M.S. Thesis : Eushiuan Tran,”Multi-Bit flip Vulnerabilities in the Controller Area Network Protocol” Carnegie Mellon University Pittsburgh, PA, May 1999 [online] http://www.cs.cmu.edu/~koopman/thesis/etran.ps.qz accessed at 2007-12-31。
Simulations of the widely used Controller Area Network (CAN) protocol indicate that this problem can cause a double-bit error to result in a 1.3 x 10-7 probability of undetected corruption.
我提出了重构可疑帧的方法,简要中文版见:杨福宇,“CAN协议的错帧漏检率改进“,《单片机与嵌入式系统应用》,2011, No.9,p.8-11,详细的英文版见Fuyu YANG, On Residual Error Probability of CAN Protocol, http://www.frogenyozurt.com/wp-c ... or-Probabilioty.pdf。
第二,在error passive状态会产生未预计到的通信连续出错而收发中断的状态,有可能达到数十毫秒,就如病人虽还在岗位上但未在工作。中文见:杨福宇,“CAN总线中的一种安全隐患“,《单片机与嵌入式系统应用》,2009, No.1,p.20-22 , 杨福宇,“CAN消极报错发送节点变为离线状态的故障“,《单片机与嵌入式系统应用》,2009, No.5,p18-20, 杨福宇,“关于CAN隐患的争辨“,《单片机与嵌入式系统应用》,2009, No.6,p.5-7,英文见Fuyu Yang, “An Undiscovered Safety Related Fault in CAN”: