Learn how to turn fragmented signaling requirements, specifications, and engineering knowledge into a structured, traceable, and trusted baseline. This webinar explores how Requirement Engineering and Specification Intelligence create a stronger foundation for digitalization, verification, automation, migration, and AI-assisted engineering.
Learn how to turn fragmented signaling requirements, specifications, and engineering knowledge into a structured, traceable, and trusted baseline. This webinar explores how Requirement Engineering and Specification Intelligence create a stronger foundation for digitalization, verification, automation, migration, and AI-assisted engineering.
Join us as we explore the transformative potential of Commercial Off-The-Shelf (COTS) solutions in the railway signaling market.
In the realm of railway software development, adhering to industrial standards is not just a matter of compliance; it’s a cornerstone of ensuring safe, reliable, and efficient railway systems. The latest milestone along this journey is the introduction of the CENELEC standard EN 50716:2023.
In this blog post we discuss the significance of adhering to industrial standards in railway software development, particularly focusing on the introduction of the CENELEC standard EN 50716:2023 as a major advancement.
A significant number of modern metro systems use CBTC for safer and efficient train operations. While the role of CBTC is straightforward, the systems themselves are quite complex.
Join us to learn more about formal verification, a verification method that uses mathematical proofs to establish that the implemented system fulfills the safety requirements.
Read more about 3 scenarios where formal verification caught errors missed by traditional rail control system tests.
CentraleSupélec students dive into project together with Prover to get more knowledge about the rail industry and Provers tools.
Here we will explore how rail control and signaling systems can potentially benefit from AI, with a particular focus on generative AI such as large language models (LLMs).
Signaling Design Automation Forum 2023 in Paris - The forum for sharing experiences and best practices as well as for networking.
We cover the new Formal Methods (FMs) Guidebook from the Shift2Rail project. Learn more about when, why, and how you should use FMs in development of rail control systems.
Join us as we explore the transformative potential of Commercial Off-The-Shelf (COTS) solutions in the railway signaling market.
In the realm of railway software development, adhering to industrial standards is not just a matter of compliance; it’s a cornerstone of ensuring safe, reliable, and efficient railway systems. The latest milestone along this journey is the introduction of the CENELEC standard EN 50716:2023.
In this blog post we discuss the significance of adhering to industrial standards in railway software development, particularly focusing on the introduction of the CENELEC standard EN 50716:2023 as a major advancement.
A significant number of modern metro systems use CBTC for safer and efficient train operations. While the role of CBTC is straightforward, the systems themselves are quite complex.
Join us to learn more about formal verification, a verification method that uses mathematical proofs to establish that the implemented system fulfills the safety requirements.
Read more about 3 scenarios where formal verification caught errors missed by traditional rail control system tests.
CentraleSupélec students dive into project together with Prover to get more knowledge about the rail industry and Provers tools.
Here we will explore how rail control and signaling systems can potentially benefit from AI, with a particular focus on generative AI such as large language models (LLMs).
Signaling Design Automation Forum 2023 in Paris - The forum for sharing experiences and best practices as well as for networking.
We cover the new Formal Methods (FMs) Guidebook from the Shift2Rail project. Learn more about when, why, and how you should use FMs in development of rail control systems.
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