东莞通APP找到设置找到注销账号就删掉就可以了
要销户，必须带上证件及他地接收证明到当地派出所提交，不能够网上APP销户。
有优惠。东莞市民用手机里的东莞通APP就可以扫码乘地铁、坐公交车了。方便之余，票价还有折扣——即日起东莞市民使用东莞通APP扫码乘坐地铁可以享受票价4.5折-7.2折优惠，优惠名额限量50万个；使用东莞通APP扫码乘坐公交车可以享受票价7.2折优惠，优惠名额限量100万个。
有的，自己可以注册一个账号，可以直接使用手机号码进行在线注册，就在我的功能下面就可以直接进行注册一个！
下载东莞通APP，打开东莞通，进入首页，点击首页下方乘车码，这时会弹出2个选择：一个地铁乘车码，一个公交乘车码。
点击地铁乘车码，通过安检后，对准闸机扫码就可以顺利通过，乘座地铁到达目的地后，出站时还要再次对闸机扫码就达到扣费成功了
登录东莞通APP，在交易记录中查询就可以了。
1.使用微信搜一搜搜索“东莞通”，并关注东莞通公众号；
2.进入公众号后，点击公众号界面菜单栏中的“便民查询”并在弹出的子菜单中选择“卡余额查询”即可获得一条公众号自动回复，点击自动回复的链接后即可进入东莞通余额查询界面；
3.在查询页面输入个人卡号、验证码之后点击下方的“查询”即可查询到个人东莞通余额。
直接用微信钱包转帐东莞通App。
智慧城市交通的未来：带来便利与可持续发展
随着全球城市化进程的加速，城市交通问题也日益突出。交通拥堵、空气污染、能源消耗等问题已经成为现代城市面临的严峻挑战。为了解决这些问题，越来越多的城市开始采用智慧城市交通技术，以实现交通的便利和可持续发展。
智慧城市交通是指通过运用先进的信息和通信技术，对城市交通系统进行综合管理和优化，从而提供更高效、便捷、安全、环保的交通服务。它涵盖了交通信息采集和处理、交通网络优化调度、出行服务创新等方面。
智慧城市交通的实现离不开一系列关键技术的支持。
2.1 物联网技术
物联网技术将传感器和设备连接到互联网，实现了交通信息的实时采集和数据共享。通过在交通设施和车辆上部署传感器，可以监测交通流量、道路状况、车辆位置等信息，从而实现交通拥堵的智能预测和路线优化。
2.2 大数据和人工智能技术
大数据和人工智能技术的应用使交通管理者能够更好地分析和处理交通数据，从而快速做出决策。通过数据分析和模型建立，可以预测交通需求、优化交通信号控制、提供个性化的出行服务。
2.3 云计算和边缘计算技术
云计算和边缘计算技术提供了强大的计算和存储资源，可以支持智慧城市交通系统的大规模部署和运行。交通数据的处理和分析可以在云端进行，而计算任务的实时响应可以通过边缘计算实现。
3.1 实时交通信息服务
利用智慧城市交通技术，交通管理部门可以向市民提供实时的交通信息，包括道路拥堵情况、公交车实时位置、停车位信息等。这可以帮助市民避免拥堵路段、选择最优交通工具，提高出行效率。
3.2 自动驾驶技术
自动驾驶技术是智慧城市交通的重要应用之一。通过引入自动驾驶车辆，可以降低交通事故发生率，提高交通运行效率。自动驾驶技术还可以为老年人和身体不便的人提供更便捷的出行方式。
3.3 出行导航和智能交通系统
出行导航系统基于交通信息和车辆位置数据，帮助驾驶员选择最佳路线，并实时指导驾驶。智能交通系统可以自动调节信号灯，优化交通流量，减少拥堵和停车时间。
智慧城市交通技术的广泛应用带来了诸多优势。
4.1 交通拥堵减少
通过智能交通信号控制和路线优化，可以有效减少交通拥堵，提高交通运行效率。市民能够更快速、顺畅地到达目的地，减少出行时间和交通压力。
4.2 能源消耗降低
智慧城市交通技术可以对交通流量进行合理调度，减少车辆在路上的徘徊和急刹车现象，从而降低能源消耗和排放。这对环保和节能具有重要意义。
4.3 出行服务创新
智慧城市交通技术为市民提供了更多便捷的出行方式，例如共享单车、在线打车等。通过移动支付和在线预约，出行服务更加智能化、个性化。
智慧城市交通技术虽然带来了很多好处，但也面临着各种挑战。
5.1 数据安全与隐私问题
智慧城市交通系统需要处理大量的个人数据和敏感信息，如位置数据、行驶轨迹等。保障数据安全和隐私成为一个重要课题，需要制定相关政策和技术措施。
5.2 基础设施建设与更新
实施智慧城市交通技术需要大量投入，包括建设传感器网络、安装设备和更新交通基础设施等。这需要政府和企业的合作与支持。
5.3 社会接受度和文化适应
智慧城市交通技术的推广需要社会的支持和接受度。同时，不同城市的文化和交通习惯也会对技术应用产生影响，需要进行充分的调研和适应。
未来展望：
智慧城市交通技术在解决城市交通问题方面具有巨大潜力。随着各种关键技术的不断发展和成熟，智慧城市交通会更加高效、智能、环保。我们有理由相信，未来的城市交通将变得更加便利和可持续。
In the rapidly advancing process of global urbanization, urban traffic issues have become increasingly prominent. Challenges such as traffic congestion, air pollution, and energy consumption have become severe problems faced by modern cities. To address these issues, more and more cities are adopting smart city transportation technologies to achieve convenient and sustainable transportation. ## 1. Definition of Smart City Transportation Smart city transportation refers to the comprehensive management and optimization of urban transportation systems through the application of advanced information and communication technologies, providing more efficient, convenient, safe, and environmentally friendly transportation services. It includes aspects such as traffic information collection and processing, traffic network optimization and scheduling, and innovation in travel services. ## 2. Key Technologies of Smart City Transportation The realization of smart city transportation relies on a series of key technologies. **2.1 Internet of Things (IoT) Technology** IoT technology connects sensors and devices to the Internet, enabling real-time collection and data sharing of traffic information. By deploying sensors on transportation facilities and vehicles, traffic flow, road conditions, and vehicle positions can be monitored, enabling intelligent prediction of traffic congestion and route optimization. **2.2 Big Data and Artificial Intelligence (AI) Technology** The application of big data and AI technology enables transportation managers to better analyze and process traffic data, thereby making rapid decisions. Through data analysis and model building, traffic demand can be predicted, traffic signal control can be optimized, and personalized travel services can be provided. **2.3 Cloud Computing and Edge Computing Technology** Cloud computing and edge computing technologies provide powerful computing and storage resources, supporting the large-scale deployment and operation of smart city transportation systems. Traffic data processing and analysis can be performed in the cloud, while real-time response to computing tasks can be achieved through edge computing. ## 3. Examples of Smart City Transportation Applications **3.1 Real-time Traffic Information Services** With smart city transportation technology, transportation authorities can provide citizens with real-time traffic information, including road congestion, real-time bus positions, parking space availability, etc. This helps citizens avoid congested routes, choose optimal transportation methods, and improve travel efficiency. **3.2 Autonomous Driving Technology** Autonomous driving technology is a crucial application of smart city transportation. By introducing autonomous vehicles, the occurrence of traffic accidents can be reduced, and traffic operation efficiency can be improved. Autonomous driving technology also provides more convenient travel options for the elderly and people with disabilities. **3.3 Travel Navigation and Intelligent Transportation System** Travel navigation systems, based on traffic information and vehicle location data, assist drivers in selecting the best routes and provide real-time guidance. Intelligent transportation systems can automatically adjust traffic signals, optimize traffic flow, and reduce congestion and parking time. ## 4. Advantages of Smart City Transportation The widespread application of smart city transportation technology brings numerous advantages. **4.1 Reduced Traffic Congestion** Through intelligent traffic signal control and route optimization, traffic congestion can be effectively reduced, improving traffic operation efficiency. Citizens can reach their destinations more quickly and smoothly, reducing travel time and traffic pressure. **4.2 Reduced Energy Consumption** Smart city transportation technology enables reasonable scheduling of traffic flow, reducing vehicle hesitation and sudden braking, thus reducing energy consumption and emissions. This is significant for environmental protection and energy conservation. **4.3 Innovative Travel Services** Smart city transportation technology provides citizens with more convenient travel options, such as bike-sharing and online-hailing services. Through mobile payment and online reservations, travel services become more intelligent and personalized. ## 5. Challenges and Prospects of Smart City Transportation While smart city transportation technology brings many benefits, it also faces various challenges. **5.1 Data Security and Privacy Issues** Smart city transportation systems need to handle a large amount of personal data and sensitive information, such as location data and travel trajectories. Ensuring data security and privacy is an important issue that requires relevant policies and technical measures. **5.2 Infrastructure Construction and Upgrades** Implementing smart city transportation technology requires significant investment, including the construction of sensor networks, installation of devices, and upgrading of transportation infrastructure. This requires collaboration and support from governments and businesses. **5.3 Social Acceptance and Cultural Adaptation** The promotion of smart city transportation technology requires social support and acceptance. Additionally, the culture and transportation habits of different cities may influence technological application, requiring thorough research and adaptation. **Future Outlook:** Smart city transportation technology has tremendous potential in solving urban transportation problems. With the continuous development and maturity of various key technologies, smart city transportation will become more efficient, intelligent, and environmentally friendly. We have reason to believe that the future of urban transportation will be more convenient and sustainable.东莞通app可以绑定实体公交卡吗？
可以的，东莞通app是可以绑定实体卡。他也可以开通虚拟卡的。那么你只要在手机上面下载一个东莞通APP，就可以实现这两步。现在东莞通很少有人去办理实体卡，都是直接在网上办理一个虚拟卡，这样很方便。
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