@article{Liu Sanjun, Zhang Yuanyuan_1, title={Intelligent Transportation System Modeling Based on Blockchain and Cloud Storage in Forest City}, url={http://forestchemicalsreview.com/index.php/JFCR/article/view/98}, DOI={10.17762/jfcr.vi.98}, abstractNote={<p>Green traffic corridor is the traffic link of forest city. Blockchain is an innovative technology<br>often used in finance, Internet of things and health care. It can reach a consensus in a<br>decentralized network and store data permanently and irreversibly in a tamper proof way. This<br>paper describes a reputation system of intelligent transportation system, and considers that users<br>who are interested in traffic information are the main participants of the architecture. They can<br>safely share the data proved by the experience of other user sets. Users can choose the travel<br>plan between the two regions through the data verified by other users or automatically generated<br>by the system. The saved data is absolutely reliable, based on the reputation of the provider, and<br>does not support modification. We have demonstrated the impact of malicious attacks because<br>the average speed decreases when error information is stored in the blockchain. But as an<br>applied route algorithm, it can guide the car to avoid the congested road, so that it can drive<br>safely and quickly.</p&gt;}, journal={Forest Chemicals Review}, author={Liu Sanjun, Zhang Yuanyuan}, year={1}, month={1}, pages={11-21} }