Adolfo Anta Martínez

 

PhD student

CyPhyLab

Electrical Engineering Deparment

University of California, Los Angeles

 

 

 

I have moved to Max Planck Institute für Dynamik komplexer technischer Systeme and TU Berlin.

 

Please visit my new website at http://www.control.tu-berlin.de/User:Adolfo_Anta

 

 

 

Biographical Information

 

Adolfo was born and raised in Madrid, Spain. He received his “Licenciatura” degree in Control and Electronics Engineering from ICAI Engineering School (Pontifical Comillas University of Madrid) in 2002. From August 2002 to September 2005 he worked for three years at EADS-Astrium-Crisa designing electronic equipment for European satellites. At the same time he was a lecturer at ICAI Engineering School teaching Control Systems. In September 2005 he was awarded a Fulbright Scholarship and decided to come to USA to start a new life as a graduate student. Right now, he is a PhD student under the supervision of Paulo Tabuada. His main research interest is self-triggered control. If you don’t know what self-triggered control is, please take a look at the papers below!  Stay tuned for more publications to come.

 

Education

 

  • Currently studying: PhD in Control Systems, Department of Electrical Engineering, UCLA. Expected graduation date: June 2010.

 

  • Master of Science in Control Systems, Department of Electrical Engineering, UCLA, December 2006

 

  • Engineering Degree in Control Systems and Electronics (”Ingeniería en Automática y Electrónica”), ICAI Eng. School, June 2002

Thesis: “Automatic control of the electric servo motors used in the manufacturing process for the upcoming plane A-400M”

 

  • Technical Engineering Degree in Industrial Electronics (”Ingeniería Técnica Industrial en Electrónica Industrial”), ICAI Eng. School June 2000

Thesis: “Implementation of an indirect field-oriented control for induction machines”

 

 

Resume

 

English Version (pdf)

 

Publications

 

Self-triggered control: trading actuation for computation.

M. Mazo, A.Anta, P.Tabuada.

Submitted for publication.

 

On the benefits of relaxing the periodicity assumption for networked control systems over CAN
A. Anta and P. Tabuada
30th Real Time Systems Symposium (RTSS’09).

 

Isochronous manifolds in self-triggered control.

A.Anta, P.Tabuada.

48th Conference on Decision and Control, December 2009.

 

To sample or not to sample: self-triggered control for nonlinear systems.

A.Anta, P.Tabuada.

To appear, IEEE Transactions on Automatic Control.

 

On Self-Triggered Control for Linear Systems: Guarantees and Complexity.

M.Mazo, A. Anta, P.Tabuada. 

10th European Control Conference, July 2009.

 

Space-time scaling laws for self-triggered control.

A.Anta, P.Tabuada.

47th Conference on Decision and Control, December 2008.

 

Self-triggered stabilization of homogeneous control systems.  

A.Anta, P.Tabuada.

American Control Conference, June 2008.

 

On the benefits of relaxing the periodicity assumption for control tasks.  

A.Anta, P.Tabuada.

RTAS Work in Progress track,  April 2008.

 

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Contact information


Adolfo Anta Martínez

UCLA Electrical Engineering Dept.
66-142 #12 Engineering IV Building

420 Westwood Plaza, Los Angeles, CA 90095, USA

 

e-mail:

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