Design of Integrated Systems (DSI)

Responsible: Dr. Roberto Sarmiento Rodríguez

UNESCO Code:

SL2.1: Integrated Systems for Multimedia

T1: SoC Design for Multimedia

Design of Intellectual Property (IP) modules and System on Chip (SoCs) for multimedia applications, especially in video compression according to H.264 and SVC (Scalable Video Coding) standards. In this activity, the use of hardware reconfigurability (both dynamic and static) for the implementation of high-performance multimedia systems will be particularly relevant. Hardware reconfigurability will be used as a means to improve the flexibility of multimedia systems while maintaining real-time execution or easily adapting to the application environment.

T2: Improvement of video and images through super-resolution algorithms

This activity involves the development of algorithms and processes for improving images and videos through Super-Resolution. IUMA has been researching this topic for a decade. The activity aims to develop algorithms that can be implemented in hardware to accelerate processing and expand the range of applications.

T3: Hyperspectral image processing and integrated systems for implementation

Hyperspectral images are obtained from special sensors that constitute an advanced technique for obtaining information in both the spatial and spectral domains. This activity focuses on the design of hyperspectral image processing systems, including hyperspectral sensors, advanced hyperspectral image processing algorithms, and implementation of these algorithms for real-time applications. Special attention will be given to all applications in which the capture of hyperspectral images in situ or from aircraft and/or satellites takes place.

T4: Verification of integrated systems

System-on-chip verification is one of the most time-consuming tasks in the design process. This line is dedicated to research on the verification of integrated systems based on the Universal Verification Methodology (UVM) methodology.

T5: Hardware/software systems for embedded electronics in satellites

The modernization of embedded electronics in satellites involves the use of innovations being made at both the hardware and software levels. This activity emphasizes the use of new paradigms such as FPGAs, reconfigurability, HLS design, and others in embedded satellite electronics. This would result in lower costs, reduced manufacturing periods, and an extension of the life of satellites. Studies are also being conducted for the use in space of Commercial off-the-shelf (COTS) devices.