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- Institute of Photonic Sciences
- UNIVERSIDAD POLITECNICA DE MADRID
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- FUNDACIO INSTITU DE RECERCA EN ENERGIA DE CATALUNYA
- Universitat Politècnica de Catalunya (UPC)- BarcelonaTECH
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integration of sensors into devices. - Develop and implement physical activity meters based on inertial and ultrasound devices. - Validation and field testing of embedded systems to ensure their reliability in
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Intelligence in Green Algorithms Research line / Scientific-technical services: Development of algorithms that are energy efficient. JOB LOCATION AND SCHEDULE: CITIC. Monday to Friday, from 10:00 a.m. to 2:00
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-DIGITALEMERGING)" with the functions of junior research staff of group A, subgroup A1. Specific Development of distributed fibre sensors compatible with telecommunications networks. An important part of the work
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applications Experiencia en sistemas de percepción en vehículos / Experience in perception sensors in vehicles Experiencia en vehículos autónomos / Experience in autonomous vehicles
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analysis. Methods and algorithms including visualisation and reporting tools. Geotechnical, structural and mechanical characterisation of rock from drilling signals. Calibration and interpretation on rock
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developed: Write and maintain code to implement the core functionality and system logic that powers the application. Design algorithms and procedures for negotiating agreements between transport companies
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components, including fiber optics and diamond sensors, within tight spatial constraints. Scanning & Control Optics: Implement scanning mechanisms suitable for NV readout, such as galvo/mirror systems or fiber
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characterization systems for sensors. Functions to be developed: Design and program measurement systems. Process and analyze data from thermal sensors. Carry out measurement campaigns in representative environments
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for the acquisition and storage of radiofrequency data. Develop (train and validate) AI and ML algorithms to detect and mitigate RFIs. Implement other RFI detection and mitigation algorithms (pulse blanking
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of the secondary lobes generated with a Voronoi algorithm. Include and optimize the model of lesion dynamics including encapsulation, infection and endogenous reinfection through the bronchial tree. Develop virtual