augmented reality system for the identification of biological expression recognition of the augmented reality system for the identification of biological action [main component symbol description] = biophysiological characteristics Identification of the expansion of the real system 11 identification device 12 screen 13 processor 131 physiological characteristics recognition module 20 biological capture s stereo image