The deep learning algorithm could enable transportation companies to provide personalised safety instructions for drivers
Sompo Japan Nipponkoa Insurance, Daiichi Kotsu Sangyo and Accenture are collaborating to build a deep learning algorithm using the Intel IoT Platform Reference Architecture to better understand individual driving habits and identify new ways to transform driver safety within Japan’s transportation industry.
The algorithm could enable transportation companies to provide personalised safety instructions for drivers, helping reduce the number of accidents, inform the development of optimal driver rosters, and enhance training programmes.
Sompo Japan Nipponkoa Insurance will collect data from connected devices installed in Daiichi Kotsu Sangyo’s taxis. In addition to cameras capturing images and telemetry tools recording journey data, biometric information such as heart rates will be collected from consenting taxi drivers through wearable devices.
As part of an ongoing strategic relationship between Accenture and Intel, the data will be processed securely and anonymously using the Intel IoT Platform Reference Architecture that includes processor-based servers equipped with the high-performance Xeon processors, Intel Gateway for data collection, and edge computing image processing technology. The data will then be uploaded to the cloud for secure storage and analytics processing.
Accenture will use the input to develop an algorithm that will automatically assess the accident risk for each driver by collating and analysing images, biometrics, and vehicle data indicating speed and driving behaviour.
Deep learning, which is one of the emerging advanced analytics techniques available today, will be integral to the data platform.
In an initial proof of concept experiment conducted in March 2017 that used data collected from 100 taxis and 100 drivers, the deep-learning algorithm created intelligence that identified signs of drivers’ drowsiness and near-miss accidents from their heart-rate changes and driving behaviour.
“Rapid advances in IoT and autonomous driving technologies are bringing new challenges that can only be addressed by using new technologies such as this deep learning algorithm,” said Takuya Kudo, Data Science Centre of Excellence global lead and Japan lead for Accenture Analytics, part of Accenture Digital.
As part of this innovative collaboration, Accenture will continue to create new intelligence by applying the latest analytics technologies to address industry challenges. For example, the ability to analyse images on a large, commercial scale is still being developed, and as part of this project Accenture is applying the latest innovations in advanced analytics and data science tools to enable this.
If you liked this, you might be interested in reading the following:
Signalling the future automotive ecosystem
Automatic launches next generation car adapter with cellular signal and unveils the largest repository of driver behaviour data available
Drive app means smart-driving business
Data-driven technology behind the solution detects human errors in real-time
Mobileye kits out NYC cars with anti-collision tech
Solution also allows vehicle and fleet owners the opportunity to review the driving behaviours of their operators