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description Publicationkeyboard_double_arrow_right Article 2022 ChineseZenodo EC | SDD (752547)〚独行月球〛免費在線[HD]完整版180.4K 独行月球線上看(HD-4K台灣電影)完整版〚2022.1080p〛在线观看和下载完整电影 🔴▶️️独行月球線上看 ➥ https://watchflix.123movie-hd.com/zh/801803/moon-man.html 🔴▶️️独行月球線上看 ➥ https://watchflix.123movie-hd.com/zh/801803/moon-man.html 独行月球-線上看(HD-4K台灣電影)完整版-FULL TW! 独行月球線上看-2022-完整版HD 独行月球線上看-2022-完整版HD((1080p)) 独行月球線上看 2022台湾電影(小鴨影音) SUB ZH-4K ◉ 狙击手線上看◉ 狙击手电影◉ BluRay 720p◉ 1080p◉ 4K◉ BrRip, DvdRip, Youtube, Reddit, Multilanguage and high quality ZH Taiwan ◉ 台北票房:578萬(台幣) 已发行: Jul 29, 2022 片长:122 分钟 类型 : 科幻, 喜剧 星星: Shen Teng, Ma Li, Chang Yuan, Li Chengru 导向器 : Chiyu Zhangr 台灣 No.1 高清正版線上看 | WATCH ONLINE FULL MOVIE FULL VERSION 2022 独行月球台灣 電影信息:独行月球 邪教題材電影《独行月球》挑戰禁忌話題 被譽為「新生代最會搞鬼」的導演,柯孟融籌劃五年最新編導作品《独行月球》,挑戰台灣首部邪 教電影,赤裸揭露台灣民間最詭譎、被避談的宗教,那些父母從小叫你「不要看、不要問」 的禁忌,一旦鐵齒就會惹禍上身。 挑戰台灣影史最邪門電影、問鼎年度恐怖片冠軍寶座,劇組團隊由柯孟融執導,演員蔡亘 晏、高英軒、林敬倫、阿Q、黃歆庭聯合驚嚇演出。劇情描述若男和朋友組成影像團隊,6 年前闖入邪教儀式中的禁地,觸怒了沈睡的邪靈,所有人接二連三離奇死於非命。此外,劇 情中使用了大量互動橋段,讓觀眾身歷其境,跟著主角若男重回禁地找出詛独行月球的秘密。 儘管《独行月球》的卡司看來並非星光閃閃,但靠著導演的實力,勢必可以創下台灣鬼片的高峰! 請開聲音以及有心理準備,在這個月份,可能要找人陪你一起看比較好,膽小鬼千萬不要 看,真的會出事! 《独行月球》什麼時候上映? 愈鐵齒愈惹禍!台灣首部邪教題材電影《独行月球》高雄真實事件啟發,定檔於 3 月24日上映 至於該如何線上免費看《独行月球》?這篇來教大家一個最快速看正版方法。 您可以免費在線觀看《独行月球》電影,而無需註冊,但是在這裡您還可以觀看質量更高的舊電 影。 您觀看的所有內容都將在線上顯示; 如果您有娛樂動作電影的訣竅,可以在這裡觀 看。 如果您正在尋找適合您或您的孩子的動畫電影,也可以在這裡找到他們。 《独行月球》台灣電影線上看 《独行月球》台灣電影線上看, , 免費線上看《独行月球》完整版電影 免費線上看《独行月球》完整版電影, , 独行月球線上看-高畫質最 独行月球線上看-高畫質最2022 2022恐恐 怖電影。 独行月球電影線上看!驚悚國片《独行月球》今天正式上映,號稱挑戰台灣影史最恐怖電影,由由 柯孟融導演執導,演員蔡亘晏、高英軒、林敬倫、阿Q、黃歆庭聯合驚嚇演出,取材 自真實的靈異事件,用非常有帶入感「沉浸式」拍攝手法讓觀眾體驗身歷其境的恐 怖。 劇本的靈感取材自2005年的一起真實靈異事件,一家6口因為宗教迷信,疑似遭到邪 靈附身起乩,做出許多常人無法理解的行為,包括毆打、虐待、香燒灼皮膚、餵食排 泄物等,非常殘忍,後來大女兒還因此被打到重傷,家人還以「驅邪」為由遲遲不送 醫,最後不治身亡還以為死的是「邪靈」不是女兒。這起事件讓警方、精神科醫師都 匪夷所思,最後醫學上研判應是「集體精神妄想症」造成的結果,實在讓人心裡發 毛。 独行月球 在線電影 独行月球 完整版本 独行月球 在线小鸭 独行月球 完整版 独行月球 全程监护 独行月球 電影概要 独行月球 2022 在线独行月球 独行月球 2022 在线电影免费 独行月球 下载 1080P 独行月球 免费在线电影 独行月球 電影在線 2022 独行月球 台灣版 独行月球 香港版 独行月球 (2022) 在线独行月球 独行月球 [2022] 独行月球下载 独行月球 [2022,HD] 独行月球完整直播 独行月球 singapora (2022) 完整版 独行月球 在线独行月球 | 2022 最新电影 |鸭子电影 | 独行月球 免费下载 4k 独行月球 下载百度数据库独行月球 2022 免费独行月球 独行月球 免费在线电影 独行月球 完整版小鸭 HD 独行月球 澳門上映 独行月球 (2022)上映 独行月球 線上看 独行月球 線上看小鴨 独行月球 电影完整版 独行月球 (2022) 下載 独行月球 線上看完整版小鴨 独行月球 (2022)完整版本 独行月球 线上看(2022)完整版 独行月球 (電影)2022年再次觀看電影 独行月球 (2022)上看 独行月球 免費線上看電影 独行月球 主題曲 独行月球 小鴨影音 独行月球 線上小鴨 独行月球 完整版本 独行月球 香港上映 独行月球 線上看小鴨影音 独行月球 2022 線上看 独行月球 在线独行月球 (2022) 独行月球 于 2022 年在台湾发布 独行月球 (2022) 在线独行月球 独行月球 在線的 (2022 HD) 独行月球 2022 完整电影免费 独行月球 2022 在线完整版 独行月球 完整版小鸭 2022 独行月球 免费在线独行月球 (2022) 独行月球 [2022] 在线完整版 独行月球 在线独行月球(2022)完整版 独行月球 online [2022] 完整版 独行月球 (2022) 免费在线电影 独行月球 在線觀看 (2022) 完整版 独行月球-HD 完整版 小鴨電影 [2022] 独行月球 2022 HD.BD.1080p 独行月球 HD|1080p|4K|香港流媒体 独行月球 2022 完整版小鸭 (HD.BLURAY) 独行月球 2022 在线独行月球电影粤语-流媒体-下载完整版 独行月球 - 独行月球 2022 完整版 小鴨 — 線上看(2022) 独行月球 - 独行月球 ▷線上看完整版(2022)在线独行月球 [1080P] 独行月球 - 独行月球 線上看小鴨 完整版 独行月球 - 独行月球 線上看(2022)完整版 Incantation: The Movie【 2022】線上看小鴨影音[2022-HD]Incantation: The Movie 完整版本-高清电影-在线观看 CHINESE 【HD.1080P】 独行月球(2022)
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description Publicationkeyboard_double_arrow_right Article 2022 ChineseZenodo EC | SDD (752547)〚独行月球〛免費在線[HD]完整版180.4K 独行月球線上看(HD-4K台灣電影)完整版〚2022.1080p〛在线观看和下载完整电影 🔴▶️️独行月球線上看 ➥ https://watchflix.123movie-hd.com/zh/801803/moon-man.html 🔴▶️️独行月球線上看 ➥ https://watchflix.123movie-hd.com/zh/801803/moon-man.html 独行月球-線上看(HD-4K台灣電影)完整版-FULL TW! 独行月球線上看-2022-完整版HD 独行月球線上看-2022-完整版HD((1080p)) 独行月球線上看 2022台湾電影(小鴨影音) SUB ZH-4K ◉ 狙击手線上看◉ 狙击手电影◉ BluRay 720p◉ 1080p◉ 4K◉ BrRip, DvdRip, Youtube, Reddit, Multilanguage and high quality ZH Taiwan ◉ 台北票房:578萬(台幣) 已发行: Jul 29, 2022 片长:122 分钟 类型 : 科幻, 喜剧 星星: Shen Teng, Ma Li, Chang Yuan, Li Chengru 导向器 : Chiyu Zhangr 台灣 No.1 高清正版線上看 | WATCH ONLINE FULL MOVIE FULL VERSION 2022 独行月球台灣 電影信息:独行月球 邪教題材電影《独行月球》挑戰禁忌話題 被譽為「新生代最會搞鬼」的導演,柯孟融籌劃五年最新編導作品《独行月球》,挑戰台灣首部邪 教電影,赤裸揭露台灣民間最詭譎、被避談的宗教,那些父母從小叫你「不要看、不要問」 的禁忌,一旦鐵齒就會惹禍上身。 挑戰台灣影史最邪門電影、問鼎年度恐怖片冠軍寶座,劇組團隊由柯孟融執導,演員蔡亘 晏、高英軒、林敬倫、阿Q、黃歆庭聯合驚嚇演出。劇情描述若男和朋友組成影像團隊,6 年前闖入邪教儀式中的禁地,觸怒了沈睡的邪靈,所有人接二連三離奇死於非命。此外,劇 情中使用了大量互動橋段,讓觀眾身歷其境,跟著主角若男重回禁地找出詛独行月球的秘密。 儘管《独行月球》的卡司看來並非星光閃閃,但靠著導演的實力,勢必可以創下台灣鬼片的高峰! 請開聲音以及有心理準備,在這個月份,可能要找人陪你一起看比較好,膽小鬼千萬不要 看,真的會出事! 《独行月球》什麼時候上映? 愈鐵齒愈惹禍!台灣首部邪教題材電影《独行月球》高雄真實事件啟發,定檔於 3 月24日上映 至於該如何線上免費看《独行月球》?這篇來教大家一個最快速看正版方法。 您可以免費在線觀看《独行月球》電影,而無需註冊,但是在這裡您還可以觀看質量更高的舊電 影。 您觀看的所有內容都將在線上顯示; 如果您有娛樂動作電影的訣竅,可以在這裡觀 看。 如果您正在尋找適合您或您的孩子的動畫電影,也可以在這裡找到他們。 《独行月球》台灣電影線上看 《独行月球》台灣電影線上看, , 免費線上看《独行月球》完整版電影 免費線上看《独行月球》完整版電影, , 独行月球線上看-高畫質最 独行月球線上看-高畫質最2022 2022恐恐 怖電影。 独行月球電影線上看!驚悚國片《独行月球》今天正式上映,號稱挑戰台灣影史最恐怖電影,由由 柯孟融導演執導,演員蔡亘晏、高英軒、林敬倫、阿Q、黃歆庭聯合驚嚇演出,取材 自真實的靈異事件,用非常有帶入感「沉浸式」拍攝手法讓觀眾體驗身歷其境的恐 怖。 劇本的靈感取材自2005年的一起真實靈異事件,一家6口因為宗教迷信,疑似遭到邪 靈附身起乩,做出許多常人無法理解的行為,包括毆打、虐待、香燒灼皮膚、餵食排 泄物等,非常殘忍,後來大女兒還因此被打到重傷,家人還以「驅邪」為由遲遲不送 醫,最後不治身亡還以為死的是「邪靈」不是女兒。這起事件讓警方、精神科醫師都 匪夷所思,最後醫學上研判應是「集體精神妄想症」造成的結果,實在讓人心裡發 毛。 独行月球 在線電影 独行月球 完整版本 独行月球 在线小鸭 独行月球 完整版 独行月球 全程监护 独行月球 電影概要 独行月球 2022 在线独行月球 独行月球 2022 在线电影免费 独行月球 下载 1080P 独行月球 免费在线电影 独行月球 電影在線 2022 独行月球 台灣版 独行月球 香港版 独行月球 (2022) 在线独行月球 独行月球 [2022] 独行月球下载 独行月球 [2022,HD] 独行月球完整直播 独行月球 singapora (2022) 完整版 独行月球 在线独行月球 | 2022 最新电影 |鸭子电影 | 独行月球 免费下载 4k 独行月球 下载百度数据库独行月球 2022 免费独行月球 独行月球 免费在线电影 独行月球 完整版小鸭 HD 独行月球 澳門上映 独行月球 (2022)上映 独行月球 線上看 独行月球 線上看小鴨 独行月球 电影完整版 独行月球 (2022) 下載 独行月球 線上看完整版小鴨 独行月球 (2022)完整版本 独行月球 线上看(2022)完整版 独行月球 (電影)2022年再次觀看電影 独行月球 (2022)上看 独行月球 免費線上看電影 独行月球 主題曲 独行月球 小鴨影音 独行月球 線上小鴨 独行月球 完整版本 独行月球 香港上映 独行月球 線上看小鴨影音 独行月球 2022 線上看 独行月球 在线独行月球 (2022) 独行月球 于 2022 年在台湾发布 独行月球 (2022) 在线独行月球 独行月球 在線的 (2022 HD) 独行月球 2022 完整电影免费 独行月球 2022 在线完整版 独行月球 完整版小鸭 2022 独行月球 免费在线独行月球 (2022) 独行月球 [2022] 在线完整版 独行月球 在线独行月球(2022)完整版 独行月球 online [2022] 完整版 独行月球 (2022) 免费在线电影 独行月球 在線觀看 (2022) 完整版 独行月球-HD 完整版 小鴨電影 [2022] 独行月球 2022 HD.BD.1080p 独行月球 HD|1080p|4K|香港流媒体 独行月球 2022 完整版小鸭 (HD.BLURAY) 独行月球 2022 在线独行月球电影粤语-流媒体-下载完整版 独行月球 - 独行月球 2022 完整版 小鴨 — 線上看(2022) 独行月球 - 独行月球 ▷線上看完整版(2022)在线独行月球 [1080P] 独行月球 - 独行月球 線上看小鴨 完整版 独行月球 - 独行月球 線上看(2022)完整版 Incantation: The Movie【 2022】線上看小鴨影音[2022-HD]Incantation: The Movie 完整版本-高清电影-在线观看 CHINESE 【HD.1080P】 独行月球(2022)
add ClaimPlease grant OpenAIRE to access and update your ORCID works.This Research product is the result of merged Research products in OpenAIRE.
You have already added works in your ORCID record related to the merged Research product.This Research product is the result of merged Research products in OpenAIRE.
You have already added works in your ORCID record related to the merged Research product.Do the share buttons not appear? Please make sure, any blocking addon is disabled, and then reload the page.All Research productsarrow_drop_down <script type="text/javascript"> <!-- document.write('<div id="oa_widget"></div>'); document.write('<script type="text/javascript" src="https://www.openaire.eu/index.php?option=com_openaire&view=widget&format=raw&projectId=10.5281/zenodo.6944217&type=result"></script>'); --> </script>
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description Publicationkeyboard_double_arrow_right Article 2022 United Kingdom ChineseLi, G; Xu, Y; Lin, J; Huang, Z;Li, G; Xu, Y; Lin, J; Huang, Z;Supported by: The National Key Research and Development Program of China(2019YFC1511300);The Natural Science Foundation of Chongqing(cstc2019jcyj-msxmX0666);The Natural Science Foundation of Chongqing(cstc2019jcyj-xfkxX0002) Deep learning can improve the effect of signal detection by extracting the inherent characteristics of wireless communication data. To solve the tradeoff between the performance and complexity of MIMO system signal detection, an end-to-end MIMO system signal detection scheme based on deep learning was proposed. The encoder and the decoder based on residual deep neural network replace the transmitter and the receiver of the wireless communication system respectively, and they were trained in an end-to-end manner as a whole. Firstly, the features of the input data were extracted by encoder, then the communication model was established and was sent to the zero forcing detector for preliminary detection. Finally, the detection signal was reconstructed through the decoder. Simulation results show that the proposed detection scheme is superior to the same type of algorithm, and the detection performance is significantly better than that of the MMSE detection algorithm at the expense of a certain time complexity. People's Posts and Telecommunications Press.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2022 United Kingdom ChineseNorthwest University Press Jiang-lun Wu;Jiang-lun Wu;Do the share buttons not appear? Please make sure, any blocking addon is disabled, and then reload the page.All Research productsarrow_drop_down <script type="text/javascript"> <!-- document.write('<div id="oa_widget"></div>'); document.write('<script type="text/javascript" src="https://www.openaire.eu/index.php?option=com_openaire&view=widget&format=raw&projectId=od______1590::11ebd7f2240ddd220e8319c00c240db9&type=result"></script>'); --> </script>
For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 ChineseSurveying and Mapping Press UKRI | QuantifyTBI: A Machine Le... (EP/N023668/1), UKRI | Acute Brain Injury: herte... (G9439390)DENG Chen; LI Hongwei; ZHANG Bin; XU Zhibin; XIAO Zhiyuan;Simultaneous localization and mapping (SLAM) has broad application prospects in many fields due to its high energy efficiency and low power consumption. However, there are still some problems in the traditional SLAM system: the key frame in the traditional visual odometer does not contain semantic information, the image information obtained by the mobile robot is relatively single, and the key frame in the actual scene always contains a large number of mismatched points and dynamic points. In response to the above problems, this paper proposes a new idea of semantic SLAM mapping technology. First, in order to find the correct and corresponding feature points, abandon the interference of dynamic points and mismatched points simultaneously, a method for judging the feature state of adjacent frames based on the Lucas-Kanade optical flow method is proposed, and this function is regarded as a new feature. The thread is added to the visual odometry part of ORB-SLAM3 to complete the optimization and improvement of part of the traditional SLAM framework. Secondly, in view of the problem that the image frame obtained by the front-end visual odometer of the traditional SLAM system does not contain any semantic information, the target detection algorithm based on YOLOV4 and the Mask R-CNN semantic segmentation algorithm fused with fully connected conditional random field CRF are used to compare ORB-SLAM3. The key frame image processing of the robot effectively improves the perception of the indoor environment of smart devices such as robots.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 United Kingdom ChineseLi, M; Liu, X; Zhang, S; Song, H; Wang, G; Wang, B;Copyright © 2021 The Author(s). The safety of power batteries have always restricted the promotion and development of electric vehicles. The axial compression of batteries is an important issue leading to damage. The safety performance of 18650 lithium-ion battery under axial compression was studied by experiments. The characters of load, voltage and temperature of batteries with state of charge of 60%, 80%, and 100% were discussed, and the failure process of the battery under axial compression was analyzed. It was found that the voltage during the axial compression process showed a unique stepped drop, the maximum load and a sudden temperature increase occurred almost simultaneously; the local groove structure of the positive induced the battery to rupture near the positive. Comparing the batteries in axial compression with the batteries of the radial two-plate compression, it was found that the thermal runaway of power battery in axial compression is weaker than that in radial two-plate compression.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 United Kingdom ChineseBeijing Magtech Co., Ltd. Lin, JZ; Li, BL; Li, GQ; Huang, ZW; Pang, Y;Copyright © 2021 The Author(s). As the most obvious feature of electrocardiogram(ECG), R wave is often used as an important basis to determine other bands of ECG.Aiming at the low recognition rate of existing algorithms, an R-wave recognition algorithm based on empirical wavelet transform and signal structure characteristics is proposed.Firstly, the empirical wavelet transform is used to adaptively segment the spectrum of ECG signal, and the appropriate wavelet filter banks are constructed in the segmentation interval to extract the tightly supported modal components.Then, the spectrum of each extracted modal component is analyzed to find out the corresponding high frequency component of R wave and analyze its structure, so as to realize the accurate positioning of R wave.The simulation results show that the sensitivity, accuracy and positive rate of the proposed algorithm for R-wave recognition of ECG signal are 99.93%, 99.92% and 99.99% respectively, and the algorithm takes only 0.68s with a good recognition effect for R-wave.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 United Kingdom ChineseDianli Xitong Zidonghua Wu, R; Wang, D; Xie, C; Lai, CS; Huang, J; Lai, LL;Copyright © 2021 The Authors. The scale of air-conditioning load in the distribution network is rapidly increasing with the improvement of living level. Furthermore, the buildings equipped with air conditioners have the capability of thermal buffer, which makes it valuable for participating in demand-side response. In the meanwhile, the penetration rate of distributed photovoltaic (PV) power generation in the distribution network is gradually increasing. The fluctuations of PV power generation have a negative impact on the voltage stability of the distribution network. This paper proposes a distributed consensus-driven control method. The aggregated air-conditioning load is scheduled to participate in the voltage management of the distribution network through the limited communication links established between the aggregators. A two-dimensional thermal parameter model is adopted to calculate the thermal exchange of the buildings equipped with air conditioners more accurately to guarantee the thermal comfort requirement of users. Finally, the case studies are performed on a modified IEEE 15-bus distribution network to verify the effectiveness and robustness of the proposed control strategy.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2020 United Kingdom ChineseChina Association for Science and Technology Li, G; Lin, J; Xu, Y; Huang, Z; Liu, T;Copyright © 2020 The Author(s). To improve the transmission flexibility of emergency communication scenarios, a joint user grouping and power allocation algorithm was proposed for UAV-aided non-orthogonal multiple access (NOMA) system. A sum-rate maximization resource allocation algorithm was formulated under the constraints of the maximum transmit power and the user grouping. To solve the non-convex problem, a graph-based user grouping algorithm was proposed to minimize the relative distance between the UAV and users. Based on the grouping result, the power allocation sub-problem was transformed into a convex one by using the auxiliary-variable approach. Simulation results demonstrate that the proposed algorithm has better performance in terms of sum rates. The National Key Research and Development Program of China(2019YFC1511300);The Natural Science Foundation of Chongqing(cstc2019jcyj-msxmX0666);The Natural Science Foundation of Chongqing(cstc2019jcyj-xfkxX0002);The Open Project of Shaanxi Key Laboratory of Information Communication Network and Security(ICNS201904)
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2020 United Kingdom ChineseXi nan min zu xue yuan xue bao bian ji bu Li, Zijie; Yifan Zhang;Li, Zijie; Yifan Zhang;Do the share buttons not appear? Please make sure, any blocking addon is disabled, and then reload the page.All Research productsarrow_drop_down <script type="text/javascript"> <!-- document.write('<div id="oa_widget"></div>'); document.write('<script type="text/javascript" src="https://www.openaire.eu/index.php?option=com_openaire&view=widget&format=raw&projectId=core_ac_uk__::68ecc6af22d4cecedf5974b012433de4&type=result"></script>'); --> </script>
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description Publicationkeyboard_double_arrow_right Article 2022 ChineseZenodo EC | SDD (752547)〚独行月球〛免費在線[HD]完整版180.4K 独行月球線上看(HD-4K台灣電影)完整版〚2022.1080p〛在线观看和下载完整电影 🔴▶️️独行月球線上看 ➥ https://watchflix.123movie-hd.com/zh/801803/moon-man.html 🔴▶️️独行月球線上看 ➥ https://watchflix.123movie-hd.com/zh/801803/moon-man.html 独行月球-線上看(HD-4K台灣電影)完整版-FULL TW! 独行月球線上看-2022-完整版HD 独行月球線上看-2022-完整版HD((1080p)) 独行月球線上看 2022台湾電影(小鴨影音) SUB ZH-4K ◉ 狙击手線上看◉ 狙击手电影◉ BluRay 720p◉ 1080p◉ 4K◉ BrRip, DvdRip, Youtube, Reddit, Multilanguage and high quality ZH Taiwan ◉ 台北票房:578萬(台幣) 已发行: Jul 29, 2022 片长:122 分钟 类型 : 科幻, 喜剧 星星: Shen Teng, Ma Li, Chang Yuan, Li Chengru 导向器 : Chiyu Zhangr 台灣 No.1 高清正版線上看 | WATCH ONLINE FULL MOVIE FULL VERSION 2022 独行月球台灣 電影信息:独行月球 邪教題材電影《独行月球》挑戰禁忌話題 被譽為「新生代最會搞鬼」的導演,柯孟融籌劃五年最新編導作品《独行月球》,挑戰台灣首部邪 教電影,赤裸揭露台灣民間最詭譎、被避談的宗教,那些父母從小叫你「不要看、不要問」 的禁忌,一旦鐵齒就會惹禍上身。 挑戰台灣影史最邪門電影、問鼎年度恐怖片冠軍寶座,劇組團隊由柯孟融執導,演員蔡亘 晏、高英軒、林敬倫、阿Q、黃歆庭聯合驚嚇演出。劇情描述若男和朋友組成影像團隊,6 年前闖入邪教儀式中的禁地,觸怒了沈睡的邪靈,所有人接二連三離奇死於非命。此外,劇 情中使用了大量互動橋段,讓觀眾身歷其境,跟著主角若男重回禁地找出詛独行月球的秘密。 儘管《独行月球》的卡司看來並非星光閃閃,但靠著導演的實力,勢必可以創下台灣鬼片的高峰! 請開聲音以及有心理準備,在這個月份,可能要找人陪你一起看比較好,膽小鬼千萬不要 看,真的會出事! 《独行月球》什麼時候上映? 愈鐵齒愈惹禍!台灣首部邪教題材電影《独行月球》高雄真實事件啟發,定檔於 3 月24日上映 至於該如何線上免費看《独行月球》?這篇來教大家一個最快速看正版方法。 您可以免費在線觀看《独行月球》電影,而無需註冊,但是在這裡您還可以觀看質量更高的舊電 影。 您觀看的所有內容都將在線上顯示; 如果您有娛樂動作電影的訣竅,可以在這裡觀 看。 如果您正在尋找適合您或您的孩子的動畫電影,也可以在這裡找到他們。 《独行月球》台灣電影線上看 《独行月球》台灣電影線上看, , 免費線上看《独行月球》完整版電影 免費線上看《独行月球》完整版電影, , 独行月球線上看-高畫質最 独行月球線上看-高畫質最2022 2022恐恐 怖電影。 独行月球電影線上看!驚悚國片《独行月球》今天正式上映,號稱挑戰台灣影史最恐怖電影,由由 柯孟融導演執導,演員蔡亘晏、高英軒、林敬倫、阿Q、黃歆庭聯合驚嚇演出,取材 自真實的靈異事件,用非常有帶入感「沉浸式」拍攝手法讓觀眾體驗身歷其境的恐 怖。 劇本的靈感取材自2005年的一起真實靈異事件,一家6口因為宗教迷信,疑似遭到邪 靈附身起乩,做出許多常人無法理解的行為,包括毆打、虐待、香燒灼皮膚、餵食排 泄物等,非常殘忍,後來大女兒還因此被打到重傷,家人還以「驅邪」為由遲遲不送 醫,最後不治身亡還以為死的是「邪靈」不是女兒。這起事件讓警方、精神科醫師都 匪夷所思,最後醫學上研判應是「集體精神妄想症」造成的結果,實在讓人心裡發 毛。 独行月球 在線電影 独行月球 完整版本 独行月球 在线小鸭 独行月球 完整版 独行月球 全程监护 独行月球 電影概要 独行月球 2022 在线独行月球 独行月球 2022 在线电影免费 独行月球 下载 1080P 独行月球 免费在线电影 独行月球 電影在線 2022 独行月球 台灣版 独行月球 香港版 独行月球 (2022) 在线独行月球 独行月球 [2022] 独行月球下载 独行月球 [2022,HD] 独行月球完整直播 独行月球 singapora (2022) 完整版 独行月球 在线独行月球 | 2022 最新电影 |鸭子电影 | 独行月球 免费下载 4k 独行月球 下载百度数据库独行月球 2022 免费独行月球 独行月球 免费在线电影 独行月球 完整版小鸭 HD 独行月球 澳門上映 独行月球 (2022)上映 独行月球 線上看 独行月球 線上看小鴨 独行月球 电影完整版 独行月球 (2022) 下載 独行月球 線上看完整版小鴨 独行月球 (2022)完整版本 独行月球 线上看(2022)完整版 独行月球 (電影)2022年再次觀看電影 独行月球 (2022)上看 独行月球 免費線上看電影 独行月球 主題曲 独行月球 小鴨影音 独行月球 線上小鴨 独行月球 完整版本 独行月球 香港上映 独行月球 線上看小鴨影音 独行月球 2022 線上看 独行月球 在线独行月球 (2022) 独行月球 于 2022 年在台湾发布 独行月球 (2022) 在线独行月球 独行月球 在線的 (2022 HD) 独行月球 2022 完整电影免费 独行月球 2022 在线完整版 独行月球 完整版小鸭 2022 独行月球 免费在线独行月球 (2022) 独行月球 [2022] 在线完整版 独行月球 在线独行月球(2022)完整版 独行月球 online [2022] 完整版 独行月球 (2022) 免费在线电影 独行月球 在線觀看 (2022) 完整版 独行月球-HD 完整版 小鴨電影 [2022] 独行月球 2022 HD.BD.1080p 独行月球 HD|1080p|4K|香港流媒体 独行月球 2022 完整版小鸭 (HD.BLURAY) 独行月球 2022 在线独行月球电影粤语-流媒体-下载完整版 独行月球 - 独行月球 2022 完整版 小鴨 — 線上看(2022) 独行月球 - 独行月球 ▷線上看完整版(2022)在线独行月球 [1080P] 独行月球 - 独行月球 線上看小鴨 完整版 独行月球 - 独行月球 線上看(2022)完整版 Incantation: The Movie【 2022】線上看小鴨影音[2022-HD]Incantation: The Movie 完整版本-高清电影-在线观看 CHINESE 【HD.1080P】 独行月球(2022)
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description Publicationkeyboard_double_arrow_right Article 2022 United Kingdom ChineseLi, G; Xu, Y; Lin, J; Huang, Z;Li, G; Xu, Y; Lin, J; Huang, Z;Supported by: The National Key Research and Development Program of China(2019YFC1511300);The Natural Science Foundation of Chongqing(cstc2019jcyj-msxmX0666);The Natural Science Foundation of Chongqing(cstc2019jcyj-xfkxX0002) Deep learning can improve the effect of signal detection by extracting the inherent characteristics of wireless communication data. To solve the tradeoff between the performance and complexity of MIMO system signal detection, an end-to-end MIMO system signal detection scheme based on deep learning was proposed. The encoder and the decoder based on residual deep neural network replace the transmitter and the receiver of the wireless communication system respectively, and they were trained in an end-to-end manner as a whole. Firstly, the features of the input data were extracted by encoder, then the communication model was established and was sent to the zero forcing detector for preliminary detection. Finally, the detection signal was reconstructed through the decoder. Simulation results show that the proposed detection scheme is superior to the same type of algorithm, and the detection performance is significantly better than that of the MMSE detection algorithm at the expense of a certain time complexity. People's Posts and Telecommunications Press.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2022 United Kingdom ChineseNorthwest University Press Jiang-lun Wu;Jiang-lun Wu;Do the share buttons not appear? Please make sure, any blocking addon is disabled, and then reload the page.All Research productsarrow_drop_down <script type="text/javascript"> <!-- document.write('<div id="oa_widget"></div>'); document.write('<script type="text/javascript" src="https://www.openaire.eu/index.php?option=com_openaire&view=widget&format=raw&projectId=od______1590::11ebd7f2240ddd220e8319c00c240db9&type=result"></script>'); --> </script>
For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 ChineseSurveying and Mapping Press UKRI | QuantifyTBI: A Machine Le... (EP/N023668/1), UKRI | Acute Brain Injury: herte... (G9439390)DENG Chen; LI Hongwei; ZHANG Bin; XU Zhibin; XIAO Zhiyuan;Simultaneous localization and mapping (SLAM) has broad application prospects in many fields due to its high energy efficiency and low power consumption. However, there are still some problems in the traditional SLAM system: the key frame in the traditional visual odometer does not contain semantic information, the image information obtained by the mobile robot is relatively single, and the key frame in the actual scene always contains a large number of mismatched points and dynamic points. In response to the above problems, this paper proposes a new idea of semantic SLAM mapping technology. First, in order to find the correct and corresponding feature points, abandon the interference of dynamic points and mismatched points simultaneously, a method for judging the feature state of adjacent frames based on the Lucas-Kanade optical flow method is proposed, and this function is regarded as a new feature. The thread is added to the visual odometry part of ORB-SLAM3 to complete the optimization and improvement of part of the traditional SLAM framework. Secondly, in view of the problem that the image frame obtained by the front-end visual odometer of the traditional SLAM system does not contain any semantic information, the target detection algorithm based on YOLOV4 and the Mask R-CNN semantic segmentation algorithm fused with fully connected conditional random field CRF are used to compare ORB-SLAM3. The key frame image processing of the robot effectively improves the perception of the indoor environment of smart devices such as robots.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 United Kingdom ChineseLi, M; Liu, X; Zhang, S; Song, H; Wang, G; Wang, B;Copyright © 2021 The Author(s). The safety of power batteries have always restricted the promotion and development of electric vehicles. The axial compression of batteries is an important issue leading to damage. The safety performance of 18650 lithium-ion battery under axial compression was studied by experiments. The characters of load, voltage and temperature of batteries with state of charge of 60%, 80%, and 100% were discussed, and the failure process of the battery under axial compression was analyzed. It was found that the voltage during the axial compression process showed a unique stepped drop, the maximum load and a sudden temperature increase occurred almost simultaneously; the local groove structure of the positive induced the battery to rupture near the positive. Comparing the batteries in axial compression with the batteries of the radial two-plate compression, it was found that the thermal runaway of power battery in axial compression is weaker than that in radial two-plate compression.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 United Kingdom ChineseBeijing Magtech Co., Ltd. Lin, JZ; Li, BL; Li, GQ; Huang, ZW; Pang, Y;Copyright © 2021 The Author(s). As the most obvious feature of electrocardiogram(ECG), R wave is often used as an important basis to determine other bands of ECG.Aiming at the low recognition rate of existing algorithms, an R-wave recognition algorithm based on empirical wavelet transform and signal structure characteristics is proposed.Firstly, the empirical wavelet transform is used to adaptively segment the spectrum of ECG signal, and the appropriate wavelet filter banks are constructed in the segmentation interval to extract the tightly supported modal components.Then, the spectrum of each extracted modal component is analyzed to find out the corresponding high frequency component of R wave and analyze its structure, so as to realize the accurate positioning of R wave.The simulation results show that the sensitivity, accuracy and positive rate of the proposed algorithm for R-wave recognition of ECG signal are 99.93%, 99.92% and 99.99% respectively, and the algorithm takes only 0.68s with a good recognition effect for R-wave.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2021 United Kingdom ChineseDianli Xitong Zidonghua Wu, R; Wang, D; Xie, C; Lai, CS; Huang, J; Lai, LL;Copyright © 2021 The Authors. The scale of air-conditioning load in the distribution network is rapidly increasing with the improvement of living level. Furthermore, the buildings equipped with air conditioners have the capability of thermal buffer, which makes it valuable for participating in demand-side response. In the meanwhile, the penetration rate of distributed photovoltaic (PV) power generation in the distribution network is gradually increasing. The fluctuations of PV power generation have a negative impact on the voltage stability of the distribution network. This paper proposes a distributed consensus-driven control method. The aggregated air-conditioning load is scheduled to participate in the voltage management of the distribution network through the limited communication links established between the aggregators. A two-dimensional thermal parameter model is adopted to calculate the thermal exchange of the buildings equipped with air conditioners more accurately to guarantee the thermal comfort requirement of users. Finally, the case studies are performed on a modified IEEE 15-bus distribution network to verify the effectiveness and robustness of the proposed control strategy.
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2020 United Kingdom ChineseChina Association for Science and Technology Li, G; Lin, J; Xu, Y; Huang, Z; Liu, T;Copyright © 2020 The Author(s). To improve the transmission flexibility of emergency communication scenarios, a joint user grouping and power allocation algorithm was proposed for UAV-aided non-orthogonal multiple access (NOMA) system. A sum-rate maximization resource allocation algorithm was formulated under the constraints of the maximum transmit power and the user grouping. To solve the non-convex problem, a graph-based user grouping algorithm was proposed to minimize the relative distance between the UAV and users. Based on the grouping result, the power allocation sub-problem was transformed into a convex one by using the auxiliary-variable approach. Simulation results demonstrate that the proposed algorithm has better performance in terms of sum rates. The National Key Research and Development Program of China(2019YFC1511300);The Natural Science Foundation of Chongqing(cstc2019jcyj-msxmX0666);The Natural Science Foundation of Chongqing(cstc2019jcyj-xfkxX0002);The Open Project of Shaanxi Key Laboratory of Information Communication Network and Security(ICNS201904)
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For further information contact us at helpdesk@openaire.eudescription Publicationkeyboard_double_arrow_right Article 2020 United Kingdom ChineseXi nan min zu xue yuan xue bao bian ji bu Li, Zijie; Yifan Zhang;Li, Zijie; Yifan Zhang;Do the share buttons not appear? Please make sure, any blocking addon is disabled, and then reload the page.All Research productsarrow_drop_down <script type="text/javascript"> <!-- document.write('<div id="oa_widget"></div>'); document.write('<script type="text/javascript" src="https://www.openaire.eu/index.php?option=com_openaire&view=widget&format=raw&projectId=core_ac_uk__::68ecc6af22d4cecedf5974b012433de4&type=result"></script>'); --> </script>
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