a2nath/Linear-Phased-Array
Ver en GitHubThis project demonstrates a design methodology for optimizing high-quality communication between base stations and clients through enhanced signal-to-noise ratio (SNR). It leverages linear phased array antennas to improve beamforming, enabling precise signal targeting and minimizing interference. This focuses on modern wireless communication system
- Estrellas
- 1
- Forks
- 1
- Issues abiertos para principiantes
- 0
- Issues indexados
- 8
- Lenguaje dominante
- C++
- Licencia
- Sin datos de licencia
- Último push a GitHub
- 20/1/2025
- Última indexación
- 13/9/2026
- Guía de contribución
- Sin guía de contribución
- Código de conducta
- Sin código de conducta
- Etiquetas para principiantes
- help wanted good first issue
- Métricas de merge de PR
- Sin PR fusionados en 30 d
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enhancement help wanted Visuals
a2nath/Linear-Phased-Array#1 · 0 comentarios · 0 reacciones · 0 asignados ·
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enhancement help wanted Visuals
a2nath/Linear-Phased-Array#2 · 0 comentarios · 0 reacciones · 0 asignados ·
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Use a cut-of mask for the heatmap (black) so that only best areas are lit for less confusing look Abiertoenhancement help wanted Visuals
a2nath/Linear-Phased-Array#3 · 0 comentarios · 0 reacciones · 0 asignados ·
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enhancement good first issue help wanted Visuals
a2nath/Linear-Phased-Array#4 · 0 comentarios · 0 reacciones · 0 asignados ·
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Compute documentation
a2nath/Linear-Phased-Array#5 · 0 comentarios · 0 reacciones · 0 asignados ·
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help wanted non-CUDA Visuals
a2nath/Linear-Phased-Array#9 · 0 comentarios · 0 reacciones · 0 asignados ·
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Benchmarking float vs. double AbiertoCompute documentation
a2nath/Linear-Phased-Array#10 · 0 comentarios · 0 reacciones · 0 asignados ·
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documentation good first issue help wanted
a2nath/Linear-Phased-Array#11 · 0 comentarios · 0 reacciones · 0 asignados ·