Esteban Mauricio Vera Rojas

Líneas de investigación

• Computational imaging
• Adaptive Optics

Proyectos adjudicados

• A FLEXIBLE ARCHITECTURE FOR SNAPSHOT COMPRESSIVE IMAGING (2015) Fuente: CONICYT | Rol: DIRECTOR/A
• INTERNATIONAL RESEARCH NETWORK ON COMPUTATIONAL IMAGING (2017) Fuente: CONICYT | Rol: DIRECTOR/A
• MACHINE INTELLIGENCE BASED WAVEFRONT SENSING AND RECONSTRUCTION FOR ADAPTIVE OPTICS (MAWSER) (2020) Fuente: ANID - STIC AMSUD - 2020 | Rol:
• POSTDOCTORAL FELLOWSHIP AT THE CENTER FOR ADAPTIVE OPTICS OF VALPARAISO: ARTIFICIAL INTELLIGENCE FOR ADAPTIVE OPTICS (2020) Fuente: ANID - ALMA - 2020 | Rol:
• ARTIFICIAL INTELLIGENCE FOR ADAPTIVE OPTICS CHILE-FRANCE INITIATIVE (2020) Fuente: ANID - ECOS - 2020 | Rol:
• COMPRESSIVE COMPUTATIONAL TERAPIXEL IMAGING FOR SPACE SURVEILLANCE (COCTELS) (2021) Fuente: ANID - FONDECYT REGULAR - 2022 | Rol:
• CENTER FOR ADAPTIVE OPTICS OF VALPARAISO (CAOVA) (2019) Fuente: CONICYT - QUIMAL - 2020 | Rol:
• ? (2019) Fuente: Office Of Naval Research (ONR) - ONR | Rol:
• DESARROLLO Y OPTIMIZACION DE SENSORES DE FRENTE DE ONDA BASADOS EN APRENDIZAJE PROFUNDO PARA OPTICA ADAPTATIVA (2021) Fuente: ANID - FONDECYT POSTDOCTORADO - 2022 | Rol:
• A NOVEL END-TO-END APPROACH TO DESIGN ADAPTIVE CODING PATTERNS IN COMPRESSIVE SPECTRAL VIDEO SENSING (2022) Fuente: ANID - FONDECYT POSTDOCTORADO - 2023 | Rol:
• SEETRUE - SHARP WAVEFRONT SENSING FOR ADAPTIVE OPTICS IN GROUND-BASED SATELLITE COMMUNICATIONS AND SPACE SURVEILLANCE (2022) Fuente: ANID - ANILLOS DE INVESTIGACION - 2022 | Rol:
• DEEP WAVEFRONT SENSING (DEWS): AN OPTICAL COMPUTING APPROACH FOR RAPID, EFFICIENT WAVEFRONT SENSORS FOR EXTREME ADAPTIVE OPTICS (2022) Fuente: ANID - EXPLORACION - 2022 | Rol:
• ARTIFICIAL INTELLIGENCE FOR ADAPTIVE OPTICS: DEEP LEARNING WAVEFRONT SENSING FOR EXTREMELY LARGE TELESCOPES (DEALT) (2022) Fuente: ANID - QUIMAL - 2022 | Rol:
• A TIP-TILT MIRROR FOR PULPOS AO TEST BENCH: ENABLING ADVANCED WAVEFRONT SENSING RESEARCH (2022) Fuente: ANID - GEMINI - 2022 | Rol:
• Optical communication system for current and future space missions (2024) Fuente: ANID - FONDEQUIP MAYOR 2024 | Rol:

Tus publicaciones

• SHUFFLED ROLLING SHUTTER FOR SNAPSHOT TEMPORAL IMAGING Autores: Vera; Esteban; Guzman; Felipe; Diaz; Nelson Año: 2022 Link: https://doi.org/10.1364/OE.444864
• A FAST AND ACCURATE SIMILARITY-CONSTRAINED SUBSPACE CLUSTERING ALGORITHM FOR HYPERSPECTRAL IMAGE Autores: Hinojosa; Carlos; Vera; Esteban; Arguello; Henry Año: 2021 Link: https://doi.org/10.1109/JSTARS.2021.3120071
• ADAPTIVE MULTISENSOR ACQUISITION VIA SPATIAL CONTEXTUAL INFORMATION FOR COMPRESSIVE SPECTRAL IMAGE CLASSIFICATION Autores: Diaz; Nelson; Ramirez; Juan; Vera; Esteban; Arguello; Henry Año: 2021 Link: https://doi.org/10.1109/JSTARS.2021.3111508
• BOOSTING THE DEEP LEARNING WAVEFRONT SENSOR FOR REAL-TIME APPLICATIONS [INVITED] Autores: Vera; Esteban; Guzman; Felipe; Weinberger; Camilo Año: 2021 Link: https://doi.org/10.1364/AO.417574
• COMPRESSIVE TEMPORAL IMAGING USING A ROLLING SHUTTER CAMERA ARRAY Autores: Guzman; Felipe; Meza; Pablo; Vera; Esteban Año: 2021 Link: https://doi.org/10.1364/OE.418892
• SNAPSHOT COMPRESSIVE SPECTRAL DEPTH IMAGING FROM CODED ABERRATIONS Autores: Marquez; Miguel; Meza; Pablo; Rojas; Fernando; Arguello; Henry; Vera; Esteban Año: 2021 Link: https://doi.org/10.1364/OE.415664
• THERMAL FACE GENERATION USING STYLEGAN Autores: Hermosilla; Gabriel; Henriquez Tapia; Diego-Ignacio; Allende-Cid; Hector; Farias Castro; Gonzalo; Vera; Esteban Año: 2021 Link: https://doi.org/10.1109/ACCESS.2021.3085423