Ricardo Lent

Physical Layer Modulation Benchmarking: Classical QAM Baselines for AI-Based 6G Transceiver Evaluation

Muhammad Asif, Driss Benhaddou, Ricardo Lent

us, sa (code pays fourni par la source)

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike-Based Software-Defined Communication - Presentation

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking architectures significantly improve the communications throughput and latency. This study developed a cognitive agent based on Q-learning with continuous learning capabilities to select optimal routing options in a dynamically changing networking environment. This proposed …

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike-Based Software-Defined Communication

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking architectures significantly improve the communications throughput and latency. This study developed a cognitive agent based on Q-learning with continuous learning capabilities to select optimal routing options in a dynamically changing networking environment. This proposed …

ru, us (code pays fourni par la source)

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike-Based Software-Defined Communication - Python Code

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking architectures significantly improve the communications throughput and latency. This study developed a cognitive agent based on Q-learning with continuous learning capabilities to select optimal routing options in a dynamically changing networking environment. This proposed …

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike Based Software Defined Communication

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking (SDN) architectures significantly improve communication throughput and latency. This study developed a Q-learning-based continuous learning capable cognitive agent to select optimal routing options for a dynamically changing networking environment. With the dynamically changing network …

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike-Based Software-Defined Communication - Python Code

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking architectures significantly improve the communications throughput and latency. This study developed a cognitive agent based on Q-learning with continuous learning capabilities to select optimal routing options in a dynamically changing networking environment. This proposed …

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike Based Software Defined Communication

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking (SDN) architectures significantly improve communication throughput and latency. This study developed a Q-learning-based continuous learning capable cognitive agent to select optimal routing options for a dynamically changing networking environment. With the dynamically changing network …

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike-Based Software-Defined Communication - Presentation

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking architectures significantly improve the communications throughput and latency. This study developed a cognitive agent based on Q-learning with continuous learning capabilities to select optimal routing options in a dynamically changing networking environment. This proposed …

Neuromorphic Computing in Outer Space: Intel Loihi Deployed On-Satellite for Spike-Based Software-Defined Communication

Nayim Rahman, Chris Yakopcic, Tarek Taha, Ricardo Lent et autres

In space exploration and communication technology, software-defined networking architectures significantly improve the communications throughput and latency. This study developed a cognitive agent based on Q-learning with continuous learning capabilities to select optimal routing options in a dynamically changing networking environment. This proposed …

ru, us (code pays fourni par la source)

Neural Transceiver Design for 6G: Cross-Channel Performance Analysis

Muhammad Asif, Driss Benhaddou, Ricardo Lent

us (code pays fourni par la source)

On the Impact of Battery Charge-Discharge Cycles on Delay-Tolerant Networking Performance

Ricardo Lent

us (code pays fourni par la source)

Adaptive Routing for a DTN with Storage Constraints in a Satellite Constellation

Ricardo Lent

us (code pays fourni par la source)