- Multi-Channel GTEC biosignal amplifier for ECG, EEG, EOG and biomedical signal aquisition.
- Multi-Channel Whole-Head EEG acquisition.
- Wireless biosignal amplifiers for EOG.
- NATIONAL INSTRUMENTS Acquisition Cards and Signal Digitizing.
Individual inverse visualisation system with 3D location systems and projection on three side screens and the floor.
- Linux server 8 Core Intel Xeon X5450 3.0 GHz 16GB RAM 1.5TB hard disk in RAID5.
- Linux server 8 Core Intel Xeon X5355 2.66 GHz 32GB RAM 2.5TB hard disk in RAID5
- Linux server 16 Core Intel Xeon E5530 2.40 GHz 72 GB RAM 2.5TB hard disk in RAID5.
Cluster of 4 interconnected servers with a total of 88 CPUs + 4 GPUs. We have a storage capacity of 20 TB and a small cluster dedicated to the web site.
Heterogeneous computer cluster, consisting of multicore servers and GPU-based servers.
High-performance distributed computing infrastructure to perform all kinds of multi-scale simulations.
Five robotics systems are available to give courses on these topics.
Laboratory for R&D on particle detectors based on liquid noble gases (argon, xenon) at low temperature.
Given our long standing relations with ESA and EUMETSAT we have a huge library of both real and syntetic time series of archived satellite products including (1) reflectance data (Quickbird, WorldView2, HyMap, SPOT, RapidEye, LandSat, VTG, MODIS and SEVIRI, IASI), and (2) Biophysical products from MODIS, COPERNICUS Global Land, MERIS and LSA SAF. Moreover, we have access to thematic maps and databases on land-cover and land-use (CORINE, SIOSE) and reference databases such as LUCAS and BIOSOIL.
Identification of markers (mutations in oncogenes) in solid tumours and monitoring of the evolution of the disease, detection of relapses or molecular progression of the disease in liquid biopsies.
High-performance (vector) computing infrastructure to be able to perform all types of multi-scale simulations.
Laboratory for R&D on particle detectors based on noble gases (argon, xenon) at high pressure.
We have personnel experienced in the generation and maintenance of organoids from tumour and normal patient tissue, as well as the facilities to do so. We also have experience in the molecular characterisation of these organoids (which recapitulate the characteristics of the patient from which they originate) and in the testing of drugs on them.
Principal Researcher: Pepa Castillo.
Complete hardware laboratory for measurements, circuit design, etc.
High-performance platform for the digitisation of histopathological preparations comprising a high-performance scanner in bright light and fluorescence field with its accessories for the organisation, visualisation, analysis and transfer of Whole Slides Images (WSI).
Principal Researcher: Carolina Martínez.
Immersive CAVE system. It allows to conduct sensation tests on people for training or evaluation of behaviours in real situations, through the simulation of the environment. It consists of 4 rear projection screens that form a cabin, capable to reproduce images in 3 dimensions. This system is located on the floating base of a 6 degrees of freedom Steward movement platform, so it can be moved and rotated at will. Inside the cab is an industrial seat, that the simulator operator gets on. Additionally, there is a computer system based on a high-performance computing cluster with 5 processing nodes and 4 latest-generation GPUs.
Complete integrated circuit and FPGA design software.
Linux Compute Server 32 Core Intel Xeon in RAID5.
Simulation system composed of 2 55-inch 3-D LED TVs, industrial seat, industrial joysticks, keypads and 2 degrees of freedom CKAS platforms. Additionally, it connects to a Supercomputer with 4 latest generation NVidia GTX 670 graphics cards. The result allows to simulate any environment with a high degree of realism.
The most important and oldest academic network on law and ICTs in Spain, annual academic conferences and seminars since 2004.
Laboratory for spectroscopic analysis of photon detector systems.
Room where the different servers are housed.
As an integral part of the Onco-Hematology Department, the main objective of the Clinical Trials Unit of the Onco-Hematology Department is to carry out clinical research at all stages of pharmacological development to meet the needs of society and the pharmaceutical industry. The Unit has all the human and material resources necessary to comply with current legislation and regulations applicable to clinical trials, and thus achieve quality clinical research.
It is a high-performance mass storage computer system, with a set of redundant disks that allows a 24-hour service to be offered. The technical characteristics of the equipment are as follows:
- 19-inch rack format.
- 4 x 10 GbE iSCSI iSCSI host channels / ports with SFP+ connector.
- 2 SAS expansion ports.
- Support for RAID 0, 1, 3, 5, 6, 10, 30, 50, 60.
- Redundant controller and hot swap.
- 2 GB cache memory per controller.
- Hot swap cache battery per controller.
- Dynamic capacity expansion.
- LUN Mapping.
- Possibility of hot spare and hot swap disks.
- Redundant power supply and fan modules.
- Backplane for 16 SAS 6 Gbit disks.
- 16 Hitachi 600 Gbytes 15,000 rpm 6 Gbit SAS disks.
- Capacity to support up to 112 SAS 6 Gbit disks.
- SES/SMART.
- Management via LCD with keypad, telnet over Ethernet and web browser with GUI.
- Remote alarm notification.
Cylindrical immersive visualisation system with 3D stereoscopic projection and capacity for 40 people.
Research laboratories equipped with specially configured computers for research in DNA methylation analysis and Distributed Virtual Enviroments.
The UCG has, among other scientific instrumentation, two satellite image reception antennas corresponding to the MSG (Meteosat Second Generation) and NOAA satellites, as well as a reception station for obtaining images from the TERRA, AQUA and NPP satellites (www.uv.es/iplsat/).
Server Calculator MacOS 4 Core Intel Xeon 2.8GHz 16GB RAM SSD 128GB, 1TB HDD.
The UCG has software licences for satellite image processing.
The UV Statistics Unit works with experts in the use of computer equipment and specific software. The main software used for data analysis is the free R Software.
A steel gantry with a span of 18 m and a gauge of 550 m, located on the CV 35 road, is available for the evaluation of traffic monitoring systems in real conditions of luminosity and traffic. The gantry consists of 3 mobile CCTV cameras of different quality, an infrared spotlight, an electronic toll sensor and a magnetic sensor located under the gantry. The information from the systems is sent to an ERU and from there to the laboratory from where images are received in real time and the installed equipment can be controlled.
Different technological resources will be used in order to carry out studies related to the impact of communication and innovation.
The UCG has thermal cameras working in the 8-14 micrometre band for in situ measurement of the earth’s surface temperature.
The UCG has numerous thermal radiometers working in the 8-14 micrometre band for in situ measurement of the earth’s surface temperature.
Eye tracking systems and colorimetrically calibrated displays to do psychophysics + Access to the fMRI facilities for brain imaging.
