Scope of applications and automatic design

Research and develop training and solutions around the semiconductor ecosystem focusing on applications and design automation with the study of new architectures and circuits for serial communications and optimization of physical planning, placement and routing of circuits using efficient algorithmic techniques in highly complex systems.

Ongoing investigations

Design and implementation of power management circuits for quantum dot-based image sensor characterization systems

Alen Garalyan

Alen Garalyan

Research Support Investigator

Design of Chip-Level Digital Subsystems for a Hybrid-Stacked Image Sensor

Andreu Llompart Roca

Andreu Llompart Roca

Research Support Investigator

Design of Chip-Level Digital Subsystems for Hybrid Stacked Image Sensors

Néstor Tuneu Arroyo

Néstor Tuneu Arroyo

Research Support Investigator

Development of an Interactive Graphical Tool for Optimization and Editing of Floorplanning in Chip Design

Nuria Elizondo Cereza

Nuria Elizondo Cereza

Research Support Investigator

Development of Mathematical and Heuristic Optimization Tools for Chip Floorplanning

Guillem Pastor Rué

Guillem Pastor Rué

Research Support Investigator

FPGA-based systems for multi-sensor cameras

Judit Ubach Badía

Judit Ubach Badía

Research Support Investigator

Hierarchical floorplanning optimization algorithms for System-on-Chip architectures

Bernat Ibañez

Bernat Ibañez

Research Support Investigator

High Predictability Global Routing during Floorplanning of Complex Chips

Antoni Pech Alberich

Antoni Pech Alberich

Research Support Investigator

High-speed serial data transmission circuit for image sensors

Enrique Barajas Ojeda

Research Support Investigator

High-speed serial data transmission circuit for image sensors

Alberto López Gassó

Alberto López Gassó

Research Support Investigator

Mathematical Optimization Techniques for Hierarchical Floorplanning of Complex Chips

Yilihamujiang Yimamu

Yilihamujiang Yimamu

Predoctoral Researcher

Optimization of Training Distributed AI Workloads on Multi-node Computing Systems

Mohammad Nasser

Mohammad Nasser

Predoctoral Researcher

Optimization of Training Distributed AI Workloads on Multi-node Computing Systems.

Xavier Querol Bassols

Xavier Querol Bassols

Research Support Investigator

Optimizing distributed AI workload training on multinode computing systems

Sergi Tomàs Martínez

Sergi Tomàs Martínez

Research Support Investigator

Simulation-Based Recommendation Framework for Scalable Training of Distributed AI

Tomàs Gadea Alcaide

Tomàs Gadea Alcaide

Research Support Investigator

Sidecar Project

Awakening scientific and technological vocations in schools and institutes

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