Expertise offered: Citypassenger offers comprehensive expertise in software-defined edge networking infrastructure tailored for 6G research, standardisation, and experimental validation. Our capabilities support both technology development (Stream B) and experimental infrastructure deployment (Stream C) within the SNS JU framework. Programmable Edge Infrastructure: We provide proven L2-L7 networking capabilities through uCPE platforms enabling flexible PoC development, technology integration, and experimental validation. Our solution supports dynamic network configuration, programmable service provisioning, and granular traffic management essential for 6G architecture concepts and KPI/KVI validation. Secure Network Slicing and Tunneling: Leveraging Wireguard protocol, our platform delivers end-to-end secured network slicing and site-to-site tunneling, providing isolation and QoS[...]
Expertise offered: Signal Processing and Machine Learning (SPML) Laboratory at Istinye University offers expertise on: Beyond-5G and 6G Physical Layer Design Advanced waveform, modulation, and signal processing techniques for future smart networks, emphasizing scalability, robustness, and hardware-aware designs. AI-Assisted and AI-Native 6G Systems Machine learning–enabled physical-layer and cross-layer solutions for 6G, including AI-driven channel estimation, beamforming, beam management, and adaptive transceiver design. Focus on model-based, data-driven, and hybrid learning approaches ensuring interpretability, generalization, and low complexity. Advanced Multi-Antenna Systems (Massive MIMO & XL-MIMO) Hybrid architectures, near-field channel modeling, and signal processing for extremely large antenna arrays across sub-6 GHz, mmWave, and THz[...]
Company Name: EXAPSYS (EXAscale Performance SYStems)
Expertise offered: EXAPSYS focuses on the following areas: Efficient HPC Applications: Develop efficient HPC applications, incorporating several novel in-house tools, taking full advantage of the capabilities of next generation heterogeneous HPC systems. Parallel FPGA-based systems: Develop FPGA-based systems utilized in CPS (e.g. multi drone-based surveillance system) and in Cloud (e.g. homomorphically encrypted data processing) environments. Exploiting Research Results: Exploit the results from Research Centers in the areas of heterogeneous Cloud and HPC systems and applications by expanding/ tuning them to real industrial needs. Highly Secure Systems: Develop systems (consisting of specialized HW and low-level SW), utilized in CPS and in Cloud, with[...]
