Forskjeller

Her vises forskjeller mellom den valgte versjonen og den nåværende versjonen av dokumentet.

Lenk til denne sammenligningen

Begge sider forrige revisjon Forrige revisjon
Neste revisjon
Forrige revisjon
mascot [2019-11-11]
joeid
mascot [2019-11-11]
joeid
Linje 18: Linje 18:
  
 **Primary Objectives**:​ **Primary Objectives**:​
-  * using physics-based data to develop realistic spatio-temporal +  * using physics-based data to develop realistic spatio-temporal statistical models and methods for environmental sampling using recent advances in computational and spatial statistics
-  ​statistical models and methods for environmental sampling using +
-  ​recent advances in computational and spatial statistics+
   ​   ​
-  * advancing embedded decision-making using these scalable methods onboard +  * advancing embedded decision-making using these scalable methods onboard autonomous robotic vehicles
-  ​autonomous robotic vehicles+
   ​   ​
-  * building up a cohort of young researchers who will look at +  * building up a cohort of young researchers who will look at problem-solving methods in novel inter-disciplinary ways, with modern computational methods, for generating new knowledge of our environment with direct impact to policy making, society and education 
-  ​problem-solving methods in novel inter-disciplinary ways, + 
-  ​with modern computational methods, for generating new knowledge of +The project aims to address parts of the problems related to a pressing need for designing, implementing and testing algorithms for efficient sampling of the upper water-column,​ and to have the broader impact of commingling methods in statistics, oceanography and automated control including Artificial Intelligence (AI) for adaptive sampling. 
-  ​our environment with direct impact to policy making, society and + 
-  ​education+{{:​ocean-analytics:​ocean.jpg?​direct&​400|}}{{:​ocean-analytics:​ql-wfgxxjhq1fichguad7puefo9-qsiutnz9akvym1xye1qb38auz3wjq2lu.png?​direct&​400|}}
  
  
2019-11-11, Jo Eidsvik