Autoridades

Director

1. Dr. Hernán Matta

Investigador Principal

1. Huber Nieto-Chaupis

   Dr. rer. nat. Humboldt U. Berlin, Alemania (2007)

   Magíster en Física por la Pontificia Universidad Católica del Perú (2003)

   Licenciado en Física por la Universidad Nacional Mayor de San Marcos (1999)

   Papers Publicados en la IEEExplore:

   • "Predictive Control of the mineral particle size with kernel-reduced volterra models in a balls mill grinding circuit" (2015)
   • "A closed-form expression for the received power through the usage of the Dirac-Delta functions with nonlinear argument" (2015)
   • "Preventing Risk Situations at Type-II Diabetes Mellitus Patients Through Continuous Glucose Monitoring and Prediction-Based Teleconsults" (2015)
   • "The Dirac-Delta functions for signal path-loss modeling at mid-sized urban areas" (2015)
   • "Prospects and expectations of ehealth services in north-lima from mathematical modeling and computational simulation" (2015) - Premio al Best Case Study Award
   • "Specific absorption radiation measurement of anomalous Bessel-Hankel fields by base stations antennas" (2015)
   • "Testing a predictive control with stochastic model in a balls mill grinding circuit" (2015)
   • “QoS evaluation for end user mobility for accessing classical and QKD networks” (2015)
   • “On the usage of Dirac Delta functions with nonlinear argument in high order I/O integrals” (2014)
   • “Modeling of the handoff collapse in local catastrophic events” (2013)
   • “Modeling of the mineral particle-size evolution through stochastic input signals in a balls mill grinding circuit” (2010)
   • “Attempts of modeling the mineral particle size by using stochastic signals in a balls mill grinding circuit” (2010)
   • “Testing Laguerre-Volterra model in a batch reactor” (2010)
   • “Tests of hybrid Volterra-type models through NMPC schemes at a batch reactor” (2010)
   • “Controlling the temperature of a batch reactor through a NMPC scheme based on the Laguerre-Volterra model” (2010)