Faculty profile
José Azaña
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Research
Latest papers
Reconfigurable single-shot incoherent optical signal processing system for chirped microwave signal compression.
Science bulletin · 2017 · senior author
Latest funding
- $14,196
Method and System for Generating Analogue Real-Time Spectrograms of Continuous Broadband Signals (Market Study)
NSERC · 2024 · Principal investigator
- $850,000
High-dimensional photonic systems for quantum information processing
NSERC · 2023 · Co-investigator
- $1,999,888
Advanced QUAntum applications via complex states in integrated and meta optics (AQUA)
NSERC · 2023 · Co-investigator
1 publications.
Reconfigurable single-shot incoherent optical signal processing system for chirped microwave signal compression.
Li M, Sun S, Malacarne A, LaRochelle S, Yao J, Zhu N, Azana J
Method and System for Generating Analogue Real-Time Spectrograms of Continuous Broadband Signals (Market Study)
Principal investigators: Azana, Jose J
Keywords: astrophotonics; broadband signal processing; cognitive communications; coherent communications; electromagnetic spectrum operations; fiber and integrated optics; microwave photonics; real-time signal analysis; time-frequency distributions; ultrafast photonics
High-dimensional photonic systems for quantum information processing
Principal investigators: Morandotti, Roberto R
Keywords: cluster states; communications; fiber optics; hyper-entanglement; integrated optics; machine learning; phase gate; photonic platform; quantum information processing; quantum optics
Advanced QUAntum applications via complex states in integrated and meta optics (AQUA)
Principal investigators: Morandotti, Roberto R
Keywords: complex entangled photon states; integrated optics; meta optics; nanostructured metasurfaces; quantum communication; quantum dots; quantum imaging; quantum sensing; quantum thz frequency combs; single-photon sensitive cameras
Automatic optical probe station for next-generation photonic die experimental validation
Principal investigators: Liboiron-Ladouceur, Odile
Photonics-based real-time signal analysis and processing for 5G fiber-optics telecommunication networks
Principal investigators: Azana, Jose J
Keywords: Chromatic dispersion compensation; Denoising optical amplification; Fiber-optics communications; Fiber-optics technologies; Fiber/waveguide Bragg gratings; Phase-only analog processors; Real-time optical monitoring; Silicon photonics; Wavelength division multiplexing
Ultrahigh-speed dynamic waveform analysis and processing for next-generation cognitive ICT applications
Principal investigators: Azaña, José
Photonic-Enabled Intelligent Ultrahigh-Bandwidth Time-Frequency Waveform Processing
Principal investigators: Azaña, José
Keywords: photonic-based temporal waveform processing; ultrafast optical technologies; microwave photonics; joint time-frequency signal analysis; fiber-optics devices and systems; integrated-waveguide photonic technologies; silicon photonics; cognitive/intelligent information processing; broadband communications; advanced radar and lidar systems
Method and System for Denoising Amplification of a Signal
Principal investigators: Azaña, José
State-of-the-art multi-functional RF signal analyzer for research on next-generation software-defined communication technologies and systems
Principal investigators: Azaña, José
Software-defined cloud radio access networks enabled by a reconfigurable general microwave photonics signal processor_x000d_ _x000d_ _x000d_
Principal investigators: Chen, Lawrence
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
Frequent collaborators
- Sophie LaRochelle and Jianping Yao: 1 shared paper
- Sophie LaRochelle and José Azaña: 1 shared paper
- Jianping Yao and José Azaña: 1 shared paper
- Énergie Matériaux Télécommunications, Centre - Montréal
- School of Electrical Engineering and Computer Science
- Génie électrique et génie informatique
Co-authors at Institut national de la recherche scientifique, colored by department. Thicker lines mean more shared papers; select anyone to open their profile and their own map.
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