对可疑活动进行监视、跟踪和驱动的人工智能

Surajit Bhattacherjee, G. Somashekhar
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引用次数: 4

摘要

就印度而言,随着发展中国家经济的快速增长,据报道,犯罪和刑事犯罪的数量正在增加。在许多案件中,由于证言不足和缺乏及时的通讯联系,嫌疑人得以相当自由地逃脱。例如,假设发生了一起银行抢劫案,此时没有人能够按紧急蜂鸣器或拨打最近的警察局。最终,当最近的警察局得知事实后,这伙人已经无法触及,没有留下任何线索。在许多情况下,鲁莽驾驶和肇事逃逸,甚至在不那么拥挤的街道上戏弄和骚扰妇女,在路边的自动柜员机上扒窃和勒索,等等,都是同样的情况。在涉及犯罪的地方,必须有一个高质量的监控和专家驱动,以最少的人为干预来对抗所有这些活动。我们的目标是设计一种智能设备,它可以持续关注周围发生的任何活动,并根据管理员的要求,它可以跟踪任何嫌疑人,无论是物体还是人,以最小的功耗和最少的人力。作为一个执行器,它会向最近的交通控制中心或警察局发送信号,告诉他们犯罪的状态,以及它的位置,还会告诉他们它要去哪个方向。从概念的实时性出发,将飞行装置设计成外形和飞行都像鸟的机器人,处理器选用ARDUINO UNO,图像处理采用matlab -lab工具,管理员与设备之间通过RFID系统通信,设备与警察控制之间通过GPS/GSM技术实现通信。
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Artificial Intelligence to Impart Surveillance, Tracking, & Actuation on Suspicious Activities
Along with the fast growing economy of a developing country as far as India is concerned, there has been reported an emerging number of crime and criminal offences. In many of the cases the suspects are quite freely escaped because of the insufficient testimonials and lack of communication links in time. As an instance, suppose a bank robbery takes place and right then no one is able to press the emergency buzzer or to dial up to nearest police station. Eventually, when the nearest police station is informed about the fact, the gang is beyond the reach leaving no clue behind. Same is observed in many cases as rash driving and hit and run, eve teasing and molestation of women at less crowded streets, pick pocketing and blackmailing at Automatic Teller Machines at roadside and many more. Where there is a crime involved, there has to be a quality surveillance and expert actuation to stand against all these activities with minimum human intervention. Our goal is to design an intelligent device that can continuously keep an eye on any activity happening around it and on administrator's request it can track any suspect, be it an object or a human being, with minimum power consumption and least human efforts. As an actuator it sends a signal to the nearest traffic control or police station intimating the state of crime along with its location and also tells about which direction it is heading to. In view of a real-time establishment of the concept, the flying device is designed to be a robot that looks and flies like a Bird, the processor is chosen to be ARDUINO UNO, the image processing is made by mat-lab tool and the communication link between the administrator and the device is via RFID system and between device and the police control is achieved by GPS/GSM technology.
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