Lattice codes and network coding represent two complementary pillars in the design of modern communication systems. Lattice codes provide a structured method for encoding data as points in a ...

Artificial intelligence is increasingly integrated into future communication networks, yet many AI models operate as opaque black boxes, raising concerns ...

Computer networks and communication systems are interdisciplinary fields that require state-of-the-art engineering skills to meet the requirements of future technologies. Rapid growth in cloud ...

Neural networks have emerged as a transformative tool in wireless communications, offering innovative approaches for signal processing, channel estimation and transceiver design. By leveraging ...

A new kind of AI is changing the world of communications networks. While traditional AI approaches focus on single-task performance, agentic AI brings an ecosystem of intelligent components working ...

Quantum technologies, systems that process, transfer or store information leveraging quantum mechanical effects, could tackle ...

As our global communication networks expand at an unprecedented pace, we are facing significant challenges that we must address to ensure a secure and sustainable future for our businesses. According ...

Converging wireless architectures are forcing automation teams to navigate deeper into specialization, spectrum constraints ...