26 results on '"Daniel J. Jakubisin"'
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2. Linear Jamming Bandits: Learning to Jam OFDM-Modulated Signals.
3. Bit Error Rate Analysis for 5G New Radio Interface Augmented by a Spread Spectrum Underlay.
4. Contextual Bandits: Band of Operation Selection in Underwater Acoustic Communications.
5. Keep It Simple: CNN Model Complexity Studies for Interference Classification Tasks.
6. Demonstration of 5G-Underlay Signal Co-existence.
7. Enhanced Non-preemptive Support of URLLC using Spread Spectrum Underlay Signalling.
8. Underlay-based 5G Sidelink with Co-channel Interference Cancellation.
9. Probability-Reduction of Geolocation using Reconfigurable Intelligent Surface Reflections.
10. 5G Physical Layer Resiliency Enhancements with NB-IoT Use Case Study.
11. Interference Suppression Using Deep Learning: Current Approaches and Open Challenges.
12. Keep It Simple: CNN Model Complexity Studies for Interference Classification Tasks.
13. Multi-Antenna Pre-processing for Improved RFML in Congested Spectral Environments.
14. Interference Suppression Using Deep Learning: Current Approaches and Open Challenges.
15. MIMO-radar-based indoor passive geolocation and tracking.
16. BP, MF, and EP for Joint Channel Estimation and Detection of MIMO-OFDM Signals.
17. Approximate joint MAP detection of co-channel signals.
18. Approximate Joint MAP Detection of Co-Channel Signals in Non-Gaussian Noise.
19. On the complexity-performance trade-off in code-aided frame synchronization.
20. Iterative joint detection, decoding, and synchronization with a focus on frame timing.
21. Performance, Complexity, and Receiver Design for Code-Aided Frame Synchronization in Multipath Channels.
22. Asynchronous signal detection in frequency-selective non-Gaussian channels.
23. Feasibility Study of Outdoor Wireless Communication in the 60 GHz Band.
24. Improved modulation classification using a factor-graph-based iterative receiver.
25. Probabilistic Receiver Architecture Combining BP, MF, and EP for Multi-Signal Detection.
26. Approximate Joint MAP Detection of Co-Channel Signals.
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