The paper suggests a new methodology for secure cyber–physical systems design. The
proposed methodology consists of two main cycles. The main goal of the first cycle is in …

The paper describes the new model, which is a key element of the design and verification
methodology for secure cyber-physical systems. The proposed model represents cyber …

This paper describes an original methodology for the design of microcontroller-based
physical security systems and its application for the system of mobile robots. The novelty of …

In recent trends, Cyber-Physical Systems (CPS) and Internet of Things interpret an evolution
of computerized integration connectivity. The specific research challenges in CPS as …

The paper considers a new design and verification methodology for secure and distributed
cyber-physical systems, which contain microcontroller-based devices. The key idea of the …

Son yıllarda IoT temelli uygulamaların artması ile teknolojik gelişmeler ve mikroelektroniksel
alandaki başarımlar, sensör tabanlı sistemlerin gelişmesine yol açmıştır. Temelde sağlık …

In recent years, the medical sector has made use of innovative and advanced electronic and
robotic systems that offer enormous potential, allowing research, diagnosis, and treatments …

One of the possible ways to ensure the security of microcontroller-based systems is the
implementation of security by design approach. Unfortunately, existing approaches are not …

This paper presents a design approach based on the dimensionless Jacobian matrix to
determine the maximum dextrous workspace for a Six Degree of Freedom (DoF) 3-PPSS (P …

Advancements in technology necessitate the swift and efficient management of systems,
particularly concerning electricity consumption and information dissemination. To address …