Cloud-Based Pedestrian Road-Safety with Situation-Adaptive Energy-Efficient Communication

Mehrdad Bagheri, Matti Siekkinen, Jukka K. Nurminen

Research output: Contribution to journalArticleScientificpeer-review

12 Citations (Scopus)

Abstract

Pedestrian detection using wireless communication complements sensor-based pedestrian detection in driverless and conventional cars. This fusion improves road-safety particularly in obstructed visibility and bad weather conditions. This paper seeks developing such wireless-based vehicle-to-pedestrian (V2P) collision avoidance using energy-efficient methods and non-dedicated existing technologies namely smartphones (widespread among pedestrians and drivers), cellular network and cloud. Our roadsafety mobile app can be set to driver mode or pedestrian mode. This app frequently sends vehicle and pedestrian geolocation data (beacons) to cloud servers. Cloud performs threat analysis and sends alerts to road users who are in risky situation. However, constant pedestrian-to-cloud (P2C) beaconing can quickly drain smartphone battery and make the system impractical. We employ adaptive multi-mode (AMM) approach built on situation-adaptive beaconing. AMM reduces power consumption using beacon rate control while it keeps the data freshness required for timely vehicle-to-pedestrian collision prediction. AMM runs on cloud servers and commands the mobile apps to change P2C beaconing frequency according to collision risk level from the surrounding vehicular traffic. Cityscale mobility simulation demonstrates energy efficiency of our approach. We evaluate battery lifetime according to geolocational variations over the city map. Results show that road-safety system imposes a small mean overhead on smartphone battery?s state-of-charge. Furthermore, our evaluation of computation and network load shows feasibility of running such road-safety systems on conventional cellular networks and cloud providers. We use server-side prototype experiment to estimate minimum cloud resources and cloud service costs needed to handle computation of city-scale geolocation data.
Original languageEnglish
Pages (from-to)45-62
Number of pages18
JournalIEEE Intelligent Transportation Systems Magazine
Volume8
Issue number3
DOIs
Publication statusPublished - 1 Sep 2016
MoE publication typeA1 Journal article-refereed

Fingerprint

Smartphones
Application programs
Servers
Security systems
Communication
Collision avoidance
Visibility
Energy efficiency
Electric power utilization
Railroad cars
Fusion reactions
Sensors
Costs
Experiments

Keywords

  • Smart phones
  • Intelligent vehicles
  • road traffic
  • cloud computing
  • Collision avoidance
  • risk management
  • Energy efficiency

Cite this

Bagheri, Mehrdad ; Siekkinen, Matti ; Nurminen, Jukka K. / Cloud-Based Pedestrian Road-Safety with Situation-Adaptive Energy-Efficient Communication. In: IEEE Intelligent Transportation Systems Magazine. 2016 ; Vol. 8, No. 3. pp. 45-62.
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abstract = "Pedestrian detection using wireless communication complements sensor-based pedestrian detection in driverless and conventional cars. This fusion improves road-safety particularly in obstructed visibility and bad weather conditions. This paper seeks developing such wireless-based vehicle-to-pedestrian (V2P) collision avoidance using energy-efficient methods and non-dedicated existing technologies namely smartphones (widespread among pedestrians and drivers), cellular network and cloud. Our roadsafety mobile app can be set to driver mode or pedestrian mode. This app frequently sends vehicle and pedestrian geolocation data (beacons) to cloud servers. Cloud performs threat analysis and sends alerts to road users who are in risky situation. However, constant pedestrian-to-cloud (P2C) beaconing can quickly drain smartphone battery and make the system impractical. We employ adaptive multi-mode (AMM) approach built on situation-adaptive beaconing. AMM reduces power consumption using beacon rate control while it keeps the data freshness required for timely vehicle-to-pedestrian collision prediction. AMM runs on cloud servers and commands the mobile apps to change P2C beaconing frequency according to collision risk level from the surrounding vehicular traffic. Cityscale mobility simulation demonstrates energy efficiency of our approach. We evaluate battery lifetime according to geolocational variations over the city map. Results show that road-safety system imposes a small mean overhead on smartphone battery?s state-of-charge. Furthermore, our evaluation of computation and network load shows feasibility of running such road-safety systems on conventional cellular networks and cloud providers. We use server-side prototype experiment to estimate minimum cloud resources and cloud service costs needed to handle computation of city-scale geolocation data.",
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Cloud-Based Pedestrian Road-Safety with Situation-Adaptive Energy-Efficient Communication. / Bagheri, Mehrdad; Siekkinen, Matti; Nurminen, Jukka K.

In: IEEE Intelligent Transportation Systems Magazine, Vol. 8, No. 3, 01.09.2016, p. 45-62.

Research output: Contribution to journalArticleScientificpeer-review

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