Research on Civil Airborne Task Scheduling Test Platform Supporting Provable Data Possession
Gaobo Sun, Shuyu Li, Zhanchun Kang · 2018
Civil airborne test platform for task scheduling generates and stores large amounts of data during the testing phase, but these data may be corrupted due to incorrect operation or malicious behavior. Trying to solve this problem, a civil airborne test platform for task scheduling supporting data integrity verification is proposed in the paper. Firstly the modular architecture of the test platform is presented. Then an algorithm for data integrity verification based on Provable Data Possession (PDP) is described in detail and is integrated into the test platform. Finally, the experimental result shows that the test platform can improve the testing efficiency of the civil airborne software while guaranteeing the integrity of the data.