实体化运作的交通信号配时中心和优化办公室，是常州交通的"智慧中枢"。它不仅实时响应，更能前瞻 布局。针对重大节假日，专门配置信号"假期模式"；面对地铁施工、大型活动等临时挑战，"一点一 策"制定保障方案，确保全市重大工程顺利推进的同时，中心城区拥堵指数逆势下降4.5%。从"治已 病"到"防未病"，智慧交管让城市运行更加从容。 共治共享：筑牢安全基石，传递民生温度 安全是畅通的底线。常州公安推动隐患治理"清零"，全年整治各类风险点位超7000处。创新将交通安全 融入基层网格，在规上企业推广共享头盔柜，甚至联合广场舞协会编演安全主题舞蹈，让安全意识深入 人心、融入日常。 服务的温度体现在细节。全国试点的新车上牌"一件事"改革，将办理时间从2天压缩至30分钟；全年新 增公共停车泊位过万，推动173家单位共享内部车位超2万个；在"苏超"等大型活动期间，创新协调资源 服务球迷，相关主题短视频播放量超2800万……这些举措，精准化解了群众"急难愁盼"，将民生实事办 到了百姓心坎上。 在机动车保有量突破200万辆的澎湃浪潮中，如何让城市交通不仅"跑起来"，更"跑得顺畅、跑得安全、 跑得舒心"？这考验着一座城市的治理智慧与为 ...

半月谈记者 赵佳乐 重庆山地丘陵面积占比超九成，道路设计复杂、上下坡路段密集，车辆违法超限超载运输的危害大。过去，依赖定点检 查与流动巡查的传统模式始终存在监管空隙，难以实现全方位覆盖。而如今的非现场执法，依托电子称重、高清摄像头 等智能监控设备，实现了对行驶公路车辆全天候24小时不间断的数据采集与分析，监管效能大幅提升。 目前，重庆市治超联网管理已基本织密"一张网"，初步构建起全市治理"一盘棋"格局：该信息系统整合了41处固定治超 站、149处非现场治超点，以及23个区县重点货运源头企业、109个站点的称重数据，固定治超站与部级平台接入率 100%，数据联网上传率达96.85%。 建成重庆市交通运输执法综合管理信息系统，优化"法治·交通运输打非治违"数字平台应用……近年来，依托"数字重 庆"建设契机，重庆交通运输信息化建设蹄疾步稳。 流动的数据打破了部门间的信息壁垒。目前，重庆已归集交通运输执法领域209个感知资源、30类数据资源，赋能15个实 际应用场景，同时共享公安等16个部门60余类数据，建立健全违法线索移交、案件处置和移送机制，有力助推安全韧性 城市建设。 从"管理型"到"服务型"的范式跃升 重庆是 ...

Core Viewpoint - The implementation of police drones in Shanghai's Yangpu District represents a significant advancement in law enforcement technology, enhancing efficiency and public safety through real-time monitoring and evidence collection [1][2]. Group 1: Technological Advancements - The use of drones for law enforcement allows for "zero delay" in capturing and processing violations such as running red lights and riding against traffic, showcasing a technological leap in policing methods [1]. - The integration of various technologies, including drones, electronic police systems, and facial recognition, creates a comprehensive "air-ground-cloud" enforcement system that improves coverage and supports data analysis for smart traffic management [2]. Group 2: Operational Efficiency - The drone-assisted enforcement model reduces the workload on police officers while increasing the detection and handling rates of violations, leading to a more transparent and fair law enforcement process [1]. - The real-time recording and public display of violations serve as a psychological deterrent, encouraging drivers to adhere to traffic regulations and shifting traffic management from reactive to proactive [2]. Group 3: Strategic Development - Local authorities are encouraged to adopt a "technology + system + humanistic" approach to develop smart law enforcement, focusing on deploying resources in high-traffic areas and integrating human oversight with technological monitoring [3]. - Promoting public engagement through initiatives like "open days" and drone experience classes can enhance community acceptance and understanding of smart law enforcement practices [3]. Group 4: Challenges and Considerations - The deployment of smart law enforcement faces challenges such as the need for improved drone capabilities, data security, and legal frameworks to protect citizens' privacy and prevent misuse of information [4]. - There is a call for increased investment in research and development to enhance the adaptability and accuracy of enforcement technologies, alongside establishing clear regulations for data collection and usage [4].

Core Insights - Beijing's sub-center road network optimization has led to a maximum improvement of 45.8% in morning peak traffic efficiency, with queue lengths decreasing by over 56% [1][2]. Group 1: Traffic Improvement Projects - The Tongyun intersection project was completed in just 72 hours, resulting in a 45.79% increase in morning peak traffic efficiency compared to the previous week, with average speeds reaching 31.5 km/h, a 49.5% increase year-on-year [2]. - The Chunming West Road optimization has improved traffic flow around schools, reducing vehicle and pedestrian conflicts, thereby enhancing safety for students and residents [3]. - The Tonghuai Road widening project aims to complete by the end of October, expanding the road from 2 lanes to 3 lanes and adding a 4-meter-wide separate non-motorized lane, significantly improving traffic safety and capacity [4]. Group 2: Upcoming and Ongoing Projects - The Liuhe Bridge congestion relief project is in the preparation stage, focusing on expanding the existing bridge and widening the road to alleviate traffic bottlenecks in the northern part of the sub-center [5]. - The overall efficiency of the sub-center road network is being enhanced through systematic and refined traffic management measures [5].