@@ -79,6 +79,48 @@ export default function ReCPS2026() {
7979 </ div >
8080 </ div >
8181
82+ { /* Call for Papers Section */ }
83+ < div className = "section sectionAlt" >
84+ < div className = "container" >
85+ < div className = "row" >
86+ < div className = "col col--8 col--offset-2" >
87+ < Heading as = "h2" className = "text--center margin-bottom--lg" >
88+ 📣 Call for Papers
89+ </ Heading >
90+ < p >
91+ As we advance towards a hyper-connected future defined by smart
92+ sensors and devices operating together as complex
93+ systems-of-systems, the massive adoption of Artificial
94+ Intelligence combined with the inherent unpredictability of
95+ distributed interactions presents a fundamental challenge to
96+ system reliability.
97+ </ p >
98+ < p >
99+ In such a scenario, Reactive Cyber-Physical Systems (ReCPS) are
100+ crucial for next-generation intelligent and autonomous systems,
101+ continuously interacting with their environment in real time. By
102+ leveraging methodologies and tools such as the reactor model of
103+ computation and the Lingua Franca coordination language, these
104+ emerging frameworks provide deterministic and composable
105+ concurrency for CPS design. This enables the design of more
106+ predictable and reliable system behavior than conventional CPS
107+ design approaches.
108+ </ p >
109+ < p >
110+ This workshop focuses on foundational methods and emerging
111+ trends in design, simulation, and coordination of these reactive
112+ systems. These approaches promise enhanced predictability and
113+ reliability compared to conventional CPS design.
114+ </ p >
115+ < p >
116+ We invite original research contributions and demonstrations on
117+ topics related to Reactive Cyber-Physical Systems.
118+ </ p >
119+ </ div >
120+ </ div >
121+ </ div >
122+ </ div >
123+
82124 { /* Organizers Section */ }
83125 < div className = "section sectionAlt" >
84126 < div className = "container" >
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