Industry-University Cooperation Foundation Hanyang University

Hyundai Motor Company

Kia Corporation

Osong Medical Innovation Foundation, Korea University Research and Business Foundation

Minsoo Ryu

Jaehyun Bae

Eunji Park

Huy Kang Kim

Seonghoon Jeong

Kang Uk Seo

Hyunmin Yoon

Seokyong Jung

Jaehyung Choi

Jeong Do Yoo

Disclosed is a method of detecting anomaly of an unmanned moving object by using a message ID sequence, and the method includes: collecting packet data generated in the unmanned moving object; pre-processing the collected packet data; and detecting an anomaly of the unmanned moving object based on a message ID pattern of the packet data by inputting the pre-processed packet data to a pre-trained neural network model.

Anomaly detection model using message id sequence on unmanned moving objects

The present disclosure relates to a two-phase Byzantine consensus method and system for state machine replication. A consensus method which is performed by a consensus system includes performing, by all of normal processes, consensus for a sequence number proposed by a process designated to be primary with respect to a client request according to an agreement protocol; and replacing the primary when the primary is suspicious of having a Byzantine fault according to a view change protocol.

Two-phase byzantine consensus method and system for state machine replication

A method for determining a reset cause of an embedded controller for a vehicle includes: executing an embedded controller for the vehicle by a central processing unit (CPU) of the embedded controller; generating a log based on information related to reset of the embedded controller collected from the running embedded controller, and a sequence number generated by the running embedded controller by the embedded controller; determining cause information of a reset trigger by analyzing the log including the reset trigger log, and determining reset cause information of the embedded controller based on the cause information of the reset trigger by a log analyzer of the embedded controller; storing a cause analysis result log including the reset cause information in a cause analysis result buffer in response to the reset cause information by the embedded controller; and storing the cause analysis result log in a non-volatile storage device.

Method for determining a reset cause of an embedded controller for a vehicle and an embedded controller for a vehicle to which the method is applied

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Seoul, South Korea

Minsoo Ryu