- Biyectiva TechnologyCTOseptiembre de 2018 - Hoy (6 años y 5 meses)Spain- Lead the Engineering team, providing strategies and the required expertise to deliver amazing Artificial Intelligence products in a cost-effective manner. - Design products and services to meet customer and market needs - Re-think procedures to optimize work flows
- UPCTPredoctoral researcher and Junior Lecturerseptiembre de 2015 - septiembre de 2019 (4 años)Cartagena Area, SpainI currently research on the impact of state-of-the-art Machine Learning techniques on the Internet of Things and Long-Range Communications. My main focus is on how Reinforcement Learning can derive smart transmission policies for hardware and power-constrained devices. Other areas of interests are general purpose Wireless Sensor Networks, efficient communication protocols, Smart Grids and AI in a broader sense. Teacher of the bilingual group for Fundamental of Telematics and Digital Content Laboratory.
- Department of Engineering at the University of CambridgeVisiting Researcherjulio de 2018 - septiembre de 2018 (2 meses)Cambridge, United KingdomPhD student at the Cambridge University (Department of Engineering). During my stay I studied the application of optimization and Machine Learning techniques to low-power wireless network. The main objective was to improve the QoS of LoRa networks via mathematical optimization.
Rubén Martínez recomienda a Rubén
- Doctor of Philosophy - PhDUniversidad Politécnica de Cartagena2018
- Master's degreeUniversidad Politécnica de Cartagena2015
- Dissertation ProjectHeriot-Watt University2014Our experimental plan was to develop a wireless sensor network to support the management of power assets within a substation environment. The network could operate for an extended period of time, and thus was of a low power design. It could communicate across a small substation and was robust enough to survive the loss of several of the network nodes (either due to destruction or loss of communication). The network consisted (in the initial form) of a number of temperature, acceleration and sound sensors. Our intention was to ensure that this wireless network was capable of operating within the noise environment of active electrical equipment and then to use that network to respond to a number of simulated 'disaster cases' in the network to test the network's ability to raise alarms and respond to external stimulus. These tests included heat testing, drop testing and use of the impulse generator and string testing equipment to provide sound impulses.
- Engineer's degreeUniversidad Politécnica de Cartagena2014
- Ingeniero TécnicoUniversidad Politécnica de Cartagena2011