Dr. Fredy Rios

Aufbau und Konsolidierung von Wissenschafts- und F&E-Netzwerken zwischen dem KIT und den chilenischen und lateinamerikanischen Partnern im Rahmen des KIT-Chile-Clusters und des IEDE-Projekts.

Geospatial analysis and visualization of renewable generation data in Germany. Automation of data extraction, preparation, processing and analysis with R. Web application display with Shiny web application framework for R. Preparation, analysis and evaluation of residential and photo-voltaic load profiles.

Thesis title: "Stigmergy-Based Load Scheduling in a Demand Side Management Context". Analysis and evaluation of different demand side management strategies: Development and implementation of multi-agent systems simulations in Java. Data exploration, preparation, analysis and deploy in R. Presentation of scientific results at international conferences and summits. Participation in European project Open Experience Labs within EIT-ICT Labs. Scholarship beneficiary of the Chilean government.

Research regarding organic computing, self-organized systems and future smart grid concepts, such as intelligent appliances, shiftable loads and micro-combined heat and power plants

Development and implementation of an application for automatizing the process of generating wood logs of specific dimensions according to different products specifications within the government funded CALIRO Project FONDEF Code D06I1010: “Knowledge Systematization for the Construction of a Decision Tool to Support the Increase of the Return Value from Radiata Pine Plantations During Its Transformation Process into Final Products”

Development of Java-based framework for the automation of transport resource assignment in the forest industry. Development of web applications for the on-line management of transport resources in the forest industry

Management and development of data bases. Research and evaluation of rule based and expert systems applied to health care insurance.

Thesis title: "Stigmergy-Based Load Scheduling in a Demand Side Management Context". Development of an algorithm for guiding the global behaviour of autonomous customers in a decentralized manner to increase renewable energy sources utilization, while respecting their privacy.

Thesis: "Methodological Analysis of the Forest Transportation Process and Design and Implementation of a Software Prototype for Transport Resource Assignation in a Forest Enterprise". Development of a Java-based framework for the transport resource assignment in the forest industry.