Self-Driving Ambulance for Emergency Application

Mainak Das, Gautam Ghosh
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Abstract

An ambulance is a medically equipped vehicle which is used to shift a patient to a hospital and to provide the patient essential medical treatment during transit. Most of the man-driven ambulances are lacking with advance information like traffic cogestion, location of nearby hospital, taking on line advice of a doctor for emergency medical treatment during transit. All the above problems can be avoided if the service of a self-driving ambulance, equipped with GPRS and modern medical instruments, is available. At the time of emergency, self driving ambulance, can automatically take the route where there is less traffic and can also select the shortest route for destination by tracking of GPS location. Another advantage of self driving vehicle is that it is less prone to accident because of its high accuracy driving provided by the application of Artificial intelligence technology specially Machine Learning. This paper aims to present an idea for implementation of a prototype self-driving ambulance using IOT technology with high end computer vision. The technology which is proposed for this ambulance will reduce risk of accident substantially while running faster with patient comfort during emergency using high-definition cameras for detecting obstacles and potholes. At the time of emergency, self driving ambulance, can automatically take the route where there is less traffic and can also select the shortest route for destination by tracking of GPS location. Another advantage of self driving vehicle is that it is less prone to accident because of its high accuracy driving provided by the application of Artificial intelligence technology specially Machine Learning. This paper aims to present an idea for implementation of a prototype self-driving ambulance using IOT technology with high end computer vision. The technology which is proposed for this ambulance will reduce risk of accident substantially while running faster with patient comfort during emergency using high-definition cameras for detecting obstacles and potholes. This paper aims to present an idea for implementation of a prototype self-driving ambulance using IOT technology with high end computer vision. The technology which is proposed for this ambulance will reduce risk of accident substantially while running faster with patient comfort during emergency using high-definition cameras for detecting obstacles and potholes.
自动驾驶救护车紧急应用
救护车是一种配备医疗设备的车辆,用于将病人转移到医院,并在转运过程中为病人提供必要的医疗。大多数人工驾驶的救护车缺乏交通拥堵、附近医院的位置、在运输过程中接受医生的紧急医疗建议等提前信息。如果配备GPRS和现代医疗仪器的自动驾驶救护车能够提供服务,上述所有问题都可以避免。在紧急情况下,自动驾驶救护车可以自动选择交通较少的路线,也可以通过跟踪GPS位置选择到达目的地的最短路线。自动驾驶汽车的另一个优点是,由于人工智能技术特别是机器学习的应用提供了高精度的驾驶,因此不易发生事故。本文旨在提出一种利用高端计算机视觉的物联网技术实现自动驾驶救护车原型的想法。为这款救护车提出的技术将大大降低事故风险,同时在紧急情况下使用高清摄像头检测障碍物和坑洼,使患者更舒适,运行速度更快。在紧急情况下,自动驾驶救护车可以自动选择交通较少的路线,也可以通过跟踪GPS位置选择到达目的地的最短路线。自动驾驶汽车的另一个优点是,由于人工智能技术特别是机器学习的应用提供了高精度的驾驶,因此不易发生事故。本文旨在提出一种利用高端计算机视觉的物联网技术实现自动驾驶救护车原型的想法。为这款救护车提出的技术将大大降低事故风险,同时在紧急情况下使用高清摄像头检测障碍物和坑洼,使患者更舒适,运行速度更快。本文旨在提出一种利用高端计算机视觉的物联网技术实现自动驾驶救护车原型的想法。为这款救护车提出的技术将大大降低事故风险,同时在紧急情况下使用高清摄像头检测障碍物和坑洼,使患者更舒适,运行速度更快。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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