TY - JOUR 
A1 - Angulo Ibáñez, José Miguel
AU - Alonso Morales, Francisco Javier
AU - Ruiz Medina, María Dolores
AU - Bueso Sánchez, María del Carmen
T1 - Spatiotemporal sampling design adapted to heterogeneities and real-time observations. Póster
Y1 - 2008
UR - http://hdl.handle.net/10317/885
AB - Entropy-based criteria for spatiotemporal sampling design naturally incorporate
prior knowledge on structural heterogeneities of processes involved
in environmental applications, an important aspect of variation to be considered
for risk assessment purposes. Whenever possible, real-time observations
must be also integrated for dynamic adaptation of the spatial
sampling configurations, eventually under certain restrictions, to account
for the actual evolution of the system. In this paper, such information is
exploited to redefine, at each time, the region of interest in terms of local
density. Procedures are applied to simulated examples where different
ranges of memory and spatial dependence, as well as different levels of
local variability (fractality), are specified to study the structural influence of
the model in the entropy-based spatiotemporal sampling design.
KW - Estadística e Investigación Operativa
KW - Evaluación de riesgos
KW - Heterogeneidad
KW - Entropía de Shannon
KW - Muestro espacio-temporal
LA - eng
ER -