EERIS: Infra Public Profile

L3: Energy Efficient Processes and Critical Infrastructures

SERVICE DESCRIPTION: This research group within the laboratory conducts research and development activities related to systems analysis, modeling, design, simulation, development and testing control applications on different industrial and laboratory platforms focusing on energy field. Research activities:Modeling and simulation of critical infrastructure;Fault detection and diagnosis of critical processes;Risk management and assessment of critical situations;Modeling, design and simulation of automated processes;Simulation of related activities at various levels of process control, supervising and monitoring using specialized languages with applications in control, command, protection and diagnosis of industrial processes;Automation and protection in power systems and power plants;Providing project management, system testing and quality assurance.Specific collaboration interests lay in the use of automatic control strategies for complex energy systems with the goal of attaining energy efficiency and environmental standards.Also we are looking at applying ICT to the smart grid by developing associated informatic tools for monitoring and control and integration in high level distributed structures.Potential partners would have a background in electrical engineering, power engineering, and computers or provide domain knowledge in the areas of application for such technologies.We are actively searching collaborations to deepen theoretical and applied knowledge, forming interdisciplinary research groups among the main areas of interest and industrial partners to jointly develop research products.Laboratory platform facilitates teachers, young researchers and students training in the implementation of processes as well as permits development of some technologic scenarios for improvement and conception of control schemes in modern technologies.PhD studies, leading advanced research in energy systems, will be organised under the coordination of Prof.dr.ing. Ioana Fagarasan and Prof.dr.ing. Ser

SERVICE PERSONS:

Iulia STAMATESCU

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Sergiu-Stelian ILIESCU

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Grigore STAMATESCU

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Nicoleta ARGHIRA

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Ioana FĂGĂRĂSAN

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Vasile CALOFIR

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Cristina NICHIFOROV

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Mircea-Ștefan SIMOIU

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L28: Reconfigurable high-confidence medical devices

SERVICE DESCRIPTION: Services: development of innovative reconfigurable systems dedicated to the interoperability of different medical devices. It supports the multidisciplinary research and development level aiming to create high confidence medical devices, software and systems. The medical IT system development causes a significant change of paradigm: if at first it was a question only of passive devices controlled by a human operator, now we can speak about complex systems incorporating reconfigurable devices, sensors and actuators which dynamically control the medical functions and processes. All information taken from sensors, communication, reconfigurable modeling and calculation and perfect integration with physical elements and processes leads up to a new class of "cyber-physical" systems with a high degree of functionality and adaptability. The services of this lab can be achieved with the equipment composed of: • eHealth sensor platform for Arduino, Raspberry PI and Intel Galileo dedicated to medical devices. • Brain Computer Interface systems by g.Tech • Brain Computer Interface Emotiv Systems (Scientific Contextual EEG) • FPGA Artix-7 development boards • 3D CubeX Trio printer • CAD/CAM –Solid Works software • USB Oscilloscopes, GPS Receptors, graphical displays, WiFi Interfaces, ultrasounds detectors, digital gyroscopes, accelerometers, stepper motor controllers • 10 workstations

SERVICE PERSONS:

Florin POP

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Nirvana POPESCU

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Decebal POPESCU

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Ciprian DOBRE

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Vlad CIOBANU

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Cornel POPESCU

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Laurentiu DUCA

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Florin LEUȘTEAN

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L26: Cognitive Robotics Applied in Assistive Medicine

SERVICE DESCRIPTION: The application of robotics in healthcare is an emerging trend that will lead to better outcomes over a wide range of medical conditions. The goal of our Cognitive Robotics Applied in Assistive Medicine Lab is to utilise the most advanced technologies related to cognitive robotics, ubiquitous computing, and ambient intelligence and to develop integrated solutions for assisting the treatment of impairment and disabling conditions which put an important pressure on the healthcare systems. We offer the following services: Design and development of assistive robotics solutions in order to provide help for patients with physical and cognitive disabilities in both specialist and domestic healtcare settings; Design and development of carer support systems; Design and development of integrated systems based on humanoid robots and ambient robots for the support of doctors in emergency units

SERVICE PERSONS:

Catalin BUIU

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Andrei FLOREA

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Nirvana POPESCU

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Mihai GANSARI

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Irina PETRE

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L15: Humanoid Robots and Drones

SERVICE DESCRIPTION: The laboratory offers services related to artificial intelligence solutions and techniques for autonomous applications, in particular multi-agent systems, machine learning, computer vision and humanoid robots control algorithms and applications. We base our services on a long-term experience in the domain of artificial intelligence applications. We have different up-to-date equipment, among which 2 Nao robots, one Baxter robot and 2 quadcoptere DJI Flame.

SERVICE PERSONS:

Adina Magda FLOREA

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Irina MOCANU

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Valentin LUNGU

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Alexandru SORICI

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Marius LEORDEANU

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Dan NOVISCHI

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Mihai TRASCAU

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Andrei MOGOS

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Tudor BERARIU

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L14: Technologies for Ambient Intelligence, Fluid Interface and Semantic Lighting

SERVICE DESCRIPTION: The laboratory offers services for developing ambient intelligence applications, adaptive and pervasive user interfaces with an enhanced environment (which we call fluid interfaces), ambient assisted living applications, recognition of human activities and assistive technologies for users with special needs, and autonomous intelligent Internet-of-Things applications.

SERVICE PERSONS:

Adina Magda FLOREA

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Irina MOCANU

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Alexandru SORICI

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Mihai TRASCAU

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Lorina NEGREANU

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Andrei OLARU

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Serban RADU

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Andrei NICA

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Alexa AWADA

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Andrei CIORTEA

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L19: Innovative Products for Mobile Systems and Services

SERVICE DESCRIPTION: The laboratory is dedicated to research activities in the field of embedded and mobile systems, its main aim being to develop products and services that stem from this scientific domain. The research revolves around the development of innovative products that are destined for the general consumer market or for targeted consumer groups. The laboratory strives to combine high-level scientific research with collaboration from industrial partners in order to offer a technological edge in the field of mobile and embedded computing. Research topics: pervasive computing, mobile computing, Internet of Things, low-power computing architectures, wireless sensor networks, energy harvesting. The services of this lab can be achieved with the equipment composed of a CubeX Duo 3D printer for rapid prototyping, PCB prototyping, soldering and testing equipment, Arduino Leonardo, RaspberryPi B+ and Intel Galileo boards, Samsung Galaxy S5 and ASUS mobile devices, 8 PC workstations, CAD software for design and testing and 20+ Sparrow wireless sensor nodes.

SERVICE PERSONS:

Dan-Ștefan TUDOSE

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Voichita IANCU

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Dan DRAGOMIR

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Adriana DRĂGHICI

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Andrei VOINESCU

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Silvia STEGARU

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L16. Digital business ecosystems for innovative product and process development

SERVICE DESCRIPTION: A Digital Business Ecosystem is a collaborative environment able to help Small and Medium Enterprisesto increase their competitiveness and become more innovative on a globalmarket. Among other models and solutions of cooperation between a large variety of product and service-oriented organizations, the laboratory provides virtual platforms for interoperability and models business processes similarly to biological communities where a large number of species co-existand ensure a normal habitat. The laboratory research topics are: model driven engineering for the development and evolution ofservice-oriented systems, Cloud Computing, semantic technologies, data and opinion mining, processing large volumes of data, distributed databases, decision-support systems, knowledge-based systems, e-learning technologies, perspectives on software development, operating systems in multi-core architectures, multi-kernelarchitecture, real-time operating systems and software applications specifically measuring and optimizing software performance. Equipments: Nerwork of 14 PC

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L12: Computer Based Innovation and Collaborative Knowledge Development

SERVICE DESCRIPTION: Our laboratory is driven by theoretical and applicative research centered on the development of collaborative software (groupware) in order to support and assess participation in virtual teams (Computer Supported Cooperative Work – CSCW). Our multi-disciplinary approach is grounded in Natural Language Processing with strong connections to educational sciences, cognitive psychology, as well as philosophy. Of particular interest is our multi-lingual automated framework - ReaderBench http://readerbench.com/ designed to support a wide range of educational scenarios that is deployed on our virtualized environment consisting of 36 processing cores, 256GB of RAM and 6TB of storage. The provided solutions are easily transferrable to companies as our members hold some of the most prestigious professional certifications (PMP, ACP, PMI-RMP, CBAP, OCMJD, CISA, CISSP, C|EH). Members of the k-Teams laboratory have exceptional results and can be considered among the most successful and renowned researchers in natural language processing for e-learning throughout Europe, with publications at top worldwide conferences including AAAI, IJCAI, ITS, AI-ED, CogSci or CSCL, counting overall more than 400 publications and 2000 citations. Our members are responsible for developing the language services from the H2020 RAGE project (the largest gamification project in EU), and have successfully contributed to 3 FP7 projects, EUREKA IKF, as well as research infrastructure projects. We believe in building a solid international research network out of which our closest collaborators (15.000+ citations, 50+ joint papers), are from University Grenoble Alpes, Arizona State University and Ludwig Maximilian University of Munich.

SERVICE PERSONS:

Stefan TRAUSAN-MATU

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Mihai DASCALU

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Traian REBEDEA

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Costin CHIRU

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Clementin CERCEL

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Stefan RUSETI

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Ionut Cristian PARASCHIV

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Gabriel GUTU

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L17: Pervasive Products and Services

SERVICE DESCRIPTION: The laboratory hosts research and innovation activities in the scientific domain of pervasive and mobile development of products and services. The research supports a modern vision towards the realization of Smart Cities, Future Internet or Internet-of-Things. The innovation sustains the increase in the quality of life for the society of the future, through solutions designed to facilitate the collection of data and the use of derived information, in systems composed of mobile devices, sensors and actuators, and wireless/wired advanced communication technologies. The results include products, processes and services with applicability ranging from medical applications to economy or education. Research topics: future Internet (SDN, ICN models and technologies), opportunistic ad-hoc networks, decentralized Mobile Cloud, decentralized social computing, WiFi offloading, modeling and simulation for intelligent mobility, urban and participatory sensing, crowd management, trust and security in IoT, coupling sensors with smart data processing. The services of this lab can be achieved with the equipment composed of 8 workstations and 2 smartphones.

SERVICE PERSONS:

Florin POP

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Nirvana POPESCU

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Decebal POPESCU

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Ciprian DOBRE

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Vlad CIOBANU

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Valentin CRISTEA

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Mariana MOCANU

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Cristian CHILIPIREA

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Andreea PETRE

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Luminta BORCEA

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Catalin GOSMAN

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Dragos COMANECI

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Radu CIOBANU

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Radu MARIN

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Valeriu STANCIU

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Vlad DRAGOI

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Alexandra MOCANU (MIHAITA)

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Andreea-Mihaela PINTILIE

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Cătălin NEGRU

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L18: Innovative Services Laboratory for Smart, Digital and Collaborative Future Society

SERVICE DESCRIPTION: The laboratory offers the necessary framework for research, case studies, technological development in the field of innovative services for the intelligent, digital and collaborative society of the future, more precisely: Services for large distributed systems - architectures for large systems such as Cloud and P2P - as support for services and applications, advanced electronic services for the society of the future, applications on mobile devices to support collaboration in society. The research carried out within the laboratory will generate products, processes and services having applicability in various fields, from the field of smart cities to the field of economics or education. Research topics: Large-Scale Distributed Systems (design and performance), Grid Computing and Cloud Computing, Mobile Cloud, Peer-to-Peer Systems, Big Data Management, Data Aggregation, Information Retrieval and Ranking Techniques, Bio-Inspired Optimization Methods.

SERVICE PERSONS:

Marius NICOLAESCU

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Florin POP

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Ciprian DOBRE

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Valentin CRISTEA

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Cătălin NEGRU

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Radu-Ioan CIOBANU

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Mihaela-Andreea VASILE

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Loredana Marsilia GROZA

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George-Valentin IORDACHE

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Dragos-George IONICA

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Constantin-Alexandru TUDORICA

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Dorin PALANCIUC

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Marius Viorel GRIGORAS

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Andrei TALAȘ

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Alexandru GEHORGHIȚĂ

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Roxana Gabriela STAN

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Tudor ROGOJANU

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Ion-Dorinel FILIP

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Marilena IANCULESCU

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Călin-Ioan JULAN

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Cosmin-Marian PENE

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Silviu-George PANTELIMON

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Alexandru HOGEA

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Cristian CHILIPIREA

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L23: Innovative Products and Processes in the Software Industry

SERVICE DESCRIPTION: Software is increasingly used in all fields of the industry, in education and in everyday life. Paradigms are shifting towards using software as a flexible way to develop and improve existing activities: software defined networking, software stores, apps for almost every aspect of our professional and personal life. Due to the prominence of software, our lab focuses on research and development activities dealing with software, particularly systems software and systems security. Systems software is the vital piece of software upon which the other layers are based; we focus on performance, support for features in modern hardware, virtualization and support for embedded/mobile devices. We pay particular focus to systems security, to building secure systems, evaluating and hardening existing systems. Our expertize is on mobile application and OS security, Internet of Things, virtualization, offensive security and vulnerability analysis. We collaborate with researchers in top research institutions (EPFL, TU Darmstadt/CASED, NCSU), with professional communities (FreeBSD, OWASP) and well known industry players (Ixia, Cisco, Freescale). Equipments: 8 workstations, Arduino Mega 2560 v3, Arduino Yun, Raspberry Pi 3 Model B, WaspMote, communication shields, radio modules for WiFi, BLE, LoRaWAN, Zigbee, 802.15.4, Ethernet, RFID chip, card and card reader, sensors, Cisco IR910 with ACC-IR910-LORA-868, Cisco 819 ISR, Mac mini, iPhone 4.

SERVICE PERSONS:

Laura GHEORGHE

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Răzvan DEACONESCU

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Mihai CARABAȘ

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Lucian MOGOȘANU

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L24: Data Security and Services in Complex Networks

SERVICE DESCRIPTION: Cloud computing promises cost-effective and efficient (large scale) usage of storage and computing resources. However, a serious concern about cloud computing is the protection of client’s data and computations against various attacks from outsiders as well as from insiders (e.g., the cloud administrators). Particularly the latter requires a high level of trust in the cloud provider, since the cloud provider is able to access all cryptographic keys stored in images of its clients. On the other hand, cloud clients are rather limited in implementing, deploying and controlling their own security and privacy measures in the cloud. This challenge has motivated many researchers to investigate a variety of security aspects in cloud computing in the recent years. This lab considers selected topics in cloud security, and creates possible security architectures and technologies that, under reasonable assumptions, enable the cloud clients to be in control of the provisioning and usage of their credentials and cryptographic primitives in the cloud.

SERVICE PERSONS:

Razvan RUGHINIS

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Mihai CHIROIU

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L9: Innovative Products and Processes to Increase Life Quality

SERVICE DESCRIPTION: 2018 Real-time management of precision assembly / disassembly lines integrated with hybrid manufacturing technologies, supported by a Hybrid Simulation Platform for Virtual Manufacturing Systems. Developed within the Research Project 78PCDDI/2018 CIDSACTEH (http://cidsacteh.upb.ro) The performance of the service is demonstrated by real-time management of a Precision and Reverse Flexible Manufacturing Line, serviced by the SAC-ARP (Complex Autonomous System -Assistent Robotic Personal) si SAC-VAM (Complex Autonomous System - Autonomous Mobile Vehicle) 2019 Procedure for transfer in virtual environment data collected in real time from assembly / disassembly processes The implementation of the service is based on two new products: Design and testing framework (DTF) included in the Virtual Development Environment based on Digital Twin technology (see http://cidsacteh.upb.ro/index.php/ro/demonstratii) and Border Interface Device based on Edge Computing technology for efficient data transfer between IIOT and Cloud (patent request, see http://cidsacteh.upb.ro/index.php/ro/anunturi/19-rapoarte) 2020 Robust method of extracting features from images for Visual Servoing Systems control The implementation of the service is based on two new software products: 1. Real-time adjustment procedure of a manipulator's trajectory through corrections calculated with a control model that uses as feedback features of the extracted images at each iteration; 2. Robust method of extracting features from images for VSS (see http://cidsacteh.upb.ro/index.php/ro/rezultate/20-imagini) 2021 The implementation of the service is based on two new software products: 1. Procedures for driving an autonomous mobile robot in an obstacle environment (see http://cidsacteh.upb.ro/index.php/ro/demonstratii); 2. Human-machine interface for command, control and information collection for a flexible product assembly line (see http://cidsacteh.upb.ro/index.php/ro/rezultate/20-imagini)

SERVICE PERSONS:

Radu DOBRESCU

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Dan POPESCU

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L5: Innovative products for Sustainable Processes Development

SERVICE DESCRIPTION: Laboratory L5: Innovative products for the development of sustainable processes and its group focuses on carrying out fundamental and applied research activities in order to develop new products for the automation of production processes. Industrial research is followed by experimental development of intelligent equipment built as embedded systems combining specialized hardware and application programs. The laboratory contains a small capacity line to produce electronic PCB.

SERVICE PERSONS:

Maximilian NICOLAE

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Stefan MOCANU

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Pietraru RADU

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Alexandru DUMITRACHE

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Adriana OLTEANU

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L11: Interoperable Products and Services to Support Decisions Based on Geospatial Data

SERVICE DESCRIPTION: Crearea unui mediu de lucru pentru dezvoltarea unei infrastructuri inovative pentru schimbul, partajarea, accesarea şi utilizarea datelor spaţiale şi a serviciilor de date spaţiale interoperabile la nivel european, compatibilă cu Directiva 2007/2/EC a Parlamentului European şi a Consiliului, din 14 Mai 2007, INSPIRE. Dezvoltarea de soluţii care rezolvă probleme privind disponibilitatea, calitatea, organizarea, accesibilitatea şi partajarea informaţiilor spaţiale, probleme care sunt comune unui număr mare de categorii de politici şi informaţii, fiind întâlnite la diferitele niveluri ale autorităţii publice. Laboratorul este destinat activităţii de cercetare ȋn domeniul produselor şi serviciilor interoperabile pentru suportul deciziilor, pe bază de date geospaţiale. Echipamente existente: 10 statii de lucru all-in-one, Osciloscop Tektronix TDS2022C, 2 surse programabile Agilent E3649A, Retea wireless de senzori NI, Licente ArcGIS, Placi Arduino, Set PLC. Proiecte de cercetare finalizate - Excellence in Smart Data and Services for Supporting Water Management (Data4Water) H2020 - Prototype Cyberinfrastructure-based System for Decision-Making Support in Water Resources Management (CyberWater) PNII - Premiere H2020 PNIII

SERVICE PERSONS:

Costin CHIRU

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Mariana MOCANU

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Iuliu VASILESCU

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Razvan TATAROIU

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Adrian SURPĂŢEANU

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Sorin CIOLOFAN

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Cristian TRANCĂ

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Alexandru PREDESCU

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Diana ARSENE

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Bogdan PAHONŢU

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SIPART DR22 Process Controller

CATALOG NAME: Control of Critical Processes

DESCRIPTION: The L3 Laboratory (Energy Efficient Processes and Critical Infrastructures) has a process controller (SIPART DR22 ) which represents a digital operating instrument with a "top class" performance. Within the internal program memory are a large number of functions for controlling processes. The controller incorporates a versatile adaptation procedure which greatly simplifies commissioning, even of critical controlled systems.

PRODUCER: SIEMENS

PRODUCTION YEAR: 2016

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NAO Robot

CATALOG NAME: NAO H25 (v5)

DESCRIPTION: The "Cognitive Robotics Applied in Assistive Medicine Laboratory" has a NAO Robot. The complet description can be foun on: http://doc.aldebaran.com/2-1/home_nao.html. Height (mm) x Depth (mm) x Width (mm) 574 x 311 x 275 Weight: 5.4kg Battery: Nominal voltage/capacity 21.6 V / 2.25 Ah, Autonomy ~ 60 min (active use) ~ 90 min (Normal use) Mother Board: ATOM Z530 1.6 GHz CPU, 1 GB RAM, 2 GB Flash memory, 8 GB Micro SDHC Connectivity: 1◊RJ45 - 10/100/1000 base T, Wi-Fi IEEE 802.11 a/b/g/n, 1 x USB 2 x Loudspeakers 4 x Microphones on the head , Sensitivity 20mV/Pa +/-3dB at 1KHz, Frequency range 150Hz to 12kHz 2 x Cameras MT9M114 1280x960 resolution at 30 frames per second 2 x I/R, Wavelength = 940 nm, Emission angle = +/- 60∞, Power = 8 mW/sr LEDs Tactile Head ◊12 16 Blue levels, Eyes 2◊8 RGB FullColor, Ears 2◊10 16 Blue levels, Chest button ◊1 RGB FullColor, Feet 2◊1 RGB FullColor Force Sensitive Resistors Range 0 to 110N x4 per feet Inertial Measurement Unit: 3-axis gyrometers with an angular speed of ~500∞/s, 3-axis accelerometer with an acceleration of ~2g. Sonar: emitters ◊2 on front, receivers ◊2 on front, frequency 40kHz, sensitivity -86dB, resolution 1cm, detection range, 0.25m to 2.55m, effective cone 60∞ Joint position sensors: from 36 to 2 MRE (Magnetic Rotary Encoders) using Hall-effect sensor technology, 12 bit precision, i.e. 4096 values per turn corresponding to about 0.1∞ precision 3 x head capacitive sensors 25+ motors and joints Software: OPEN NAO Embedded GNU/Linux, Distribution based on Gentoo; Architecture x86; Programming Embedded: C++ / Python Remote: C++ / Python / .NET / Java / MatLab Multilanguage support

PRODUCER: ALDEBARAN ROBOTICS

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Computer network

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DESCRIPTION: The "Cognitive Robotics Applied in Assistive Medicine Laboratory" has a HP, Fujitsu Siemens, i5 and i7 processors computer network.

PRODUCER: HP, Fujitsu Siemens, i5 and i7 processors

PRODUCTION YEAR: 2016

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MindWave Mobile EEG Headset

CATALOG NAME: MindWave Mobile

DESCRIPTION: The "Cognitive Robotics Applied in Assistive Medicine Laboratory" has a MindWave Mobile EEG Headset. The Mindwave Mobile is consisting of a headset, an ear-clip, and a sensor arm. The headset’s reference and ground electrodes are on the ear clip, while the EEG electrode is on the sensor arm, resting on the forehead above the eye. Features: • Uses TGAM1 Bluetooth v2.1 Class 2 Module (10 Meter Range) • Automatic Wireless Pairing • Single AAA Battery Powered (Battery Not Included) • 8-hour Battery Run Time • Static Headset ID • iOS and Android Support Mindwave can be used with more than 100 brain training games, educational apps, and development tools available through the NeuroSky, iOS, and Android stores. One can also write her own programs to interact with MindWave Mobile by using the free developer tools. The complete description can be found at: http://store.neurosky.com/pages/mindwave.

PRODUCER: NEUROSKY

PRODUCTION YEAR: 2016

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PuzzleBox Orbit Helicopter

CATALOG NAME: PuzzleBox Orbit

DESCRIPTION: The "Cognitive Robotics Applied in Assistive Medicine Laboratory" has a PuzzleBox Orbit Helicopter. The Puzzlebox Orbit is a brain-controlled helicopter thorugh the use of a MindWave Mobile EEG headset. So, users can fly the Orbit by focusing their concentration and clearing their mind. Colorful visuals and physical feedback help provide positive reinforcement while developing skills of attention and mental relaxation. What makes the Puzzlebox Orbit unique however is the open release of all source code, hardware schematics, 3D models, and the step-by-step hacking instructions which are published freely online. Puzzlebox Orbit features a unique spherical design that protects helicopter blades from unintended impact with objects such as walls and ceilings, while lending a pleasantly technical aesthetic. Features: A Mobile EEG headset is required to communicate with the device over Bluetooth. Software then extracts and visualizes your brainwaves in realtime. Command signals are issued to the Orbit via an infrared adapter connected to the audio port (for compatibility with Apple's iOS). The user can select a "flight path" for the helicopter (such as "hover in place" or "fly across the room") to be carried out whenever a targeted personal mental state is detected and maintained. The complete description can be found at: https://puzzlebox.io/orbit/

PRODUCER: PuzzleBox

PRODUCTION YEAR: 2016

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3D Bioplotter

CATALOG NAME:

DESCRIPTION: The "Cognitive Robotics Applied in Assistive Medicine Laboratory" (L26) has built a prototype of a 3D bioplotter. This is capable of precise 3D movements and dispensing bioinks and hydrogels. It is controlled using an Arduino Mega 2560 microcontroller, a RAMPS 1.4 extension, stepper motors, and has a MK3 heating bed, a Bluetooth module, and a 12V-30A power source.

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Smart Flexible Assembly Line System

CATALOG NAME: Smart Flexible Assembly Line System

DESCRIPTION: The Flexible Assembly Line has been designed to enable the application and testing of a broad range of manufacturing strategies for Industry 4.0 digitalisation, such as pallet transport systems, warehouse stations, assembly stations, robotic cells, and testing stations, all interconnected with various industrial communication networks (Profibus, IO-Link, Profinet, RFID etc.).

PRODUCER: ASTI Automation

PRODUCTION YEAR: 2018

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Plotter LPKF ProtoMat S103

CATALOG NAME: Circuit board plotter

DESCRIPTION: The LPKF ProtoMat S103 for PCB prototyping is fully equipped for the electronics laboratory. Thanks to the high-performance spindle and vacuum table, the system is suitable for RF applications, thin laminates and substrates with sensitive surfaces (conductor path widths as small as 100 μm). The system software considers the special requirements of RF materials.

PRODUCER: LPKF Laser & Electronics AG/Germania

PRODUCTION YEAR: 2016

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HPC computing equipment

CATALOG NAME:

DESCRIPTION: • HPC resources: aprox 3000 CPU cores and aprox. 6 TB of memory, aprox. 30000 GPU cores (Tesla K40m), aprox. 1PT of storage distributed among multiple services • Networking and interconnects Infiniband for local connection (56Gbps from Mellanox) and multiple 10Gbps Ethernet links for external connection (~40Gbps)

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PRODUCTION YEAR: 2015

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PRICE RANGE (at the time of purchase) 100.001 € – 500.000 €

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Pepper humanoid robot

CATALOG NAME:

DESCRIPTION: Humanoid robot Pepper produced by SoftBanks Robotics

PRODUCER: SoftBanks Robotics

PRODUCTION YEAR: 2016

COMMISSIONING DATE:

PRICE RANGE (at the time of purchase) 10.001 € – 50.000 €

DATA SHEET:

AMIRO hardware and software robotic platform

CATALOG NAME:

DESCRIPTION: The AMIRO platform is formed of different hardware and software modules that achieve: (a) video detection, tracking, and recognition of people and their activities, (b) commands of domotic devices such as light, air conditioning, blinds, etc. (associated sensors are included in the platform), (c) detection of biomedical user parameters such as blood pressure, heart rate, person weight, fall detection (associated sensors are included in the platform). It runs on a cloud architecture on the PRECIS data center. The platform was produced by the AI-MAS Laboratory. It includes different IoT equipment and the Pepper produced by SoftBank Robotics.

PRODUCER: The platform was produced by the AI-MAS Laboratory. Includes third party equipment.

PRODUCTION YEAR: 2018

COMMISSIONING DATE:

PRICE RANGE (at the time of purchase) 10.001 € – 50.000 €

DATA SHEET:

Multi-UAV System for Monitoring and Detection in Precision Agriculture

CATALOG NAME: Multi-UAV System for Precision Agriculture

DESCRIPTION: Multi-UAV System for Monitoring and Detection in Precision Agriculture is composed of: - DJI Matrice 600 PRO UAV with Zenmuse Z3 Camera The Matrice 600 Pro (M600 Pro) inherits everything from the M600 with improved flight performance and better loading capacity.Pre-installed arms and antennas reduce time required for setup, and the system’s modular design makes it easy to mount additional modules.The airframe is equipped with the latest DJI technologies, including the A3 Pro flight controller, Lightbridge 2 HD transmission system, Intelligent Batteries and Battery Management system. - DJI Phantom 4 Multispectral UAV and D-RTK2 Precision Positioning and Synchronisation Station Gather precise plant-level data using the P4 Multispectral – a high-precision drone with a seamlessly integrated multispectral imaging system built for agriculture missions, environmental monitoring, and more. D-RTK 2 Mobile Station is DJI’s upgraded high-precision GNSS receiver that supports all major global satellite navigation systems, providing real-time differential corrections that generate centimeter-level positioning data for improved relative accuracy. - DJI Mavic 2 Pro with Hasselblad L1D-20c Camera and Smart Controller The DJI Mavic 2 Pro features omnidirectional Vision Systems and Infrared Sensing Systems, and a fully stabilized 3-axis gimbal with a 1” CMOS sensor camera (jointly developed by DJI and Hasselblad) that shoots 4K video and 20-megapixel photos. - DJI Mavic Mini Weighing just 249 grams, Mavic Mini offers a 30-minute flight time, 4km HD video transmission, and a 3-axis gimbal with 2.7K camera - Parrot Sequoia Multispectral Camera The Sequoia multispectral sensor captures both visible and invisible images, providing calibrated data to optimally monitor the health and vigor of your crops. Sequoia captures calibrated wavelength, Green, Red, Red-Edge and Near Infrared to highlight the health of plants.

PRODUCER: DJI/Parrot

PRODUCTION YEAR: 2021

COMMISSIONING DATE: 03/05/2021

PRICE RANGE (at the time of purchase) 10.001 € – 50.000 €

DATA SHEET:

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