continuous adj. 1.連續(xù)的,繼續(xù)的,無間斷的。 2.【植物;植物學(xué)】無節(jié)的。 a continuous current 恒(向電)流。 continuous fire 連續(xù)射擊。 continuous rain 連綿不斷的雨。 a continuous train of thoughts 一連串的思想。 a continuous wave (radar) 等幅波(雷達(dá))。 adv. -ly
image n. 1.像,肖像,畫像;偶像。 2.影像,圖像。 3.相像的人(或物);翻版。 4.形像,典型。 5.形像化的描繪。 6.【語言學(xué)】形像化的比喻,象喻。 7.【心理學(xué)】概念,意象;心象。 graven image 雕像。 image frequency 圖像頻(率);鏡頻。 real image 【物理學(xué)】實(shí)像。 television image 電視像。 virtual image 【物理學(xué)】虛像。 God's image 人體。 He is the image of his father. 他活像他父親。 the spitting image of 同…完全一樣的人[物]。 speak in images 用比喻講;說話形像化。 thinking in terms of images 形像思維。 vt. 1.作…的像,使…成像。 2.反映。 3.想像。 4.形像地描畫;用比喻描寫。 5.象征。 adj. -less 缺少形象的。
Application of continuous imaging system of eh4 conductance in geological exploration in yinchangpo 4電導(dǎo)率連續(xù)成像系統(tǒng)在銀廠坡地質(zhì)勘查中的應(yīng)用
Visual analysis of human motion has been receiving increasing attention from researchers in the fields of image processing and computer vision during the past few years . it has a lot of applications in virtual reality , smart surveillance system , advanced user interface , motion analysis and video compressing , etc . this paper focuses on the technology of human motion tracking based on video , first , we make a summarization of the domestic and overseas status of the research in this field . on the basis of this , we analyse the technical difficulties of human motion tracking . as most of the existing model - based methods of human motion tracking perform not so good in some situation as they need mannual intervention , and also the precision of tracking is not so satisfying during the research of tracking of walking people because of the self - occlusion of legs , this paper proposes an algorithm of automatic detection and tracking of legs of the walking people based on monocular image sequences , in which we analyse the features of walking people , track the five joints of lower limbs , get various parameters , and then re - construct the walking process . the main research achievement is as follows : 1 ) we propose an algorithm of markerless automatic extraction of leg skeleton . first we divide the video into continuous image sequences , after background subtraction , the satisfying human region could be extracted , then we get a single - connected region by converting the rgb image to binary image and median filtering . afterwards , the contour of lower limbs in the frame with a widest boundingbox is detected , using sobel operator , to find the ankle joint of leg behind according to the features and rules of walking , then , the joint of knee of leg behind , hip , ankle of leg in front , knee of leg in front could be got in turn . so , model of leg skeleton is constructed 首先將視頻分解成許多連續(xù)的靜態(tài)圖像幀,經(jīng)過背景去除,把感興趣的人體區(qū)域提取出來,通過二值化,中值濾波等預(yù)處理方法得到只有人體的一個(gè)單連通區(qū)域,然后用sobel算子檢測(cè)出boundingbox最寬幀中人體下半身的輪廓,根據(jù)運(yùn)動(dòng)規(guī)律及特征找到后腿踝關(guān)節(jié)點(diǎn),結(jié)合從boundingbox最窄幀中所獲取的腿長(zhǎng)依次得到后腿膝關(guān)節(jié),跨部關(guān)節(jié),前腿踝關(guān)節(jié),前腿膝關(guān)節(jié)四點(diǎn),從而構(gòu)建出腿部骨架模型。 2 )實(shí)現(xiàn)了人體步行腿部骨架的跟蹤算法。在完成對(duì)腿部骨架模型的自動(dòng)初始化之后,本文對(duì)跨關(guān)節(jié)、膝關(guān)節(jié)及踝關(guān)節(jié)分別采用運(yùn)動(dòng)建模、圓周相交定點(diǎn)算法、運(yùn)動(dòng)預(yù)測(cè)及預(yù)測(cè)點(diǎn)周圍搜索rgb相似矩形塊三種方法確定每一幀中其實(shí)際坐標(biāo),從而重構(gòu)出腿部骨架的運(yùn)動(dòng)過程。