A new direction of reliable control: a context-based approach. - Koichi Suyama; George E. Apostolakis (ACC, 2000)

A context-based approach to reliable control: context-dependent performance. - Koichi Suyama; George E. Apostolakis (ACC, 2001)

Internally stable realization of finite-dimensional approximation of a delay for gain scheduling. - Koichi Suyama (CDC, 2001)

Context-based reliable control. - Koichi Suyama (ECC, 2001)

Finite spectrum assignment for linear systems with non-commensurate time-delays. - Koichi Suyama (Autom., 2001)

Advanced cooperative order in a compensator set in passive redundancy. - Koichi Suyama (IEEE Trans. Autom. Control., 2001)

A new type of multidimensional coprimeness and its application to finite spectrum assignment for delay systems. - Koichi Suyama (ACC, 2002)

Systematization of reliable control. - Koichi Suyama (ACC, 2002)

Functional safety analysis of safety-related systems using majority decision according to IEC 61508. - Koichi Suyama (ACC, 2003)

Distributed delays in finite spectrum assignment. - Koichi Suyama (ACC, 2003)

Safety integrity analysis framework for a controller according to IEC 61508. - Koichi Suyama (CDC, 2003)

Controller design using safety performance index according to IEC 61508. - Koichi Suyama (ACC, 2004)

Probabilistic safety assessment and management of control laws. - Koichi Suyama (ACC, 2005)

Safety function in a control law and its assessment and management. - Koichi Suyama (ACC, 2008)

Trade-off between safety and normal-case control performance based on probabilistic safety management of control laws. - Koichi Suyama (ECC, 2009)

Non-coherence in safety of switching control systems and its Markov analysis. - Nobuko Kosugi; Koichi Suyama (Int. J. Control, 2011)

Finite spectrum assignment of systems with general delays. - Nobuko Kosugi; Koichi Suyama (Int. J. Control, 2011)

New coprimeness over multivariable polynomial matrices and its application to control delay systems. - Nobuko Kosugi; Koichi Suyama (Syst. Control. Lett., 2011)

Fault-Tolerant Servo Systems against Actuator Failures. - Noboru Sebe; Koichi Suyama (ROCOND, 2012)

Finite spectrum assignment of multi-input systems with non-commensurate delays. - Nobuko Kosugi; Koichi Suyama (Int. J. Control, 2012)

A new method for solving Bezout equations over 2-D polynomial matrices from delay systems. - Nobuko Kosugi; Koichi Suyama (Syst. Control. Lett., 2012)

Fault-tolerant servo systems against sensor failures using limited integrators. - Koichi Suyama; Noboru Sebe (ECC, 2013)

Fault-tolerant servo systems against actuator failures using limited integrators. - Koichi Suyama (IECON, 2013)

Controller reset strategy for anti-windup based on L2 gain analysis. - Koichi Suyama; Nobuko Kosugi (IECON, 2013)

Digital redesign of infinite-dimensional controllers based on numerical integration of new representation. - Nobuko Kosugi; Koichi Suyama (Syst. Control. Lett., 2013)

Fault-tolerant servo systems using integrators with variable limits. - Koichi Suyama; Noboru Sebe (ETFA, 2014)

Dependability analysis of fault-tolerant servo systems using limited integrators. - Koichi Suyama; Noboru Sebe (ECC, 2014)

Effects of diagonal dominance on performance of passive fault tolerant servo systems. - Kenta Toyoda; Noboru Sebe; Koichi Suyama (ASCC, 2015)

Tolerance against multiple fault modes and its application to corrective maintenance of faulty actuators in servo systems. - Koichi Suyama; Noboru Sebe (ETFA, 2015)

Switching ℒ2 gain for analyzing the magnitude of a system switch. - Koichi Suyama; Noboru Sebe (CDC, 2016)

Evaluation of the ease of restarts in fault-tolerant control systems using multiple switching ℒ2 gains. - Koichi Suyama; Noboru Sebe (IECON, 2016)

A bias fault estimation of actuators and sensors by optimization with ℓ0 norm constraint. - Mai Ichikawa; Noboru Sebe; Koichi Suyama; Katherin Indriawati (ASCC, 2017)

State-Dependent Switching L2 Gain for Analyzing the Fluctuations in Transient Responses After a System Switch. - Koichi Suyama; Noboru Sebe (CDC, 2018)

Control System Design for Safely Performing Preventive Maintenance. - Koichi Suyama; Noboru Sebe (ICCA, 2018)

Initial state design for controller switches by using state-dependent switching L2 gain. - Koichi Suyama; Noboru Sebe (ECC, 2019)

Switching ℒ2 gain for evaluating the fluctuations in transient responses after an unpredictable system switch. - Koichi Suyama; Noboru Sebe (Int. J. Control, 2019)

Robust fault-tolerant servo system against sensor failure and plant uncertainties. - Kana Shikada; Noboru Sebe; Koichi Suyama; Katherin Indriawati (SICE, 2020)

Safety design of control systems according to international standards. - Koichi Suyama; Noboru Sebe (ECC, 2021)

Design of safe preventive maintenance procedure for control systems. - Koichi Suyama; Noboru Sebe (SysTol, 2021)

Augmented switching $ mathcal{L}_{2}$ gain for evaluating the smoothness of transient responses after a system switch. - Koichi Suyama; Noboru Sebe (ECC, 2022)

A dependability analysis framework for control systems according to international standards. - Rinka Miura; Koichi Suyama (SICE, 2022)

Switching L2 gain for analyzing successive system switches*. - Koichi Suyama; Noboru Sebe (ECC, 2023)

Switching L2 Gain for Evaluating the Fluctuations Around an Output of a Specified Transfer Property. - Koichi Suyama; Noboru Sebe (ECC, 2024)

Fault Detection in Robust Control by Using Disturbance Observer and Test Signals. - Taichi Yuyama; Ibuki Tsuji; Kana Shikada; Noboru Sebe; Koichi Suyama (ANZCC, 2025)