VCC-SSF: Enhancing Vehicular Cloud Computing Security with A Service-Oriented Framework

Much appreciated to advancements in vehicle computerization, the car has changed over the a long time from a straightforward implies of transportation to a savvy vehicle for security and consolation. The web of things has too been associated with the associated Activity System's past capacities, which included activity volume information and mishap anticipation. ITS administrations give total, user-oriented administrations inside the system of vehicular cloud computing. These administrations incorporate effective activity administration, relieving activity mishaps, and recreation offerings. The bulk of as of now in utilize vehicle administrations center on giving arrangements through tactile input interior the vehicle since the procedure to supply the benefit by means of a association with the exterior world is inadequately. Furthermore, utilizing WiFi systems in VCC circumstances raises the chance that private data, counting the driver's individual recognizable proof number and installment data at the time of making a buy, may spill from the car's sensors. We suggest the VCC Centered on benefit Assurance Stage to diminish the confinements and security concerns related to VCC-based arrangements. The structure plan considers security for straightforward and effective VCC administrations, in expansion to inventive user-friendly installment avoidance and dynamic occurrence benefit conveyance. Moreover, it gives client information and information kept inside the vehicle with protection assurance, security, constancy, get to control, encoding, and confirmation. Vehicular cloud computing (VCC) frameworks are getting to be increasingly coordinates, which implies that solid security measures are required to defend information and ensure reliable operations. The VCC-SSF, a service-oriented security system made particularly to handle the quirks of car cloud computing, is displayed in this article.

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Publication Details

Published
2024-11-23
DOI
https://doi.org/10.1109/icicat62666.2024.10923152
Primary Topic
Vehicular Ad Hoc Networks (VANETs)
Type
article
Field-Weighted Citation Impact
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article

VCC-SSF: Enhancing Vehicular Cloud Computing Security with A Service-Oriented Framework

Muntather Almusawi, Abdul Hussein Mohsen, Nabaa Kareem Taaban, Shams Al-Qaisy et al.
Vehicular Ad Hoc Networks (VANETs)
article

VCC-SSF: Enhancing Vehicular Cloud Computing Security with A Service-Oriented Framework

Muntather Almusawi, Abdul Hussein Mohsen, Nabaa Kareem Taaban, Shams Al-Qaisy, W.A.Saaid, Hajar Kazem Shahad, Tahir Toma Farhan
article en

Abstract

Much appreciated to advancements in vehicle computerization, the car has changed over the a long time from a straightforward implies of transportation to a savvy vehicle for security and consolation. The web of things has too been associated with the associated Activity System's past capacities, which included activity volume information and mishap anticipation. ITS administrations give total, user-oriented administrations inside the system of vehicular cloud computing. These administrations incorporate effective activity administration, relieving activity mishaps, and recreation offerings. The bulk of as of now in utilize vehicle administrations center on giving arrangements through tactile input interior the vehicle since the procedure to supply the benefit by means of a association with the exterior world is inadequately. Furthermore, utilizing WiFi systems in VCC circumstances raises the chance that private data, counting the driver's individual recognizable proof number and installment data at the time of making a buy, may spill from the car's sensors. We suggest the VCC Centered on benefit Assurance Stage to diminish the confinements and security concerns related to VCC-based arrangements. The structure plan considers security for straightforward and effective VCC administrations, in expansion to inventive user-friendly installment avoidance and dynamic occurrence benefit conveyance. Moreover, it gives client information and information kept inside the vehicle with protection assurance, security, constancy, get to control, encoding, and confirmation. Vehicular cloud computing (VCC) frameworks are getting to be increasingly coordinates, which implies that solid security measures are required to defend information and ensure reliable operations. The VCC-SSF, a service-oriented security system made particularly to handle the quirks of car cloud computing, is displayed in this article.

Iraqi University (IQ), University of Wasit (IQ), Al-Farahidi University, Al-Kunooze University College, University of Kut (IQ)
Industry, innovation and infrastructure
Openalex Percentile: Top 74%
Vehicular Ad Hoc Networks (VANETs)
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