A Proposed Model for Human Securing using GPS

ACECS, 2019

The next generation of Location-Based Services (LBSs) will be notably decided by geofencing applications and online background tracking. The majority of people have become active mobile technology users wherever they are and anytime. They request information anytime, anywhere, so it has to be personalized and contextual to better satisfy their needs. At the same time the service providers would want to find out whether their clients are within their neighbourhood so that they can alert them of events or services in their proximity. Geofence which is a small geographic area that is outlined to produce a location event as soon as a user enters or leaves this geofence. To process this event in the context of a location based service is considered as one of the best technologies to virtually connect mobile customers and service providers. Online tracking continuously monitors the whereabouts of a customer enabling service providers to avail location-based events to the customer. This paper endeavours to highlight geofencing technologies, their uses and then look at the challenges and issues within this area. The building blocks of geofencing and the technology of marking the region of interest are explained. In conclusion it was foundout that geofencing can be used to offer personal and contextual services to mobile users anywhere and anytime.

2021

There is a single central PC to which a mobile phone is connected via serial or USB port, F bus, or DATA cable. The person we want to monitor via mobile must have a GPS-enabled phone that runs on J2ME. When a user clicks on a search button, an SMS is sent to the GPS mobile, and the GPS mobile sends an automatic response.. And that will be detected by the central computer, from which we will obtain the area's longitude and latitude. This form of SMS is sent to that person's mobile phone on a regular basis from the central PC's mobile phone. Such texts are regularly sent, and the responses provide us with the current time, date, longitude, and latitude, which are then stored in a database. All of this database data is fed into the java script. calculates the person's position in the Google map using the longitude and latitude axis points

2018

The essential purpose for women/children of the endeavor is to supply security.In an event of emergency conditions woman or youth will press an emergency which will activates the G.P.S for territory following and the S.M.S to police and known of woman close by time. Directly a day's ambushes on woman and child kidnapping is growing well-ordered and by virtue of where she can't take an adaptable and dialup to police or different relatives, our suggestion are particularly useful in lighting up concerning attacks and to boot in giving the correct region in the approach to police {office station} or home or office for basic movement.Women or adolescent will be outfitted with equipment which isn't unmistakable to others the apparatus contains Global Positioning System and the module by which regional coordinates and these territory regards are appeared on the L.C.D. By virtue of any emergency conditions she can press a catch once then the region information will be taken afte...

IRJET, 2022

In today’s scenario, dad and mom are busy in their career. As we've seen in India that both the mother and father want to paintings and appearance after their child’s, aiming at the increasing safety dangers of kids, this paper affords and implements a kind of infant monitoring device based on android telephones to help parent to collect whether kids are safe or no longer. CMS implements the software hand feature and the hazard sector feature. The software program hand function can reveal the kid’s everyday activities and the safety sector characteristic could make guardians understand kids’s vicinity timely through the usage of GPS sensors and mobile GIS (Geographic Information System). This system is hooked up with a video digital camera which is operated based totally at the instructions from the microcontroller and is used to seize the video while child is in the school room. This important concept to layout a Child Monitoring System the use of IOT for you to help the Parents to display their infant, despite the fact that they may be far from domestic & locate each pastime of the Child. It is an creative , clever & helping Child Monitoring software to nurture an little one in an green manner. It is the device considers each of the minute info needed for the care & safety of the Child within the organization and anywhere else. The layout of smartness & creativeness comes with the usage technology/methods which is used which encompass Internet of Things (IOT), Live Video Monitoring machine, Cloud Computing (Data Storage) & User friendly Web Application (for User Controls). In order to discover every & every activity of Child we've distinct Sensors/Modules are attached with Child. All the facts that will be stored in Cloud & analysed at regular periods.

Insecurity has been a challenge faced by developed and developing countries with Nigeria being a typical example. This work intends to adddress these problems using remote monitoring technique with geo-location facilities for real-time monitoring and tracking of security personnels and equipments. This paper presents a system that comprised of both hardware and software resources. The hardware resourses is based on a controller, a sensing block, a communication unit and power supply. The sensing unit whose major component is the Ublox Neo 6 Global Positioning System (GPS) module, captures the location after locking a minimum of four satellites, it then passes the location data to the controller (Arduino Uno Mini Pro). The controller interprets the data captured and send it as Short Message Service (SMS) through the communication unit (Sim 800L GSM module) to the administrator. A Graphic User Interface was developed to help the administrator interpret the location data received via SMS to a visible map. Tracking details saved into the database system. The result obtained from testing of the device through different location at the Testbed in Federal University of Technology Minna, Nigeria showed that the system achieved an average accuracy of 70 % in identifying the location and the sensitivity of the device in areas where satellite cannot be detected was recorded to be 90 %. The accuracy level depend on to the number of satellites captured in areas under consideration. This numerical value shows that the system is reliable and can be used in tracking.

Journal of Advances in Information Technology, 2013

There are two concerns with GPS systems. On one side, many people are becoming more aware of privacy issues that emanate from wide spread use of GPS enabled or similar systems. On the other, in absence of GPS systems emergency help is of great importance as location detection becomes not so easy. Thus, there is a need for location detection technique or a solution that not only helps in detecting location but relieves the person of the privacy concern. Such systems find widespread application in military and personal communications. In this paper, introduction to various well known systems is first presented, followed by existing location detection methods and technologies. The privacy issues are also highlighted. In order to address privacy, a location detection system is developed for a limited geographical area as a case study. The simplicity and security of data transfer are also addressed by encryption using special purpose microcontrollers. The standardization efforts for location identification are also summarized.

2013

This paper presents one implementation of tracking system of GPS devices and describes solution for different issues during the design, such as detection of current position, communication to databases and storing the data. Once the warehouse is created the multidimensional data model cube, is produced and OLAP operations are performed in order to obtain different statistics. Mining of spatial data is possible in order to produce predictable data important for decision support. One of the results is identification of congested areas and support for selecting the fastest route. Key-Words: location based services; tracking system; data cube; data mining

International Journal of Engineering Trends and Technology, 2019

In today's modern world safety and security becomes an important societal need. Even though it spoils individual privacy for some reasons, the mentors of those individuals needs it for protecting them from hard hindrance. Object tracking system is a system that uses modern technology to track and monitor the individuals, who possesses an object with a smart card for helping the tracking system to track their movement. This system is very essential in various applications like vehicle monitoring, child and women safety, police for monitoring criminals and for many business applications to avoid theft. There are several tracking mechanisms used for developing this system. Each system had its own merits and demerits in spite of its design complexity and cost. In this paper, we made an extensive survey of all the mechanisms involved for tracking the objects along with their applications.

2013 Federated Conference on Computer Science and Information Systems, 2013

In the recent years, the Global Positioning System (GPS) has become a standard for the location and navigation for a huge number of people all over the world. This system is unquestionably one of the most significant developments of the twentieth century. GPS employs a great variety of applications from car navigation and cellular phone emergency positioning even to aeronautic positioning. Despite the fact that it plays an essential role in today's world, GPS has some limitations. The main disadvantage is the inability to operate inside the buildings because of the loss of signal from the satellites. During the last decade, the interest in location based services has significantly increased. It is related to the existence of ubiquitous computers and context awareness of mobile devices. Information about the position plays the great role in the field of security, logistics and convenience nowadays. Thus, it is necessary to fill the gap at the point where Global Positioning System does not perform satisfactorily.