An innovative approach for women and children's security based location tracking system

Velayutham, R.; Sabari, M.; Rajeswari, M.

doi:10.1109/iccpct.2016.7530325

Cited by 12 publications

(3 citation statements)

References 1 publication

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“…Charging a 4.2-volt battery to 4.1 V results in a 10% or larger reduction in capacity.1 Accurate voltage regulation is critical for safely charging Li-ion batteries; the tolerance for overcharging can be 50 mV or less.15 Charging cells in series requires circuitry to balance the Most Li-ion batteries should not be charged at ambient temperatures below 0°C or above 45-50°C. 16 Charging at high temperature will decrease cycle life and may present a safety hazard; phosphate-based batteries may have somewhat better high-temperature performance than other Liion chemistries. Charging at low temperatures may lead to the growth of lithium metal dendrites,17 which can result in an internal short circuit, destroying the battery and potentially causing a fire.…”

Section: Charging and Discharging Li-ion Batteriesmentioning

confidence: 99%

Smart Aided Device for Human Safety Using IoT

Purushothaman¹

2023

cienc.eng.

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The safety of people is a increasing Emergency in India and other countries. The primary issue in the handling of these cases by the police lies in constraints preventing them from responding quickly to calls of distress. To aid in the removal of these distress, this paper introduces the position sensor, panic button and GSM, it conveys the message containing the person is in emergency as an alert message. One of the aim of this work is for safety purpose of people.People safety has always been an issue even in these modern times with so much advancement in technology. People are not safe anywhere and are most vulnerable when traveling alone into lonely roads and deserted places. Existing hand held safety devices for people require human intervention for activating the device such as pressing the button or shake the device etc. after sensing the danger. We propose a solution which will try to overcome the disadvantages of the existing systems and also aim at providing false proof safety to people. The proposed work aims at designing a safety device that relies on providing security to people by the method of connectivity to the device and alerting nearby people and police when a people is not safe. Moreover, for first-hand safety, shockwave generator is also designed that people can use to attack the perpetrator. Semantic social engineering attacks are a pervasive threat to computer and communication systems. By employing deception rather than by exploiting technical vulnerabilities, spear-phishing, obfuscated, drive-by downloads, scare ware, and+ other attacks are able to circumvent traditional technical security controls and target the user directly. Our aim is to explore the feasibility of predicting user susceptibility to deception-based attacks through attributes that can be measured, preferably in real-time and in an automated manner. Toward this goal, we have conducted two experiments, the ﬁrst on users recruited on the Internet, allowing us to identify useful high-level features through association rule mining, and the second on a smaller group of users, allowing us to study these features in more detail. In both experiments, participants were presented with attack and non-attack exhibits and were tested in terms of their ability to distinguish between the two. Using the data collected, we have determined practical predictors of users’ susceptibility against semantic attacks to produce and evaluate a logistic regression and a random forest prediction model, with the accuracy respectively. We have observed that security training makes a noticeable difference in a user’s ability to detect deception attempts, with one of the most important features being the time since last self-study, while formal security education through lectures appears to be much less useful as a predictor. Other important features were computer literacy, familiarity, and frequency of access to a speciﬁc platform. Depending on an organization’s preferences, the models learned can be conﬁgured to minimize false positive or false negatives or maximize accuracy, based on a probability threshold. In today’s world, the major question in every girl’s mind is about her security and safety. A few years back, a woman has to go for the convivial system (social media) to protest and warn about sexual harassment faced their self? A report shows that 51% have to experience sexual harassment unwillingly. The percentage turned to 66%, 38% and 35% for the public places, workplace and at their home respectively. At first, the cases handling by the police are a major issue but there have some botheration’s like not knowing the victim’s exact emergency, not knowing surely the crime occurred at all, and then lack evidence, police stops investigation. Nowadays, personal safety has become a significant problem for everyone, but especially for people. Here we introduce a system which makes sure the people protection. The device can be easily carried and could be taken whenever they sense the danger. The project idea is to provide a swift responding and reporting safety device for people. The application helps people to overcome with fear and can call to her guardian that he/she can take the help. It reports a situation just by pressing button on the smart band. Our project resembles a smart band; it has the capability to protect the people, with the various sensors integrated within the band. When he/she wearing the band or a watch, if he/she face any Kind of harassment or if he/she feel something happened to be endanger he/she can press the button located on the watch, when he/she fall in down, the various information such as emergency, body posture, pulse rate and SMS alert are sent to the predefined number by using the GSM. This will help to reduce the crime against the people. Objective To safe and secure the people we develop this project that can act as a rescue device and protect at the time of danger. To provide a reliable security system for a people when they are feel unsafe. This device consists of a system that ensures dual alerts in case a people is harassed or he/she thinks he/she is in trouble.

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Section: Charging and Discharging Li-ion Batteriesmentioning

confidence: 99%

Smart Aided Device for Human Safety Using IoT

Purushothaman¹

2023

cienc.eng.

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“…According to the current status of wearable and biomedical device technology, the monitoring structure of the system supervises a lot of bio-signals. In [17] a system is designed to detect location with GPS and GSM mechanisms to pass the current location to any of the trusted contacts as a Google map link and services are provided from that moment on to track the locations to save the individual. A wearable system was designed in [18] that resembles a normal watch with a button that can be pressed in an unpleasant situation to activate the system.…”

Section: Related Workmentioning

confidence: 99%

Design and Development of an Advanced Affordable Wearable Safety Device for Women: Freedom Against Fearsome

Humaira¹,

Ahmed²,

Roy³

et al. 2021

Adv. sci. technol. eng. syst. j.

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Harassment and violence against women have become one of the social security problems in Bangladesh. In this paper, we aim to develop safety devices for women named BOHNNI and BADHON which resemble legitimate jewelry. We used a microcontroller for the hardware device to make it most decisive and less immoderate. BOHNNI, a locating device, is the imitator of a locket including a voice recognizer, Bluetooth, Arduino, GPS, and GSM module. BADHON which imitates a bracelet is a rescue device for the victim whenever she thinks of herself being in a very deliberate situation. Both devices are activated by the user's voice commands and also by a manual switch. The devices are aesthetically designed which will make the users enthusiastic to wear them. The device will generate messages to the predefined relative's numbers with the victim's location and relevant surrounding information. The device can also be used as a self-defending weapon as it can produce a shock up to 10 mA with an interval of two seconds which can temporarily paralyze or freeze a person. After calculating, we have obtained the lowest response time of BOHNNI and BADHON which is 1.95s, and the highest accuracy level of 91.67% in different situations that ensure the superlative performance level of our devices. We found our device as an all-in-one device that combines all the features in it regarding safety.

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“…Thus, to improve children's safety and to calm their parents, a method required to help look after children by using an easy and common tool. One such tool that is already widely used is a device that will send location information if the device is pressed [1][2][3]. However, for this equipment to work, someone still has to press a button.…”

Section: Introductionmentioning

confidence: 99%

Child Location Tracker with Virtual Fence

2020

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With widespread news of child abductions circulating in the media, child abduction is one of the anxieties felt by parents, especially those who have small children. Many ways have been tried to overcome this risk, ranging from restricting children from leaving the home alone to schools building fences around the school so students cannot leave the school grounds and not giving people the opportunity to enter a school without a clear purpose. With the development of information technology and the increasing availability of communication devices, such as the smartphones that are owned by so many children, these devices can be used to track the whereabouts of children so they can be easily monitored by their parents wherever they may be. By adding an application to the device, a boundary area can be made within which a child can safely be active, such as the school grounds. After children enter the school area in possession of this application, a message will automatically be sent to parents and teachers if the child and the device unexpectedly leave the school area so immediate action can be taken.

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An innovative approach for women and children's security based location tracking system

Cited by 12 publications

References 1 publication

Smart Aided Device for Human Safety Using IoT

Smart Aided Device for Human Safety Using IoT

Design and Development of an Advanced Affordable Wearable Safety Device for Women: Freedom Against Fearsome

Child Location Tracker with Virtual Fence

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