FMC-CEE leverages the microprocessor of the target flash device as a co-processor that executes security-sensitive workloads collaboratively with the target system. We implemented a prototype of FMC-CEE on a Trans-Flash (TF) card and executed security-sensitive tasks of the target host.
In this paper, we propose a flash memory controller-based collaborative execution environment (FMC-CEE), a lightweight security solution constructed on the ...
Abstract—Applications running on an Internet of Things (IoT) device are usually deployed in an untrusted environment. This in-.
Apr 26, 2024 · A flash memory controller includes a read/write unit, a state machine, a processing unit, and an auxiliary unit.
FMC-CEE: A Collaborative Execution Environment with Flash Memory Controllers in IoT ... flash memory controller-based collaborative execution environment (FMC ...
An empirical study of problems and evaluation of IoT malware ... FMC-CEE: A Collaborative Execution Environment with Flash Memory Controllers in IoT.
FMC-CEE: A Collaborative Execution Environment with Flash Memory Controllers in IoT. Zheng Zhang, Jingfeng Xue, Thar Baker, Tian Chen, Yuhang Zhao, Weizhi ...
Flash controller-based secure execution environment for protecting code ... FMC-CEE: A Collaborative Execution Environment with Flash Memory Controllers in IoT.
FMC-CEE: A Collaborative Execution Environment with Flash Memory Controllers in IoT ... Collaborative Learning in IoT Networks. Ma, Z., Liu ...
FMC-CEE: A Collaborative Execution Environment with Flash Memory Controllers in IoT ... Flash memory 100%. Internet of things 70 ...