Ship berthing monitoring
基于人工智能视觉分析技术，自动识别江面航道上朝着摄像头方向移动的船舶等大体积移动物体（检测目标），对于背离摄像头方向移动或者静止不动的船舶不识别。
Green belt destruction
Based on artificial intelligence visual analysis technology, with on-site cameras, it can automatically identify the green belt area. If anyone breaks in, it can immediately give voice warning, which has an excellent effect on the efficiency of environmental protection supervision.
监测道路积水
基于人工智能视觉分析技术，实时识别雨天或洪水路面积水情况，对于严重积水时立即报警，提醒管理人员排水疏通，设立警告标志，避免人车安全事故。
车位引导
检测到监控区域泊位状态，输出显示监控区域总共泊位数和剩余空泊位数
水面垃圾漂浮检测
基于计算和深度学习的水面垃圾检测,通过摄像头自动识别水面垃圾及漂浮物,并且将结果反馈给管理人员,为城市市政管理者有效安排清理人员提供方便。
船舶水域停靠监测
基于人工智能视觉分析技术，自动识别江面航道上朝着摄像头方向移动的船舶等大体积移动物体（检测目标），对于背离摄像头方向移动或者静止不动的船舶不识别。
闯绿化带识别
基于人工智能视觉分析技术,配合现场摄像头,自动识别绿化带区域，若有人员闯入即可立即语音警示,，对环保监管效率有极好的效果。
Identification of fire lane occupation
Based on the artificial intelligence visual analysis technology, the fire passage is monitored, and an early warning is given when a vehicle is detected to be parked, and no early warning is given to vehicles passing normally.
Water level identification
Based on the artificial intelligence visual analysis technology, the hydrological scale image is taken through the on-site camera, and the image information is processed in real time to identify and output the water level information. Reduce the time, manpower and material costs of manpower measurement and recording.
Irregular parking recognition
Based on the artificial intelligence visual analysis technology, monitor whether the parking of motor vehicles conforms to the specifications, alarm the vehicles that stop irregularly (including overtime parking, vehicles entering the illegal parking area, pressing the line, etc.), and feed back to the management personnel.