A cost-effective decentralized vehicle remote positioning and tracking system using BeiDou Navigation Satellite System and Mobile Network

Wei, Jing-Fa; Chiu, Chui-Hui; Huang, Feijiang

doi:10.1186/s13638-019-1436-y

Cited by 16 publications

(8 citation statements)

References 2 publications

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“…Table 1 shows the comparison of the proposed system with the existing solutions. It shows that the proposed blockchain based mobile theft prevention system not only provides Anti-theft and tracking features, that solutions [1][2][3][4][5][6][7] provides, but also preserves the user's privacy and data, provides security against malicious third-party, secure platform for transaction or Sale/Purchase of device and Transfer of Ownership of device. Therefore, the proposed scheme overcomes the problem in the existing solutions.…”

Section: Resultsmentioning

confidence: 99%

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Mobile Anti-Theft and Privacy Protection Framework using Blockchain

Dubey

Eswari

Vamshi

2023

Preprint

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It is impossible to imagine our lives with smart phones or mobile devices. Mobile phones are not just a means for communication today, people use mobile phone devices for entertainment as well as business. We store sensitive data in our smart phones, perform digital transactions and lot of other things. Due to the portable nature, these mobile devices are easy to be stolen or lost. Since these devices are an integral part of our life and contains sensitive personal and business data, it is very important to prevent their theft. There are several solutions available to prevent the mobile theft, but they have some limitations like data security, leakage of personal information or misuse of data by a malicious third party. In order to overcome these limitations, we propose a blockchain based mobile theft prevention system. The proposed solution uses blockchain and smart contracts for authentication, storing user data and tracking of mobile device. By introducing the blockchain in the system, we make it much more secure from user’s privacy and security point of view. The proposed system not only provides security and privacy to the user but also a platform to make the sale/purchase of the device and transfer the ownership to the other user as well.

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Section: Resultsmentioning

confidence: 99%

“…The disadvantage of this solution was the potential for a data breach. Wei J et al (2019) [7] proposed a decentralized vehicle remote positioning and tracking system using BeiDou navigation satellite system and Mobile network, which utilised a remote monitoring system based on the combination of BDS (BeiDou navigation satellite) and GSM.…”

Section: Related Workmentioning

confidence: 99%

Mobile Anti-Theft and Privacy Protection Framework using Blockchain

Dubey

Eswari

Vamshi

2023

Preprint

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“…Li et al presented an analysis of code bias based on multipath combination observations, which improved the singlepoint positioning results, and the vertical component decreased by 0.42 m and by 0.28 and 0.1 m in north and east direction [13]. Wei et al designed a remote monitoring system to track vehicles based on the combination of BDS and GSM, only spent little money on low price hardware and mobile network GSM fees [14]. Yang et al introduced the basic performance of BDS-3 and presented that the postprocessing orbit accuracy of the BDS-3 satellites had been increased to 0.059, 0.323, and 0.343 m, respectively, on radial, tangential, and normal directions [15].…”

Section: Introductionmentioning

confidence: 99%

Smart Grazing in Tibetan Plateau: Development of a Ground-Air-Space Integrated Low-Cost Internet of Things System for Yak Monitoring

Ling

Shui

et al. 2022

Wireless Communications and Mobile Computing

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This paper analyzes the present situation and difficulties of yak breeding in the “Three Needy Autonomous Regions” of Sichuan Province, integrating the specific natural environments of Qinghai-Tibet Plateau. Research work focuses on the requirements of no network conditions, large-scale application, and ultralow use cost. We propose a smart grazing IoT system, in which collars and ear-tags are designed to collect the positions and physiological signs of yaks, BeiDou Satellite-Base Stations (BDS-BSs) are designed to build local area network and ultralong-distance communication, and what is more, UAV is designed to expand the communication range to hundreds of kilometers. According to the actual needs of grazing monitoring, we propose an effective data reduction method, so that BeiDou Satellite (BDS) short-message technology can be applied to the IoT communication with high efficiency and low cost. The author carried out a significant number of experiments and verification: (1) collar realized positioning and physiological signs collecting of yaks. (2) The local area network (LAN) scheme based on LoRa built a stable communication distance of more than 3 km. (3) Ultralong-distance communication scheme based on BDS short-message technology effectively solved the problem of no network and got excellent zero additional use cost. (4) A plateau mountainous grazing UAV is designed and developed to expand the communication range.

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“…The literature [35] has explored global positioning systems (GPSs) for lane-level positioning, which achieved a higher positioning accuracy and low complexity. The driving trajectory, speed, and acceleration values of a bus driven by its corresponding driver were intuitively expressed by the precise positioning of a BeiDou navigation satellite system (BDS); e.g., Wei et al in [15] introduced a decentralized vehicle remote positioning based on multiple available navigation satellite systems and mobile networks [36]. The considerable challenges of GNSS hinder accurately estimating the urban-wide bus trajectory and speed, including (a) the pseudorange errors sourced from the urban multipath environments [37]; (b) missing data of the GNSS positioning in non-line-of-sight urban scenarios [38]; (c) low-frequency sampling and estimations from the GNSS measurements; and (d) real-time estimations of multiple bus lines over urban-wide areas.…”

Section: Introductionmentioning

confidence: 99%

Driving Behavior Analysis of City Buses Based on Real-Time GNSS Traces and Road Information

Yang

Yan

Guo

et al. 2021

Sensors

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The driving behavior of bus drivers is related to the safety of all passengers and regulation of urban traffic. In order to analyze the relevant characteristics of speed and acceleration, accurate bus trajectories and patterns are essential for driver behavior analysis and development of effective intelligent public transportation. Exploiting real-time vehicle tracking, this paper develops a platform with vehicle-mounted terminals using differential global navigation satellite system (DGNSS) modules for driver behavior analysis. The DGNSS traces were used to derive the vehicle trajectories, which were then linked to road information to produce speed and acceleration matrices. Comprehensive field tests were undertaken on multiple bus routes in urban environments. The spatiotemporal results indicate that the platform can automatically and accurately extract the driving behavior characteristics. Furthermore, the platform’s visual function can be used to effectively monitor driving risks, such as speeding and fierce acceleration, in multiple bus routes. The details of the platform’s features are provided for intelligent transport system (ITS) design and applications.

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A cost-effective decentralized vehicle remote positioning and tracking system using BeiDou Navigation Satellite System and Mobile Network

Cited by 16 publications

References 2 publications

Mobile Anti-Theft and Privacy Protection Framework using Blockchain

Mobile Anti-Theft and Privacy Protection Framework using Blockchain

Smart Grazing in Tibetan Plateau: Development of a Ground-Air-Space Integrated Low-Cost Internet of Things System for Yak Monitoring

Driving Behavior Analysis of City Buses Based on Real-Time GNSS Traces and Road Information

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