ParkBid: An Incentive Based Crowdsourced Bidding Service for Parking Reservation

Noor, Shahid; Hasan, Ragib; Arora, Arsh

doi:10.1109/scc.2017.16

Cited by 7 publications

(1 citation statement)

References 11 publications

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“…That is, if the nodes want to get the services provided by the system, the nodes must also contribute to the system. For example, in the Parking Information System designed by [27], nodes play the roles of both consumers and contributors. The authors in [28] have designed two incentive mechanisms under this framework: Incentive with Demand Fairness (IDF) and Iterative Tank Filling (ITF).…”

Section: (I) Mechanisms Based On Monetary Paymentmentioning

confidence: 99%

Analysis of Behavioral Economics in Crowdsensing: A Loss Aversion Cooperation Model

Deng

Qiu

Liu

et al. 2018

Scientific Programming

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The existing incentive mechanisms of crowdsourcing construct the expected utility function based on the assumption of rational people in traditional economics. A large number of studies in behavioral economics have demonstrated the defects of the traditional utility function and introduced a new parameter called loss aversion coefficient to calculate individual utility when it suffers a loss. In this paper, combination of behavioral economics and a payment algorithm based on the loss aversion is proposed. Compared with usual incentive mechanisms, the node utility function is redefined by the loss aversion characteristic of the node. Experimental results show that the proposed algorithm can get a higher rate of cooperation with a lower payment price and has good scalability compared with the traditional incentive mechanism.

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Section: (I) Mechanisms Based On Monetary Paymentmentioning

confidence: 99%

Analysis of Behavioral Economics in Crowdsensing: A Loss Aversion Cooperation Model

Deng

Qiu

Liu

et al. 2018

Scientific Programming

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P3 Block: Privacy Preserved, Trusted Smart Parking Allotment for Future Vehicles of Tomorrow

Tyagi

Kumari²,

Fernandez³

et al. 2020

Lecture Notes in Computer Science

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As the urbanization is advancing day by day and demand of vehicles is being increased (or cheaper cost of vehicles), it made increased number of vehicles over the road, which faces several issues like traffic accidents, finding a parking spot, etc. Finding a car park slot has become one of the residents’ key pain points. The key reason behind this is the restricted provision of parking lots and the struggle to spot vacant parking space during peak times. To overcome this restriction, one solution is to create smart allocation of free spaces that are easier to locate and use (i.e., trusted and privacy preserved for user or driver). In this work, we provide privacy preserved parking allotment (as a smart solution) to users (or vehicle users) who are willing to pay more charges when they require parking slot near to their destination (or urgent need). In this work (called as P3 Block: Privacy Preserving parking using Blockchain 2.0), one useful and different approach we used as “Incentive based smart parking”. People will get cashback or reward for alerting or spreading genuine information among users. Also, miner will be rewarded for verifying users. Incentive feature will attract more users, also more trust and reputation of specific service provider matter a lot in providing efficient parking slot to vehicle user. Today world is moving towards automation, so automation will be available in all possible applications like manufacturing, finance, retail, food supply management, transportation, home appliances, etc.

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SAMPARK: Secure and lightweight communication protocols for smart parking management

Limbasiya¹,

Sahay²,

Das³

2022

Journal of Information Security and Applications

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ParkBid: An Incentive Based Crowdsourced Bidding Service for Parking Reservation

Cited by 7 publications

References 11 publications

Analysis of Behavioral Economics in Crowdsensing: A Loss Aversion Cooperation Model

Analysis of Behavioral Economics in Crowdsensing: A Loss Aversion Cooperation Model

P3 Block: Privacy Preserved, Trusted Smart Parking Allotment for Future Vehicles of Tomorrow

SAMPARK: Secure and lightweight communication protocols for smart parking management

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