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Licencias y certificaciones

Experiencia de voluntariado

  • Gráfico IFIBYNE - CONICET

    Neuroscience Research Collaborator

    IFIBYNE - CONICET

    - actualidad 5 años 4 meses

    Ciencia y tecnología

  • Gráfico Fundación INECO

    Innovation Conference Speaker

    Fundación INECO

    - 1 mes

    Salud

    Speaker at Conference "Science, Technology & Society: Creativity & Innovation based on knowledge",
    at Institute of Cognitive Neurology (INECO), Buenos Aires, Argentina

  • Gráfico Grupo INECO

    Neuroscience Research Consultant

    Grupo INECO

    - 6 mes

    Ciencia y tecnología

    External Consultancy Services for the Institute of Cognitive & Translational Neuroscience (INCyT)

  • Gráfico Escuelas Técnicas ORT

    Accessible Software Donor

    Escuelas Técnicas ORT

    - 10 mes

    Derechos humanos

    Designed the Talkative Web software for CARE (Centro de Asistencia y Rehabilitación Especial), a Web Browser for blind people chosen as a Special Final Project from my High School, to make possible their access to the Web. It was donated to CARE in 2005 and used for training in a National Training Program for people with disabilities organized by CARE and Telefonica Foundation in 2006.

  • Gráfico Universidad de Buenos Aires

    Natural Language Researcher

    Universidad de Buenos Aires

    - 6 mes

    Ciencia y tecnología

  • Gráfico Escuelas Técnicas ORT

    Extracurricular Teacher

    Escuelas Técnicas ORT

    - 1 año

    Educación

    Teacher of Microsoft Windows, Internet, Network Theory and Microsoft Word.
    Directed to adult and older people to bring them to the use of computers.
    I created my own slides for classes and chose my own material.

Publicaciones

  • Repetition and emotional priming modulate complex decision-making processes differently depending on the task's nature

    Current Psychology, Springer Nature

    Complex decision making (CDM) processes differ from simple ones in that they require greater cognitive engagement and a longer response time. In previous cognitive experiments, the effect of Repetition (RP) and Emotional Semantic priming (ESP) was evaluated on decisions made by participants randomly divided into 2 groups asking them to choose a face in order to perform an important task (IMT) or without specifying the task (UST). The results indicated that CDM processes could be modulated by…

    Complex decision making (CDM) processes differ from simple ones in that they require greater cognitive engagement and a longer response time. In previous cognitive experiments, the effect of Repetition (RP) and Emotional Semantic priming (ESP) was evaluated on decisions made by participants randomly divided into 2 groups asking them to choose a face in order to perform an important task (IMT) or without specifying the task (UST). The results indicated that CDM processes could be modulated by both priming when the task was not specified (UST group), but not when the choice was made to perform an important task (IMT group), when response time was higher. These experiments raise the role of the nature of the task in a possible top-down mechanism modulating CDM. The aim of this work was to assess whether it is complexity, rather than relevance, that triggers the top-down mechanism. For this purpose, online experiments were conducted to assess whether RP or ESP modulated the decisions of subject randomly assigned to a new experimental group, which was asked to choose a face (from 4) for a non-important task (NIT), or a new UST group. The NIT group showed no susceptibility to priming, and their response times were longer, compatible with type-2 reflexive processes. These results the hypothesis that priming modulation might be affected by the cognitive complexity associated with the task, rather than importance, initiating the top-down modulation mechanism. Knowing the conditions that make political decisions less automatic has a social relevance, in order to improve our democracies.

    Ver publicación
  • Top-down modulation impairs priming susceptibility in complex decision-making with social implications

    Scientific Reports, Nature

    Could social context variables prime complex decisions? Could top-down processes impair this priming susceptibility? Complex decisions have been mainly studied from economic and moral perspectives, and Dual Process Theories provide evidence of how these processes could be affected. To address these issues from a political perspective, online experiments were conducted. Participants (n = 252) were asked to choose a face from 4 options, each associated with different frequencies (repetition…

    Could social context variables prime complex decisions? Could top-down processes impair this priming susceptibility? Complex decisions have been mainly studied from economic and moral perspectives, and Dual Process Theories provide evidence of how these processes could be affected. To address these issues from a political perspective, online experiments were conducted. Participants (n = 252) were asked to choose a face from 4 options, each associated with different frequencies (repetition priming) or with phrases with different emotional valence (emotional priming), for an unspecified task (UST group) or an important task (IMT group). The most repeated face was chosen most in the UST group, and was associated with lower response times. Positive faces were equally chosen by both groups. To compare results in a more ecological situation, a social study was conducted during the 2019 Argentine Presidential Election, including online surveys (n = 3673) and analysis of news media mentioning candidates. The familiarity and trust to each candidate explained the voting-probability for most of them, as well as correlated with their frequency of mentions in the news, their positive associations, and election results. Our results suggest complex decision-making is susceptible to priming, depending on top-down modulation.

    Otros autores
    Ver publicación
  • Time constraint increases susceptibility to repetition priming in complex decision-making

    XXXVII Annual Meeting of the Argentinian Society for Neuroscience Research

    Complex Decision-Making (DM) usually involves processes that require a higher level of cognitive engagement, evidenced by a prolonged reflection over time. Previously, we conducted cognitive experiments under the hypothesis that greater exposure to a face (Repetition Priming, RP) would induce its preference in a task-dependent manner (top-down modulation). For this purpose, participants were randomly assigned to 2 experimental groups: 1) choosing a face for an important task (IT), or 2) without…

    Complex Decision-Making (DM) usually involves processes that require a higher level of cognitive engagement, evidenced by a prolonged reflection over time. Previously, we conducted cognitive experiments under the hypothesis that greater exposure to a face (Repetition Priming, RP) would induce its preference in a task-dependent manner (top-down modulation). For this purpose, participants were randomly assigned to 2 experimental groups: 1) choosing a face for an important task (IT), or 2) without any specification (NS). Our previous results showed that IT decision was not susceptible to RP and lasted longer, regarding to NS results, ing our hypothesis. But do these top-down mechanisms operate early or late in the DM process? To start answering this question, we designed a new experiment in which subjects had to choose with time constraint (TC; 5 or 3 seconds) on some trials and without on others (NC). When choosing in less than 5 seconds, IT group shows no evidence of susceptibility to RP, like in NC condition. However, when participants must choose within 3 seconds, IT group showed to be susceptible to RP (like NS group). If the top-down modulation occurs later, shortening the time available would disrupt this process, and this would be reflected in the results of group IT, showing differences between the two temporal conditions. Conversely, if the top-down mechanism operates earlier, there should be no difference. Our results the former scenario.

    Otros autores
    • Tomas Alves Salgueiro
    • Pablo Nicolás Fernández Larrosa
    Ver publicación
  • (Winner of the Second MBB Poster Prize) Complex decision-making could be facilitated by social modulation through priming

    9th MBB Symposium by the Max Planck Institute for Human Cognitive and Brain Sciences & the MindBrainBody Institute

    Some decision-making (DM) processes require quick answers, while more complex decisions demand greater cognitive engagement. Under the hypothesis that frequent exposure to a stimulus (repetition priming) or its association with an emotional valence (emotional priming) could drive DM, online experiments were conducted. To compare results in a more ecological situation (Social Study), online social surveys were conducted during the 2019 Argentine Presidential Elections, as well as written media…

    Some decision-making (DM) processes require quick answers, while more complex decisions demand greater cognitive engagement. Under the hypothesis that frequent exposure to a stimulus (repetition priming) or its association with an emotional valence (emotional priming) could drive DM, online experiments were conducted. To compare results in a more ecological situation (Social Study), online social surveys were conducted during the 2019 Argentine Presidential Elections, as well as written media news were scraped to assess each candidate's mention frequency and sentiment analysis.

    Otros autores
    Ver publicación
  • Frequency and Emotional Priming Could Modulate Complex Decision-Making Processes Depending on Task Relevance

    9th MBB Symposium by the Max Planck Institute for Human Cognitive and Brain Sciences & the MindBrainBody Institute

    Complex decision-making processes (CDM) differ from simple ones because they require greater cognitive commitment, in which the precision of the response predominates over the reaction time (RT). Methods: Through online cognitive experiments, it was studied if CDM can be modulated by two different conditions: repetition and emotional priming. Faces were sequentially presented with different frequencies (1, 6 or 12 times in 20 repetitions) or with the same frequency (5 times each face)…

    Complex decision-making processes (CDM) differ from simple ones because they require greater cognitive commitment, in which the precision of the response predominates over the reaction time (RT). Methods: Through online cognitive experiments, it was studied if CDM can be modulated by two different conditions: repetition and emotional priming. Faces were sequentially presented with different frequencies (1, 6 or 12 times in 20 repetitions) or with the same frequency (5 times each face) associated to one emotional content phrase (positive, negative or neutral). Subjects were aleatory separated into two analysis groups by asking them to choose one face among four faces to realize an important task (IT) or a non-specified task (NST). Results indicated that: 1. RT in IT is significantly longer than in NST; 2. Face with frequency 12 was significantly more chosen in NST; 3. Faces with positive phrases associated were significantly more chosen in both groups. These experiments raise the role of the task´s nature in a possible top-down mechanism modulating CDM. In this essay a third analysis group was evaluated by choosing faces to realize a not important task (NIT) replicating the same online experiments, comparing with a new NST group.

    Otros autores
    Ver publicación
  • (E-Socials) Complex decision-making is facilitated by social modulation

    XXXVI Annual Meeting of the Argentinian Society for Neuroscience Research

    Section: Socio-environmental modulation of cognitive processes

    Otros autores
    Ver publicación
  • El proceso de toma de decisiones complejas podría ser primado por la repetición y por el contenido emocional con efectos a largo plazo

    JFAI2021, II Jornadas de Fundamentos y Aplicaciones de la Interdisciplina

    Algunos procesos de toma de decisiones (TD) requieren respuestas rápidas, mientras que las decisiones más complejas requieren un mayor compromiso cognitivo. Bajo la hipótesis de que la exposición frecuente a un estímulo o su asociación con una valencia emocional podría impulsar la TD, se llevaron a cabo experimentos cognitivos online, involucrando diferentes tareas en la computadora. Los experimentos consistieron en elegir un rostro (entre 4 opciones) después de haber sido presentados con…

    Algunos procesos de toma de decisiones (TD) requieren respuestas rápidas, mientras que las decisiones más complejas requieren un mayor compromiso cognitivo. Bajo la hipótesis de que la exposición frecuente a un estímulo o su asociación con una valencia emocional podría impulsar la TD, se llevaron a cabo experimentos cognitivos online, involucrando diferentes tareas en la computadora. Los experimentos consistieron en elegir un rostro (entre 4 opciones) después de haber sido presentados con diferentes frecuencias (1, 6 o 12 veces en 20 presentaciones) o la misma frecuencia (5 veces) pero asociado con frases positivas, negativas, neutrales o mixtas. Los participantes fueron divididos aleatoriamente en dos grupos experimentales: se le pidió al primer grupo que eligiera una cara sin ningunaespecificación (Tarea No Especificada, TNE); mientras que al segundo grupo se le pidió que eligiera una cara para una tarea importante (Tarea Importante, TI). Nuestros resultados mostraron: 1. El rostro repetido 12 veces fue significativamente más elegido que los demás rostros en el grupo TNE que en el grupo TI ; 2. El tiempo de respuesta fue significativamente mayor en el grupo TI que en TNE; 3. Los rostros con asociación positiva fueron significativamente más elegidos que los otros, sin diferencias entre los grupos ; y 4. Cuando se pidió que se eligieran rostros 24hrs después del primado, se observaron diferencias entre ambos grupos para el priming emocional pero no para el priming por repetición (aunque en ambos experimentos se vieron diferencias en cuanto a la memoria).Estos resultados apoyan nuestra hipótesis de que las decisiones complejas son vulnerables de modulación por priming por repetición y emocional (siendo el segundo más potente que el primero), con claras implicancias a nivel social.

    Otros autores
    Ver publicación
  • Frequency and Emotional Priming Could Drive Complex Decision Making

    XXXV Annual Meeting of the Argentinian Society for Neuroscience Research

    Some decision-making (DM) processes require quick answers, while more complex decisions require greater cognitive engagement. Under the hypothesis that frequent exposure to a stimulus or its association with an emotional valence could drive DM, online cognitive experiments were conducted, involving different tasks on the computer. The experiments consisted of choosing a face (from 4 options) after being presented with different frequencies (1, 6, or 12 times over 20 presentations) or the same…

    Some decision-making (DM) processes require quick answers, while more complex decisions require greater cognitive engagement. Under the hypothesis that frequent exposure to a stimulus or its association with an emotional valence could drive DM, online cognitive experiments were conducted, involving different tasks on the computer. The experiments consisted of choosing a face (from 4 options) after being presented with different frequencies (1, 6, or 12 times over 20 presentations) or the same frequency (5 times) but associated with positive, negative, neutral, or mixed sentences. Two versions of the experiments were performed: the 1st group was asked to choose a face without any specification (Non-Specified task, NST); while the 2nd group was asked to choose a face for an important task (Important task, IT). Our results showed: 1. The 12th repeated stimulus (12) was significantly more chosen in the NST group [Factorial ANOVA: F(3, 292)=9,6498, p=,00000; post hoc LSD test: p<0.009 respect to other frequencies of NST and IT group]; 2. This priming was observed mainly when response time was fast; 3. The faces with a positive association were significantly more chosen than others, with no group differences [Factorial ANOVA:F(3, 332)=303,11, p=0,000; post hoc LSD test: p<0.000 positive association & other]. These results our hypothesis, showing that emotional priming is more powerful than frequency one, as the latter depends on the task type and response time.

    Otros autores
    Ver publicación
  • The importance of reinterpretation in the innovation process

    Conference "Science, Technology & Society: Creativity & Innovation based on knowledge", at the Institute of Cognitive Neuroscience (INECO)

Patentes

  • System and Method for Providing Application Penetration Testing

    Expedida US 20080263671 / WO 2008109770A3

    A system and method provide application penetration testing. The system contains logic configured to find at least one vulnerability in the application so as to gain access to data associated with the application, logic configured to confirm the vulnerability and determine if the application can be compromised, and logic configured to compromise and analyze the application by extracting or manipulating data from a database associated with the application. In addition, the method provides for…

    A system and method provide application penetration testing. The system contains logic configured to find at least one vulnerability in the application so as to gain access to data associated with the application, logic configured to confirm the vulnerability and determine if the application can be compromised, and logic configured to compromise and analyze the application by extracting or manipulating data from a database associated with the application. In addition, the method provides for penetration testing of a target by: receiving at least one confirmed vulnerability of the target; receiving a method for compromising the confirmed vulnerability of the target; installing a network agent on the target in accordance with the method, wherein the network agent allows a penetration tester to execute arbitrary operating system commands on the target; and executing the arbitrary operating system commands on the target to analyze risk to which the target may be exposed.

    Otros inventores
    Ver patente

Proyectos

  • Phase Vocoder in Assembly: Pitch Shifter & Time Stretcher @ Computer Organization & Architecture II Course

    Assembly, IA-32, SIMD, SSE, XMM, FFT, DFT, Fast Fourier Transform, Time Domain, Signal Processing.

  • Fast Filtering applied to Audio Streaming @ FPGA Course

    Fast circular buffer scheme for FPGA. Implemented with Verilog HDL. Echo implemented.

    Otros creadores
  • Movie Recommendation System @ Machine Learning Course

    Content-based, Rules-based & Collaborative Filtering. Movies to s & vice versa.

    Otros creadores
  • LayX™ Layout Language

    -

    A simple language for building GUIs using layout constraints.

    Framework, JavaScript, HTML, CSS, Design, Web, Responsive.

    Layx is an easy layout language for building GUIs for web –and for mobile platforms in the future– based on Cassowary, the constraint solving toolkit Apple is using for their interfaces. It is designed to be easy to learn, read and write; and could be considered as an alternative to HTML for small sites that require beautiful designs.

    Otros creadores
    Ver proyecto
  • Captcha Breaker & OCR System @ Machine Learning Course

    -

    Kohonen Maps, k-NN, MLP, Noise Reduction, Boundary Detection, Image Processing.

  • Dialog System (Chatbot) @ Natural Language Processing Course

    -

    Frame-based system using Entity Recognition. NLP.

    Otros creadores
  • Typing Maniac Game for iOS

    -

    Popular and addictive Facebook video game developed for iPhone / iOS. Try it!
    Alternative link: http://www.metrogames.com/iphone/typing-maniac

    Otros creadores
    Ver proyecto
  • Fast Image Edge Detector in Assembly @ Computer Organization & Architecture II Course

    -

    IA-32, x86. Used SIMD Model with SSE Instructions and XMM s. Image Processing.

    Otros creadores
  • Operating System Prototype for IA-32 @ Computer Organization & Architecture II Course

    -

    Protected mode, Paging, Interrupt, Task Switching. C, Assembly, GDT, IDT. Tasks running.

    Otros creadores
  • NeoSecurityTeam, Security Researchers

    -

    & Web Developer. Improved the Website and the NST Online Contest to encourage s to think and their willingness to do self-learning activities.
    - Co-, Architect & Developer of the NST Online Contest & Website.
    - Creator of many challenges for NST Online Contest.

    Keywords: Back-end, PHP, IPB, SQL, MySQL, Front-end, HTML, CSS, JavaScript, Security.

  • Tiny First-person shooter game with my own 3D Graphics Engine in C# .NET

    -

    Object-oriented, Z-buffering implementation, OpenGL, Visual Studio .NET, Wall Collision.

  • Artificial Intelligence Agent Prototype

    Otros creadores
  • Talkative Web: An Internet Browser for People with Disabilities

    -

    Web Browser for Blind People in Visual Basic. No monitor required but keyboard & speakers.
    TTS. Used for teaching in a National Training Program by CARE & Telefonica Foundation.

    Ver proyecto

Reconocimientos y premios

  • Second Prized Poster awarded by the Max Planck Institute for Human Cognition and Brain Sciences, and MindBrainBody at the 9th MBB Symposium (Co-author)

    Max Planck Institute ; MindBrainBody Institute ; Berlin School of Mind and Brain & Kompetenznetz Schlaganfall

    Special Thanks to Pablo Nicolas Fernandez Larrosa, PhD. for presenting the poster and directing the research and to the whole Team. Poster Title: "Complex decision-making could be facilitated by social modulation through priming".

    Thanks to MES Forschungssysteme GmbH for sponsoring the prize.

  • Second Prize in South America/South Regionals of ACM International Collegiate Programming Contest (IC) (of 150+)

    ACM - Association for Computing Machinery. Sponsored by IBM.

    Teamwork, C/C++, Advanced Algorithms, Data Structures, Graphs, Simulations, Maths.

  • Fourth Prize in the National Collegiate Programming Contest (TAP)

    ACM, IBM & National Universities: UBA, UNC, UNER, UNL, UNLM, UNLP, UNS, UNSL, UTN-BB, UTN-LP.

    Teamwork, C++, Advanced Algorithms, Data Structures, Graphs, Simulations, Maths, Logic.

  • Third Prize in Google Games Argentina Competition

    Google

    Teamwork, Googlers, Technical Students, Trivia, Puzzles, Legos, Coding Problems.

  • 6th place in ACM International Collegiate Programming Contest (IC) South America/South (of 140+)

    ACM - Association for Computing Machinery. Sponsored by IBM.

    Teamwork, C/C++, Advanced Algorithms, Data Structures, Graphs, Simulations, Maths.

  • Fourth Prize in the National Collegiate Programming Contest (TAIP)

    ACM, IBM & National Universities: FCEyN, UBA; FI, UNLP; FAMAF, UNC; FICH, UNL.

    Teamwork, C++, Advanced Algorithms, Data Structures, Graphs, Simulations, Maths, Logic.

  • 7th place in ACM International Collegiate Programming Contest (IC) South America/South (of 130+)

    ACM - Association for Computing Machinery. Sponsored by IBM.

    Teamwork, C/C++, Advanced Algorithms, Data Structures, Graphs, Simulations, Maths.

  • Champion of the National Programming & Security Contest CORETEX2 Under-19

    Core Security Technologies

    C/C++, Algorithms, Complexity, Problem Solving, Hacking, Vulnerabilities, Bugs, Exploitation.

  • Profile of the National S .code #22 Magazine

    Reds, M.P. Ediciones

    Exclusive interview for S .code Magazine. Published in the Profile section of #22.

  • 4th place in the National Olympiad in Informatics (OIA)

    National Olympiad in Informatics

    C++. Algorithms, Data Structures, Programming, Complexity, Optimization, Problem Solving.

  • Champion of the National Programming & Security Contest CORETEX0 Under-19

    Core Security Technologies

    C/C++. Algorithms, Complexity, Problem Solving, Hacking, Vulnerabilities, Bugs, Exploitation.

  • Champion of the National Programming & Security Contest CORETEX1 Under-19

    Core Security Technologies

    Programmed in C / C++. Used Visual Basic to develop a tool to hack the other programs.

  • First Prize in the Metropolitan Olympiad in Informatics (OMI)

    National Olympiad in Informatics

    C++. Algorithms, Data Structures, Programming, Complexity, Optimization, Problem Solving.

  • Second Prize in National ITBA Programming Contest

    Buenos Aires Institute of Technology (ITBA)

    PHP. Algorithms, Data Structures, Programming, Complexity, Optimization, Problem Solving.

    I had to develop and implement an efficient algorithm in some programming language to solve a particular problem. To chose the winning works, it was considered the optimizations of data processing in of memory used, efficiency of the code, robustness of the application, avoiding redundancy.

  • Silver Medal in the Ibero-American Olympiad in Informatics (CIIC)

    National Olympiad in Informatics

    C++. Algorithms, Data Structures, Programming, Complexity, Optimization, Problem Solving.

  • Second Prize in the Metropolitan Olympiad in Informatics

    National Olympiad in Informatics

    C++. Algorithms, Data Structures, Programming, Complexity, Optimization, Problem Solving.

  • Second Prize in the National Olympiad in Informatics (OIA)

    National Olympiad in Informatics

    C++. Algorithms, Data Structures, Programming, Complexity, Optimization, Problem Solving.
    http://www.oia.unsam.edu.ar/oia-programacion/resultados-del-certamen-de-seleccion-2003/

  • Finalist in the National Mathematical Olympiad (OMA)

    National Mathematical Olympiad

    Maths, Lateral Thinking, Algebra, Analysis, Geometry, Combinatorics, Logic, Problem Solving.
    http://oma.org.ar/nacional/resultados-oma19reg.htm

  • First Prize in the Metropolitan Olympiad in Informatics (OMI)

    National Olympiad in Informatics

    QuickBasic / Basic / QBasic. Algorithms, Data Structures, Programming, Problem Solving.

  • Top place in ProjectEuler Argentina Scoreboard

    ProjectEuler.net

    Online Computer Science & Mathematical Competition - http://www.projecteuler.net/

    C/C++, Python, PARI/GP, Algorithms, Data Structures, Programming, Complexity, Optimization, Maths, Mathematics, Lateral Thinking, Algebra, Analysis, Geometry, Computational Geometry, Combinatorics, Probabilities, Logic, Problem Solving.

Calificaciones de pruebas

  • Software Engineering

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Emotional Intelligence

    Puntuación: 400/400

    University Extension, Universidad Abierta Interamericana & Asociación Educar

  • Machine Learning with Sparse Data

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Integrative Neurophysiology (Biology)

    Puntuación: 10/10

    Biology Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Signal Processing

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Deep Reinforcement Learning (DRL)

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Natural Language Processing with Artificial Neural Networks

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Computational Methods for Studying Language in the Brain

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Natural Language Processing

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

  • Computational Neuroscience

    Puntuación: 10/10

    Computer Science Department, Faculty of Exact and Natural Sciences, University of Buenos Aires

Idiomas

  • Spanish

    Competencia bilingüe o nativa

  • English

    Competencia básica profesional

Empresas

  • Mensa International, the High IQ Society

    Member

    - actualidad
  • Project Euler, Math & Computing Problems

    Member, Top 10 in Argentina

    - actualidad
  • IEEE, Institute of Electrical and Electronics Engineers

    Graduate Student Member

    -

    Societies: Computer, Computational Intelligence, Signal Processing, Information Theory, Education, Engineering in Medicine and Biology, Reliability, Consumer Technology, Robotics & Automation, Young Professionals

  • ACM, Association for Computing Machinery

    Professional Member: 2724611

    -
  • ACM, Association for Computing Machinery

    Student Member

    -
  • TopCoder, Inc., World's largest development community

    Member: 20166836 - Algorithms & Marathon Matches

    -

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