Abstract
Driver assistance service with dangerous object notification requires extremely low latency. It might not be sufficient by purely relying on the remote central cloud to provide this service, due to the possibly long round-trip delay. The driver assistance service with dangerous object notification involves three major processes: subscription, image capture/transmission and object detection, and notification. In this paper, by leveraging the in-network intelligence and user context awareness offered by the unified New IP framework, the computation and cache resource in the network can be utilized opportunistically and collaboratively in those three processes, which dramatically reduces the network bandwidth consumption and end-to-end latency, most importantly provides drivers with enhanced safety.