GPS assisted Standard Positioning Service for navigation and tracking: Review &amp;amp; implementation

Mulla, Afshan; Baviskar, Jaypal; Baviskar, Amol; Bhovad, Aniket

doi:10.1109/pervasive.2015.7087165

Cited by 22 publications

(5 citation statements)

References 3 publications

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“…If the user can access different location, it will deny access to the user, and the message alert or security will be sent to the user's mail and mobile phone. The access control and authentication have been efficient based on the user mechanism with the security existing from the location information integrated from the mobile device GPS [9][10][11][12][13][14][15][16].…”

Section: Related Workmentioning

confidence: 99%

Improvised Multi-Factor Authentication for End-User Security in Cyber Physical System

Maranco,

Manikandan,

et al. 2023

Preprint

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End-user security is the most important thing in day-to-day life. We use a security system for household appliances, vehicles, smartphones, etc., to protect and safeguard our things and the environment. The Cyber Physical System (CPS) contains an internet-enabled digital component. CPS security is applied in many areas, such as transport, healthcare, and all industry 4.0 applications. Multi-Factor Authentication (MFA) is one of the traditional authentications that helps enhance the security level in CPS. The typical authentication method contains a strong password, biometrics, etc. Even though the current end-user security system has implemented a legacy digital control mechanism, the system has a higher chance of getting compromised through malicious activities. The major point of the MFA approach is that intruders can be blocked at any level of the authentication scheme. This study aims at developing a secure and efficient authentication gateway. The proposed system presents enhancements to end-user security using MFA techniques. Three distinct works in this study use MFA technique. The MFA technique consists of three distinct layers. The end-user's geo-location is considered the first security gateway by the user distance within the range of CPS and validates the user's current position with predefined geo-location logic. One Time Password (OTP) send through e-mail is used for the second layer. Hash algorithms such as SHA256 or SALTING use the third layer implementation. The typical CPS needs to authorize and authenticate the user's identity to ensure end-users identification in the modern security system. Efficient and secure multi-factor authentication techniques designed and evaluated on end-user digital health applications and obtained the results with the accuracy of 95.50%, 97.50% and 96.40% respect to three distinct layer authentications. The developed system also analyzed the formal and informal verifications against to the various attacks.

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Section: Related Workmentioning

confidence: 99%

Improvised Multi-Factor Authentication for End-User Security in Cyber Physical System

Maranco,

Manikandan,

et al. 2023

Preprint

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“…Location-based services have gradually become an indispensable service in daily life [1], and are generally divided into outdoor positioning and indoor positioning according to implementation scenarios. Due to the deployment of satellite positioning systems (such as Beidou, GPS, etc.…”

Section: Introductionmentioning

confidence: 99%

“…It should be in a one-column format. References are often noted in the text 1 and cited at the end of the paper.…”

Section: Introductionmentioning

confidence: 99%

Fingerprint map construction based on multi-chain interpolation

2022

International Conference on Signal Processing and Communication Security (ICSPCS 2022)

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The widespread deployment of wireless devices in indoor environments has made location-based services a hot research topic. Indoor positioning based on received signal strength is the key to providing accurate location services among them. But it needs to build a fingerprint database for the sensing area. Therefore, whether it is to establish or update the fingerprint map, a large number of RSS values of the reference points need to be sampled. This process is time-consuming and laborintensive, with a huge amount of work. To solve this problem, researchers collect RSSs of some reference points and use them to interpolate other points to form a map of the entire area. This method can effectively reduce the time to create and update the map, but it also reduces the positioning accuracy. According to the propagation characteristics of wireless signals, the signal of the insertion points are formed by the superposition of multiple directional signals. Therefore, the correlation of neighboring points should not be considered only, but should be expanded in different directions. According to the propagation characteristics of actual signals, this paper designs a method based on multi-chain interpolation, which combines the influence of different propagation links on the insertion point to evaluate the signal strength. The basic idea of this method is to perform interpolation calculation in different directions under the given sampling rules. Then the predicted values of insertion points are obtained by using inverse distance weighting. Next, the corresponding signal attenuation Models are obtained by fitting in each direction and the errors are calculated as the direction weights. Finally, the estimation values of the insertion points are obtained. Through repeated iteration, the fingerprint database composed of real points and virtual points is finally formed. Two sampling models are used in this paper. And the sampling rates are 25% and 50% of that of full sampling, which means that the workload of map construction is reduced by 75% and 50% respectively. According to large-scale experiments, the positioning accuracy of the two MCI sampling methods is 13.58% and 4.74% higher than that of the full sampling method respectively. Compared with the classical interpolation method, the MCI method has better stability. Especially when the sampling amount is small, the advantage is more obvious. When the sampling amount is only 25%, the average accuracy is 18.50% higher than that of the full sampling method.

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“…Over the past decade, UA have been extensively used in the outdoor environment for a vast spectrum of commercial applications [2], [3] such as construction, agricultural, surveillance, entertainment and transportation industries. One of the success to the rapid evolution of outdoor UA application is the availability of Global Position System (GPS) [4] that provides the basis for autonomous navigation. GPS technology was approved for civilian use in the 1980s and is now widely used for navigation and positioning applications.…”

Section: Introductionmentioning

confidence: 99%

Impact of Unmanned Aircraft Regulations on Autonomous Navigation Approaches for Indoor Multi-Rotor Applications — Survey

Tay

Hesse

2021

2021 7th International Conference on Control, Automation and Robotics (ICCAR)

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Demand in unmanned aircraft (UA) technologies for real-world applications have increased over the recent years, driving national aviation authorities to implement weight dependent regulations across all UA operations. Introduction of registration for UA weighing 250g and above as well as other regulatory requirements for heavier UA systems have motivated manufacturers to consider weight as a part of design requirement. Although UA weight is not a major concern for most outdoor applications, weight requirements imposed by aviation authorities further emphasizes the importance to develop smaller and lighter UA for safer indoor or urban operations in GPS denied environments. Comparison across various sensors used for autonomous UA navigation methods suggested that benefits of using vision sensors outweighs other methods since most UA are equipped with onboard cameras and thus does not require retrofitting of additional hardware. In addition, vision sensor data can potentially be used for both navigation and non-navigation tasks resulting in a productive and lightweight UA system that is able to avoid or reduce regulatory burdens for GPS denied UA operations.

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GPS assisted Standard Positioning Service for navigation and tracking: Review & implementation

Cited by 22 publications

References 3 publications

Improvised Multi-Factor Authentication for End-User Security in Cyber Physical System

Improvised Multi-Factor Authentication for End-User Security in Cyber Physical System

Fingerprint map construction based on multi-chain interpolation

Impact of Unmanned Aircraft Regulations on Autonomous Navigation Approaches for Indoor Multi-Rotor Applications — Survey

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