Page 87 - 《武汉大学学报(信息科学版)》2025年第6期
P. 87

第 50 卷第 6 期                袁宏永等:城市生命线安全工程发展现状与趋势                                     1109


                    Data  Detection  and  Classification  for  Bridge  Struc‑  son  Model[J].   Journal  of  Central  South  Universi‑
                    tural  Health  Monitoring  via  Statistical  and  Deep-  ty (Science  and  Technology),  2022 ,  53(2):
                    Learning  Approach [J].   Structural  Control  and   560-568.
                    Health Monitoring, 2021, 28(11): e2824.     [39]  RAJESWARAN  A,  NARASIMHAN  S,  NARA‑
               [32]  李舒, 薛海斌, 李祥东, 等 .  一种基于大数据的桥                    SIMHAN  S.   A  Graph  Partitioning  Algorithm  for
                    梁结构安全评价方法及装置: CN112561257A[P].                   Leak Detection in Water Distribution Networks[J].
                    2021-03-26.                                      Computers  &  Chemical  Engineering,  2018,  108:
                    LI Shu, XUE Haibin, LI Xiangdong, et al.  Bridge   11-23.
                    Structure  Safety  Evaluation  Method  and  Device   [40]  KANG J, PARK Y J, LEE J, et al.  Novel Leakage
                    Based  on  Big  Data:  CN112561257A[P].   2021-  Detection  by  Ensemble  CNN-SVM  and  Graph-
                    03-26.                                           Based  Localization  in  Water  Distribution  Systems
               [33]  LI S, GAN L Y, ZHAO R N, et al.  Research on   [J].   IEEE  Transactions  on  Industrial  Electronics,
                    Bridge  Integrity  Assessment  and  Early  Warning   2017, 65(5): 4279-4289.
                    Monitoring  Methods  Based  on  Bearing  Reaction   [41]  陈俊宇 .  排水管网病害分析及改造策略研究[J].
                    Force[J].  Buildings, 2024, 14(3): 763.          给水排水, 2023, 59(9): 137-143.
               [34]  陈凌, 刘隧庆, 李树平 .  城市供水管网瞬态水力模                     CHEN  Junyu.   Drainage  Network  Disease  Analysis
                    型 的 建 立 和 应 用[J].   给 水 排 水 ,  2007,  43(5):     and Reconstruction Strategy Research[J].  Water &
                    109-114.                                         Wastewater Engineering, 2023, 59(9): 137-143.
                    CHEN  Ling,  LIU  Suiqing,  LI  Shuping.   Construc‑  [42]  谢宏桥, 田旦 .  排水管网测量在城镇排水系统病害
                    tion and Application of Transient Hydraulic Model of   排查和诊断中的应用[J].  城市道桥与防洪, 2023
                    Urban Water Supply Distribution Network[J].  Wa‑  (7): 148-152.
                    ter  &  Wastewater  Engineering,  2007,  43(5) :   XIE  Hongqiao ,  TIAN  Dan.   Application  of
                    109-114.                                         Drainage  Pipe Network Survey in Disease Investiga‑
               [35]  肖梓铭 .  供水管网泄漏声检测与漏点定位系统设计                       tion  and  Diagnosis  of  Urban  Drainage  System[J].
                    [D].  南昌: 南昌航空大学, 2022.                          Urban Roads Bridges & Flood Control, 2023(7):
                    XIAO  Ziming.   Design  of  Leak  Acoustic  Detection   148-152.
                    and  Leak  Location  System  for  Water  Supply  Net‑  [43]  彭欢 .  城市排水 GIS 系统研究[D].  北京: 北京林
                    work[D].  Nanchang: Nanchang Hangkong Univer‑    业大学, 2014.
                    sity, 2022.                                      PENG  Huan.   Study  on  GIS  System  of  Urban
               [36]  SHAKMAK  B,  AL-HABAIBEH  A.   Detection  of    Drainage[D].   Beijing :  Beijing  Forestry  Universi‑
                    Water Leakage in Buried Pipes Using Infrared Tech‑  ty , 2014.
                    nology;  A  Comparative  Study  of  Using  High  and   [44]  李海燕, 吴晓绚, 王婷, 等 .  广州城市暴雨内涝模
                    Low  Resolution  Infrared  Cameras  for  Evaluating   型模拟效果评估[J].  热带气象学报, 2023, 39(5):
                    Distant  Remote  Detection[C]//IEEE  Jordan  Con‑  689-696.
                    ference on Applied Electrical Engineering and Com‑  LI  Haiyan ,  WU  Xiaoxuan ,  WANG  Ting ,  et  al.
                    puting  Technologies (AEECT),  Amman,  Jordan,   Evaluation  of  Simulation  Effect  of  Urban  Rain‑
                    2015.                                            storm  Waterlogging  Model  in  Guangzhou [J].
               [37]  王子川 .  基于小波变换和决策树的水锤事件识别及                       Journal  of  Tropical  Meteorology ,  2023 ,  39(5):
                    事故诊断[D].  哈尔滨: 哈尔滨工业大学, 2023.                    689-696.
                    WANG  Zichuan.   Water  Hammer  Event  Identifica‑  [45]  薛丰昌, 陈笑娟, 吕鑫, 等 .  利用社会公众拍摄图
                    tion  and  Accident  Diagnosis  Based  on  Wavelet   像构建城市内涝深度等级评估模型[J].  武汉大学
                    Transform  and  Decision  Tree[D].   Harbin:  Harbin   学报(信息科学版), 2024, DOI: 10. 13203/j. whu‑
                    Institute of Technology, 2023.                   gis20240290.
               [38]  杨玉龙, 何凯军, 季京宣, 等 .  基于 ZIP 模型的供                 XUE  Fengchang ,  CHEN  Xiaojuan ,  LÜ  Xin ,  et
                    水管网灰口铸铁管爆管预测[J].  中南大学学报(自                       al.   Constructing  an  Urban  Waterlogging  Depth  As‑
                    然科学版), 2022, 53(2): 560-568.                     sessment  Model  Using  Public  Video  Information
                    YANG  Yulong ,  HE  Kaijun ,  JI  Jingxuan ,  et  al.    [J].   Geomatics  and  Information  Science  of  Wu‑
                    Gray  Cast  Pipe  Failure  Prediction  Model  in  Water   han  University ,  2024 ,  DOI:  10. 13203/j. whu‑
                    Distribution  System  Based  on  Zero-Inflated  Pois‑  gis20240290.
   82   83   84   85   86   87   88   89   90   91   92