Prioritization Schemes for V2V Broadcast Content in Caches

EasyChair Preprint 13066

Abstract

 With the proliferation of Vehicle-to-Vehicle (V2V) communication systems, the efficient allocation of limited cache space in vehicles for broadcasting content becomes crucial. This abstract proposes various prioritization schemes aimed at optimizing the utilization of cache space while ensuring the timely dissemination of relevant information to vehicles.

The prioritization strategies discussed encompass multiple factors including urgency, relevance to specific locations, and prevailing traffic conditions. Urgent messages, such as emergency alerts or real-time hazard warnings, are given precedence to ensure immediate dissemination and enhance safety on the road. Furthermore, content relevance to specific locations is considered, allowing vehicles to store and broadcast information pertinent to their current or upcoming routes.

Traffic conditions also play a significant role in prioritization, with congestion-related updates and alternative route suggestions being prioritized during peak traffic periods. Additionally, the scheme may dynamically adapt based on the available cache space, reallocating resources to accommodate the most critical information at any given time.

By implementing these prioritization schemes, V2V communication systems can optimize cache utilization, ensuring that vehicles receive and broadcast the most relevant and timely information while efficiently managing limited resources. Such prioritization enhances overall system efficiency, traffic safety, and user experience in connected vehicular environments.

Keyphrases: Prioritization Schemes, V2V communication, cache management, relevance, resource allocation, traffic conditions, urgency

@booklet{EasyChair:13066,
  author    = {Dylan Stilinki and Louis Frank},
  title     = {Prioritization Schemes for V2V Broadcast Content in  Caches},
  howpublished = {EasyChair Preprint 13066},
  year      = {EasyChair, 2024}}