دانلود کتاب سمپوزیوم محاسبات و ارتباطات برای سیستم‌های هوشمند

“Smart” is the magic word of our time. Hardly any area of computer science or engineering gets by without this label: smart homes and smart buildings, smartphones, smartwatches, smart production. But what actually makes these systems truly smart? It’s not just the technology itself, but above all their ability to respond flexibly, provide new functions, deliver real benefits for users while lowering costs. Often there’s also interoperability with other systems—that is, the use of standards and open interfaces. If they deserve the name, smart systems are always designed with the future in mind: updatable, extensible, and thus capable of reinventing themselves again and again. Yet “smart” is a moving target. What was considered innovative yesterday seems self-evident today. New technologies, methods, and ways of thinking continually shift the benchmark—toward more powerful, more ingenious, and more flexible solutions. Artificial intelligence now often solves problems more naturally and efficiently than its classical, programmed predecessors. User interactions via speech and multimodal input are seen today as the epitome of “smart.” But does that automatically make tomorrow’s devices even smarter—or is the benchmark simply shifting again? This constant change turns “smart” into a promise that is never definitively fulfilled, but continually reformulated. The Computation and Communication for Smart Systems Symposium (C2S3 2025) takes up precisely this idea. On April 9, 2025, the Faculty of Computer Science and Engineering at Esslingen University, together with the projects DFG FIP: Smart Factory Grids and HE-Personal, invited doctoral candidates and researchers to present and discuss their work on smart production systems, IT and network security, artificial intelligence, simulation and modeling, digital twins and Asset Administration Shells (AAS), as well as industrial regulations and trends in critical infrastructures. The contributions presented here reflect the diversity and dynamism of these topics. They show that “smart” is not a static attribute but a process: the continuous effort to make technology not only more powerful, but also more useful, sustainable, and future-proof.