Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection
碩士 === 國立勤益科技大學 === 資訊工程系 === 106 === With the advancement of technology, the technology of mobile robots is becoming more and more widely used. Nowadays, most of visual images are used to obtain information about the surrounding environment. This thesis proposes an Improved Fuzzy Integrals (IFI) me...
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ndltd-TW-106NCIT53920252019-07-04T05:59:50Z http://ndltd.ncl.edu.tw/handle/zfn2w9 Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection 植基於改良式模糊積分之深度學習網路於地板區域偵測 Yun-Zhen Xie 謝昀蓁 碩士 國立勤益科技大學 資訊工程系 106 With the advancement of technology, the technology of mobile robots is becoming more and more widely used. Nowadays, most of visual images are used to obtain information about the surrounding environment. This thesis proposes an Improved Fuzzy Integrals (IFI) method, which combines several deep learning networks, and introduces the Area Contour Detection Algorithm (ACD) to enhance the details to form the new image segmentation architecture. Detect the location of the floor area. The improved fuzzy integral is based on the output of several classifiers. It intelligently evaluates the advantages and disadvantages of each classifier and extracts its advantages. Finally, the classification result of the current input data is calculated to achieve a more accurate floor area location. The experimental results show that the improved fuzzy integral combines different detection methods, which improves the overall recognition rate. Hsueh-Yi Lin Cheng-Jian Lin 林學儀 林正堅 2018 學位論文 ; thesis 48 zh-TW |
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碩士 === 國立勤益科技大學 === 資訊工程系 === 106 === With the advancement of technology, the technology of mobile robots is becoming more and more widely used. Nowadays, most of visual images are used to obtain information about the surrounding environment. This thesis proposes an Improved Fuzzy Integrals (IFI) method, which combines several deep learning networks, and introduces the Area Contour Detection Algorithm (ACD) to enhance the details to form the new image segmentation architecture. Detect the location of the floor area. The improved fuzzy integral is based on the output of several classifiers. It intelligently evaluates the advantages and disadvantages of each classifier and extracts its advantages. Finally, the classification result of the current input data is calculated to achieve a more accurate floor area location. The experimental results show that the improved fuzzy integral combines different detection methods, which improves the overall recognition rate.
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Hsueh-Yi Lin |
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Hsueh-Yi Lin Yun-Zhen Xie 謝昀蓁 |
author |
Yun-Zhen Xie 謝昀蓁 |
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Yun-Zhen Xie 謝昀蓁 Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection |
author_sort |
Yun-Zhen Xie |
title |
Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection |
title_short |
Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection |
title_full |
Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection |
title_fullStr |
Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection |
title_full_unstemmed |
Improved-Fuzzy-Integrals-based Deep Learning Networks for Floor Area Detection |
title_sort |
improved-fuzzy-integrals-based deep learning networks for floor area detection |
publishDate |
2018 |
url |
http://ndltd.ncl.edu.tw/handle/zfn2w9 |
work_keys_str_mv |
AT yunzhenxie improvedfuzzyintegralsbaseddeeplearningnetworksforfloorareadetection AT xièyúnzhēn improvedfuzzyintegralsbaseddeeplearningnetworksforfloorareadetection AT yunzhenxie zhíjīyúgǎiliángshìmóhújīfēnzhīshēndùxuéxíwǎnglùyúdebǎnqūyùzhēncè AT xièyúnzhēn zhíjīyúgǎiliángshìmóhújīfēnzhīshēndùxuéxíwǎnglùyúdebǎnqūyùzhēncè |
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1719219977571008512 |