SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Growing Adriatic Laboratory in Locating Economic Organizations

The GALILEO project is a “system project” which acts on the partners participants’ various territorial systems with coordinated and integrated actions; the project’s aims are the transfer of acquaintances and interventation methodologies and the performance of cooperations for the development between institutions and small and medium enterprises (SMEs). In particular GALILEO agrees to create a favorable economic-entrepreneurial atmosphere, through the starting up of experimentations services to the SME. Such purposes are pursued through the activities of surveying and perspective analysis, carried out in the shape of an Observatory of Territorial Sistems, Only Shops for Productive Activities and Centers for Innovation.
Copackaging of terabit direct-detection and coherent optical engines and switching circuits in multi-chip modules for datacenter networks and the 5g optical fronthaul

Enabling Terabit capacity optical interconnects requires a paradigm shift in the packaging approach. The electrical interconnect distance between the optical engine (OE) and the digital switching chip must be minimised, removing signal conditioning chips and unwanted components like sockets that would otherwise be required and would inevitably lead to increased power consumption and lower signal integrity. It also requires the right combination of photonic and electronic technology that will be integrated to deliver high performance, low-cost and energy efficient optical engines. This approach has the potential to remove the optical interconnect bandwidth bottlenecks and allow DC networks and the 5G wired infrastructure, which heavily rely on them, to grow. POETICS is a research proposal that targets the development of novel Terabit optical engines and optical switching circuits and to copackage them with digital switching chips to realise Multi-Chip Modules (MCM) with Tb/s capacities, very high energy efficiency that fit into the roadmap of vendors. In order to do so POETICS will utilize SiGe BiCMOS, InP, PolyBoard and TriPleX technologies and rely on hybrid integration, which allows the selection and combination of the best performing components. POETICS in specific targets 1) MCM with 1.6Tb/s OEs based on 8-fold InP-EML arrays (200Gb/s per lane) and PolyBoard with parallel SMFs on par with the PSM/DR spec for 500m-2km intra-DC connectivity. 2) MCM with 1.6Tb/s OEs based on 8-fold InP-EML arrays (200Gb/s per lane) and 3D PolyBoard with duplex MCFs for 5G optical fronthaul applications 3) low power consumption 3D Benes optical switch 4) MCM coherent 64Gbaud OEs with up to 600Gb/s capacity of DC interconnect applications within 80-120 km reach on par with 400G-ZR specification.
(7429.31052017.113000055) ADA

1) IDEA AT THE BASE OF THE PROJECT — THE PROBLEMATICA:NELLA DAILY OPERATION? OF INDUSTRIES THAT MANUFACTURE AND MARKET COMPLEX PRODUCTS (E.G. ELECTROMECHANICAL ARTIFACTS, LARGE PLANTS, FURNISHINGS, TELECOMMUNICATIONS SYSTEMS, ETC.) ARE INVOLVED IN DIFFERENT FLOWS OF DATA AND INFORMATION, STRUCTURED AND NOT, PRODUCED AND USED DURING THE VARIOUS STAGES OF DEVELOPMENT AND USE OF THE TECHNOLOGY. FOR EXAMPLE, PU? IS IT EXTREMELY USEFUL FOR ACTIVITIES? IS IT POSSIBLE TO DEVELOP A PRODUCT? TO COLLECT AND THEN EASILY RECOVER THE CONSIDERABLE KNOW-HOW GENERATED DURING PREVIOUS PROJECTS, IN THE FORM OF TECHNICAL SPECIFICATIONS, ANNOTATED CODE, LESSONS LEARNED, PATENTS, QFD (QUALITY FUNCTION DEPLOYMENT) ETC.ANALOGLY, IN THE CASE OF SUPPLY OF MACHINERY OR LARGE PLANTS, DURING INSTALLATION AND SUBSEQUENT MAINTENANCE? IT IS OF PARAMOUNT IMPORTANCE THAT EMPLOYEES CAN HAVE QUICK ACCESS TO THE INFORMATION NEEDED TO CARRY OUT THEIR ACTIVITIES.
CRISTILLO ANTONELLO

RICHIESTA DI AGEVOLAZIONE DI CUI ALL'AVVISO PUBBLICO SOVVENZIONI A FONDO PERDUTO DI PICCOLA ENTITA' ALLE PMI SOSPESE O CON GRAVE CALO DEL FATTURATO
Traffic Behaviors Simulation under Congestion Pricing Revenue Redistribution Strategy

On the basis of behavioral model under congestion pricing revenue redistribution, this paper proposes the general idea, process of the simulation and designs the essential simulation module of congestion pricing revenue redistribution based on the Multi-Agent technology and Starlogo. Traffic behaviors are simulated under the situation that congestion pricing revenue is used to raise the level of bus service and extend the road capacity. Also the simulation is compared with other two situations with and without congestion pricing. The results demonstrate that this method overcomes the localization of the traditional micro traffic flow simulation model, and the traffic flow of congesting section can be effectively reduced and distributed more optimal.
Cross Sector support for Innovative and Competitive Artistic Ceramic SMEs

Artistic ceramics, as a traditional sector made up largely of small and micro enterprises, has been hit particularly hard by economic crisis, low-cost competition and restricted access to some non-EU markets. 
Globalisation has challenged this sector, which represents a central part of European tradition, but has also provided opportunities. In order to take advantage of these opportunities, the ceramics sector must prioritise new technologies, strengthen brands and develop services to maintain competitive advantage. Public policy must support this.
The Innovation Union flagship initiative is designed to speed up and improve the way we conceive, develop, produce and access new products, industrial processes and services. This is what CLAY proposes for the artistic ceramic sector, in line with the recent drive towards advanced manufacturing.
CLAY uses interregional exchange to achieve its objectives. All regions in the consortium have both important ceramics traditions and a growing basin of innovative SMEs, seeking market opportunities. They have all identified the challenge of matching these two elements of their regional economy, for the benefit of both. Interregional exchange will help them to identify solutions to the challenge, through improving regional programmes that can support the above described innovation in artistic ceramic SMEs.
The overall objective is to ensure that selected policy instruments are adapted to support an important traditional sector to survive and flourish in today’s global environment. This will benefit the artistic ceramic sector and other sectors of the regional economy involved in innovation in industrial processes.
Thanks to improved policy instruments for SME competitiveness in 5 European regions, in the mid-to-long term, CLAY regions will see a greater number of artistic ceramics SMEs surviving and thriving. Greater SME competitiveness contribute to the overall aim of socio-economic cohesion and growth.
WIND ENERGY DEPLOYMENT AID FOR SHIPS — WEPAS

THIS PROJECT IS DESIGNED TO DEVELOP AN INNOVATIVE MODULE, THE WSM (WING SAIL MODULE), WHICH USES LITTLE WIND POWER TO REDUCE THE CONSUMPTION OF FOSSIL FUELS FOR MARINE PROPULSION.  THE FORM WSM TAKES THE FORM OF A RIGID WING WHICH CAN BE DISMANTLED AND MAY BE USED ON BOARD DIFFERENT TYPES OF VESSELS ON A MODULAR BASIS, WITH A NUMBER OF VESSELS DEPENDING ON THE TYPE OF VESSEL.  THE EXPECTED RESULT IS THE REDUCTION OF ENVIRONMENTAL IMPACT AND OPERATIONAL COSTS OF MARITIME TRANSPORT.
Turbine blade

A turbine element airfoil (22) has a cooling passageway network with a slot extending from a trailing passageway toward the trailing edge (32). A number of discrete posts arranged in rows (130-146) span the slot between pressure and suction sidewall portions.
Tiimo mood: integrating end-user’s self-assessment module in adhd assistive technologies for the continuous enhancement of non-medical therapies

Attention-deficit hyperactivity disorder (ADHD) is a chronic, persistent condition of neurobiological disorder characterised by symptoms of inattention, hyperactivity and impulsivity. Children with ADHD are at high risk of not completing primary school and the average cost for treating it in the EU ranges from €9,860 to €14,483 per year and child. Assistive technologies for ADHD are still at an early stage and cannot identify those factors enabling a better and faster progress for children.
tiimo is a gamified assistive technology for smartwatches, providing children with a clear overview of what they have to do, like “go to school”. Our solution consists of 1) an app for smartwatches to manage their daily life and 2) an integrated web-platform for caregivers to plan the child’s activities. Our novel technological development, Tiimood, is a self-assessment tool combined with a Machine Learning module, based on asking children a feed-back on their mood several times a day. Through Tiimood, tiimo will become an integrated Decision-support Tool, detecting which patterns positively impact children development and enabling the continuous improvement of ADHD therapies. We estimate that Tiimood will generate up to 40% savings per year (i.e. €2,999), in terms of less educational assistance and lower family productivity losses to support a child with ADHD.
With 5 and 8 million ADHD children diagnoses, we will first target the EU and USA, representing a Total Addressable Market of €1.3bn. Our business is based on yearly subscriptions. We will address both practitioners, schools and municipalities integrating tiimo in their services (B2B) and supporting us in validating the product before its market launch; and private families buying tiimo for planning their children activities (B2C). We estimate to reach respectively €35.1m and €19.8m of accumulated revenues and profits in 5 years after completing the project (2025) and to generate €924m savings for our end-customers.
Piperazinediium, Zr(IV) and Ce(IV) pyridine-2,6-dicarboxylates: Syntheses, characterizations, crystal structures, ab initio HF, DFT calculations and solution studies

Abstract The novel title compounds, (pipzH2)1.5(pydcH)3·3.7H2O, 1, (pipzH2)[Zr(pydc)3]·8H2O, 2 and (pipzH2)[Ce(pydc)3]·8H2O, 3 in which pydcH2 is pyridine-2,6-dicarboxylic acid and pipz is piperazine were obtained in aqueous solution. The compounds were characterized by IR, 1H NMR and 13C NMR spectroscopy, elemental analyses, and X-ray crystallography. Compound 1 is resulted from proton transfer between pydcH2 and pipz. However, compounds 2 and 3 are resulted from complexation of 1 and corresponding metallic salts. Both compounds 2 and 3 contain three pyridine-2,6-dicarboxylate species as tridentate ligands, one piperazinediium as counter ion, and eight-uncoordinated water molecules in the asymmetric unit. In both structures each M(IV) is coordinated in a distorted tricapped trigonal prism geometry by three nitrogen and six oxygen atoms of carboxylate groups of three (pydc)2− fragments. In the crystal structures of 1, 2 and 3, extensive O–H···O, N–H···O and C–H···O hydrogen bonds as well as electrostatic forces, C–H···π, C–O···π and π–π stacking play important roles in stabilizing structures. The geometrical parameters of the [M(pydc)3]2− anionic complexes, where M = Ce(IV), Zr(IV) have been optimized with the B3LYP method of density functional theory (DFT) and ab initio Hartree–Fock (HF) methods for comparison. In addition, we have studied the structures of (pydc)2− anion and its mono and doubly protonated forms, (pydcH)− and pydcH2. The electronic properties of the anionic complexes and ligands have been investigated based on the natural bond orbital (NBO) analysis at the B3LYP method which verifies that the synergistic effect has been occurred in the title complexes. In solution study of 2, the stoichiometry and stability constant of complexation of pipz, pydc, pydc–pipz proton transfer system and Zr(IV) ion in aqueous solution were investigated by potentiometric method.
WAter-linked heritage Valorization by developing an Ecosystemic approach

The WaVE project focuses on the improvement of regional and local policies to open up their possibilities for supporting the development of integrated adaptive reuses of water-linked cultural heritage sites in human settlements. The focus is based on the partnership’s commonality of having a rich history of cultural heritage that has been formed through an interaction with water as well as the shared vision that the correct valorisation of these forms of heritage, building upon its combined (i.e. integrated) socio-economic and nature-based elements is crucial for these sites to become drivers for regional growth and nature preservation.

WaVe Partners share the common understanding, supported by the general consensus among European heritage value chain actors, that the focus on the integrated valorisation of water-linked cultural heritage is crucial and that it has not been outlined in its concreteness before. While local and regional policies and governance structures exist in partner regions that allow for the redevelopment of cultural heritage, there is a need to redefine the potentials of these policies to support integrated solutions that are able to unleash both socio-economic and nature-based values of water-linked cultural heritage sites. Moreover, as their integrated valorisation often affects both local and regional levels at the same time, the process needs to be tackled from both a local and regional perspective. 

Through a joint work of interregional knowledge sharing, learning, transmitting good practices and engaging with local stakeholders, the Partnership will define Action Plans to tackle the subject-matter. The goal is to improve the overall support by the addressed policy instruments for integrated valorisation approaches of cultural heritage, to sparkle ideas for the creation of new projects aiming at integrated valorisation of water-linked cultural heritage, and to raise awareness for the subject at other cities and regions in Europe.
Apoyo a la producción de productos sanitarios

La empresa invierte en activos materiales relacionados con la expansión de la capacidad de una unidad de negocio existente. La inversión implica la compra de herramientas y la adaptación del espacio a nuevas necesidades, según las cuales se cambia la organización del espacio y los procesos de producción.
Introduction of the production of fully recyclable plastic packaging from recycled materials

The project includes the acquisition of new modern machinery, which allows efficient production of “clickray” packaging with a lower amount of material for its production in different sizes and from various monomaterials (PP, PE), namely special equipment (production lines) for vacuum shaping, a CNC machining centre of medium size for the production of tools (forms) necessary for the production of many variants of clicktray packaging and grinding equipment for waste treatment for its possible further use in production.
Desarrollo de un sistema avanzado de seguimiento integral

El objetivo del proyecto es desarrollar y verificar un sistema integral de monitoreo de colonias de abejas antes del 30.11.2022 con énfasis en la identificación de la infestación de varroasis (resultado en forma de prototipo). La detección de la varroasis se llevará a cabo sobre la base de la reconocimiento visual en combinación con las manifestaciones acústicas de la colonia de abejas. Para evaluar una gran cantidad de datos, se creará su propia red neuronal.
An Input-Powered Vibrational Energy Harvesting Interface Circuit With Zero Standby Power

This paper presents an input-powered energy-harvesting interface circuit that eliminates standby power consumption by automatically shutting down when the ac input voltage amplitude is too low for successful energy reclamation. This feature eliminates the need for precharging the load and allows for indefinitely long intervals between energy harvesting cycles. The interface comprises two subcircuits: an input-powered ac/dc converter and an input-powered dc/dc boost converter with regulated output. The two subcircuits are separately fabricated in the ON Semi 3M-2P 0.5 μm CMOS process. The entire interface circuit starts up when the ac input amplitude exceeds 1 V and supplies a regulated dc output up to 3 V. When the input amplitude drops below 600 mV, the interface automatically enters standby mode and consumes no power. The system achieves a maximum efficiency of 60% with 1.5-V ac input amplitude and 3 V regulated dc output, delivering 3.9 mW of output power. The interface also functions properly in tests with an electrodynamic (magnetic) vibrational energy harvester.
The Educational Robotics Landscape Exploring Common Ground and Contact Points

In the last decades, educational robotics has gained increased attention evoking a need to discuss and document different approaches and lessons learned. In this article, we report our findings made during the “Educational Robotics Cafe”, a workshop format where experts engage in an open discussion about opportunities and challenges of the educational robotics landscape as well as advantages and shortcomings of various approaches. Interestingly, participants working on different educational robotics topics with different methods realized that all seemed to have similar problems and experiences. They could define areas of common ground, yet had difficulties in finding contact points between their educational robotics approaches to compare them. Known categorizations seemed not to fit or to be too high level. Based on these findings, we finish our article by suggesting a “tagging” approach to enable better communication between experts from different domains like education or robotics.
Natureza da Ciência e Filosofia da Ciência no Ensino: um Diálogo a partir dos Livros Didáticos de Filosofia

A compreensão da natureza da ciência (NdC) é amplamente aceita como componente fundamental da alfabetização científica e dos objetivos centrais do ensino de ciências. Ao mesmo tempo, o ensino de Filosofia (incluindo a Filosofia da ciência) está presente na educação básica em diferentes países, entre eles o Brasil. Contudo, pouco tem se discutido sobre os possíveis intercâmbios entre essas duas áreas e suas implicações. O presente trabalho investiga os temas de filosofia da ciência abordados nos livros didáticos de Filosofia do PNLD 2018 por meio da análise de conteúdo. As convergências e divergências no que diz respeito às imagens de ciência veiculadas pelos livros e a literatura em NdC são discutidas. Aponta-se a necessidade de maior diálogo entre as áreas de ensino de ciências e ensino de Filosofia, tanto no ensino quanto na pesquisa.
Accurate halo masses in the precision cosmology era

Weak gravitational lensing is a very powerful tool for investigating the relation between galaxies and their host dark matter halos.
Thanks to current photometric surveys such as KiDS, DES and HSC, the quality of the data available for weak lensing studies is rapidly improving.
However, there has not yet been a corresponding improvement in the methods used for the analysis of this data: most weak lensing studies are still carried out by stacking the signal in bins, resulting in a net loss of information.
As an alternative to stacking, I have recently developed a new method to infer the distribution of halo masses of a population of galaxies with weak lensing data. The method, based on a Bayesian hierarchical inference formalism, allows for an easy exploration of correlations in many dimensions, and to directly constrain the intrinsic scatter in halo mass.
In this project, I will use my method to look for correlations between halo mass and secondary galaxy properties at fixed stellar mass, such as the age of the stellar population, in KiDS data.
I will first test the robustness of my method on hydrodynamical simulations.
Then, after receiving a training on the most technical aspects of KiDS weak lensing measurements, I will apply it on real data.
Finally, I will compare the results of my analysis with predictions from theoretical models. By detecting or ruling out correlations between halo mass and galaxy properties, I will be able to put powerful constraints on galaxy evolution models.
This project will produce an immediate return in terms of science, and will pave the way for the use of more efficient analysis methods in future surveys such as Euclid.
The influence of relative humidity on the SO2 deposition velocity to building stones: a chamber study at very low SO2 concentration

We report on a chamber study to determine the influence of SO2 concentration and relative humidity (RH) on the deposition velocity of SO2 to a carbonaceous sandstone (Ihrlerstein sandstone) and to two silicate sandstones (Sand sandstone and Obernkirchen sandstone). Two different chambers were used, one operated at constant inlet SO2 concentration, the other one at constant outlet concentration. Measurements were carried out at realistically low SO2 concentrations ranging from 15 ppb to 200 ppb. The relative humidity was varied from 45 to 95 %. The measurements confirm a strong influence of concentration on the deposition velocity for all stones investigated. This concentration dependence can be represented using a very simple model with only one rate constant as the only adjustable parameter. A significant influence of the relative humidity on the deposition velocity to the carbonaceous stone is also observed. In contrast, the deposition velocity to the silicate stones is independent of RH. It is demonstrated that the combined influences of concentration and RH on the deposition velocity can be only correctly determined in chambers with constant outlet concentration.
Measuring jig for rotary machine and member management method for rotary machine

The measuring jig for the rotary machine is a measuring jig for a rotary machine including a casing that extending about an axis, a rotor that is disposed in the casing and extends in an axial direction about the axis, and a plurality of bearings that are disposed at intervals in the axial direction and supports the rotor in the casing. The measuring jig includes a plurality of casing fixing portions that are respectively attachable to and detachable from bearing holding portions to which the bearings are attached in the casing; a main member that extends in the axial direction so as to connect the plurality of casing fixing portions to each other; an arm that extends from the main member in an orthogonal direction orthogonal to the axial direction; and a reference surface that is disposed at a distance from a measurement target part of the casing.
Investigación audiovisual para el documental Rio desborde (2019): visiones del río y la ciudad en São Paulo, Brasil y Santiago, Chile

Este artículo tiene como objetivo presentar la investigación audiovisual tras la realización del documental Rio desborde (2019). Elaborado con materiales de archivo e imágenes inéditas sobre los ríos Tietê, en São Paulo, y Mapocho, en Santiago, el documental es una reflexión sobre las inundaciones y la crisis del modelo de desarrollo en dos ciudades latinoamericanas. A partir de dos miradas, una basada en las ideas de naturaleza y progreso, y otra centrada en la ciudad oculta y marginalizada, se abordan cuatro documentales: Retificação do Tietê (1940) de B. J. Duarte y Lacrimosa (1970) de Aloysio Raulino y Luna Alkalay, en Brasil; Las callampas (1957) de Rafael Sánchez y Mapocho (2008) de Cristóbal Zapata, en Chile. Posteriormente, se comenta la reutilización de parte de este material audiovisual en Rio desborde, discutiendo la metodología de realización y el montaje, considerando la noción de ensayo audiovisual.