User:JuanCarlosMartinez: Difference between revisions
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!'''Contact''' | |||
Juan Carlos Martínez-García<br/> | |||
Silver Lab - Systems Biology Department<br/> | |||
Harvard Medical School; 200 Longwood Avenue<br/> | |||
Warren Alpert Building 536; No. tel.: 617 432-6402<br/> | |||
e-mail: <font color="blue">juancarlos_martinez-garcia@hms.harvard.edu</font><br/> | |||
e-mail: <font color="blue">juancarlos.martinezg@gmail.com</font> | |||
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==Visiting Professor== | ==Visiting Professor== | ||
Hi there! My background is electrical engineering and applied mathematics. I am from Mexico -Viva !México cabrones!-. I am Electrical and Mechanical Engineer from the National Autonomous University of Mexico ([http://www.unam.mx/EN/ UNAM]) and Master of Science in Electrical Engineering from the Research and Advanced Studies Center of the National Polytechnic Institute ([http://www.cinvestav.mx/Default.aspx?alias=www.cinvestav.mx/ingles Cinvestav] - [http://www.ipn.mx IPN]). I | Hi there! My background is in electrical engineering and applied mathematics. I am from Mexico -Viva !México cabrones!-. I am an Electrical and Mechanical Engineer from the National Autonomous University of Mexico ([http://www.unam.mx/EN/ UNAM]) and Master of Science in Electrical Engineering from the Research and Advanced Studies Center of the National Polytechnic Institute ([http://www.cinvestav.mx/Default.aspx?alias=www.cinvestav.mx/ingles Cinvestav] - [http://www.ipn.mx IPN]), also in Mexico. I got a PhD degree (''Summa Cum Laude'') on [http://en.wikipedia.org/wiki/Control_theory Mathematical Control Theory] from [http://www.ec-nantes.fr/ Ecole Centrale de Nantes], France. The last fifteen year of my life I have been involved in: | ||
* '''Theoretical research''' concerning the solution of classical [http://en.wikipedia.org/wiki/Feedback feedback] control problems of systems described by linear ordinary differential equations: disturbance rejection, model matching, and input-output decoupling. Moreover, I worked in the analysis and design of robust control systems | * '''Theoretical research''' concerning the solution of classical [http://en.wikipedia.org/wiki/Feedback feedback] control problems of systems described by linear ordinary differential equations (this paper [[Media:JCMG.pdf]] is a sample of the kind of things that I was doing): disturbance rejection, model matching, and input-output decoupling. Moreover, I worked (and I am still working) in the analysis and design of robust control systems, fault detection schemes, and evolutionary computing -to design evolutionary artificial systems-. | ||
* '''Applied research''' concerning control applications in robotics and earthquake engineering. | * '''Applied research''' concerning control applications in robotics (mobile and manipulator robots) and earthquake engineering (computer-based detection of damaged elements of buildings affected by earthquakes). | ||
Now days I am interested on the analysis and design of biological systems. More specifically, I want to understand how the robustness property which characterizes living beings arrives from the evolutionary process, and how this property conditions | Now days I am interested on the analysis and design of biological systems. More specifically, I want to understand how the robustness property which characterizes living beings arrives from the evolutionary process, and how this property conditions | ||
the network structure of the molecular system supporting life. Not an easy task I know. The reason of my presence at HMS is to learn from biologist both the experimental and the conceptual tools involved in systems biology. I am really enjoying my stay here. | the network-based structure of the molecular system supporting life. Not an easy task, I know. The reason of my presence at HMS is to learn from biologist both the experimental and the conceptual tools involved in systems biology (I would appreciate any possible help, ... please). Well, I am really enjoying my stay here. In the short term I expect to be completely involved in biology research, and I think I will tackle some problems related to the uncovering of robustness as a conserved quantity (i.e. if a given function of biological system is robust against a particular perturbation, is the system fragile against a different perturbation?). | ||
==More about me== | ==More about me== | ||
I like tequila, rock music, nature, photography, violent movies -well, I also like non violent movies, even romantic movies-, and I am a reading machine -romans, history, poetry, sociology, philosophy,...-. As a complementary information: I have two daughters -Anais, 14 years old- and -Valentina, 10 years old-, who are my perpetual source of happiness. | I like tequila, pastis, tango dance, rock music, nature -desserts, mountains, maritime landscapes, ...-, photography, rock climbing, violent movies -well, I also like non violent movies, even romantic movies like Casablanca-, and I am a reading machine -romans, history, poetry, sociology, philosophy,...-. As a complementary information: I have two daughters -Anais, 14 years old- and -Valentina, 10 years old-, who are my perpetual source of happiness, which I think is something mixing anarchy, chaos and sensuality. | ||
Latest revision as of 15:56, 20 October 2008
|
Contact
Juan Carlos Martínez-García |
|---|
Visiting Professor
Hi there! My background is in electrical engineering and applied mathematics. I am from Mexico -Viva !México cabrones!-. I am an Electrical and Mechanical Engineer from the National Autonomous University of Mexico (UNAM) and Master of Science in Electrical Engineering from the Research and Advanced Studies Center of the National Polytechnic Institute (Cinvestav - IPN), also in Mexico. I got a PhD degree (Summa Cum Laude) on Mathematical Control Theory from Ecole Centrale de Nantes, France. The last fifteen year of my life I have been involved in:
- Theoretical research concerning the solution of classical feedback control problems of systems described by linear ordinary differential equations (this paper Media:JCMG.pdf is a sample of the kind of things that I was doing): disturbance rejection, model matching, and input-output decoupling. Moreover, I worked (and I am still working) in the analysis and design of robust control systems, fault detection schemes, and evolutionary computing -to design evolutionary artificial systems-.
- Applied research concerning control applications in robotics (mobile and manipulator robots) and earthquake engineering (computer-based detection of damaged elements of buildings affected by earthquakes).
Now days I am interested on the analysis and design of biological systems. More specifically, I want to understand how the robustness property which characterizes living beings arrives from the evolutionary process, and how this property conditions the network-based structure of the molecular system supporting life. Not an easy task, I know. The reason of my presence at HMS is to learn from biologist both the experimental and the conceptual tools involved in systems biology (I would appreciate any possible help, ... please). Well, I am really enjoying my stay here. In the short term I expect to be completely involved in biology research, and I think I will tackle some problems related to the uncovering of robustness as a conserved quantity (i.e. if a given function of biological system is robust against a particular perturbation, is the system fragile against a different perturbation?).
More about me
I like tequila, pastis, tango dance, rock music, nature -desserts, mountains, maritime landscapes, ...-, photography, rock climbing, violent movies -well, I also like non violent movies, even romantic movies like Casablanca-, and I am a reading machine -romans, history, poetry, sociology, philosophy,...-. As a complementary information: I have two daughters -Anais, 14 years old- and -Valentina, 10 years old-, who are my perpetual source of happiness, which I think is something mixing anarchy, chaos and sensuality.
