SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
La Semana de Música Religiosa de Cuenca (1962-2021): análisis, claves y contexto

La Semana de Música Religiosa de Cuenca es uno de los festivales de mayor tradición y prestigio a nivel nacional e internacional. Surgido en 1962 y desarrollado en la mayor parte de ediciones en fechas coincidentes con la Semana Santa, es el cuarto ciclo más antiguo de España. Se ha caracterizado por su especialización musical en torno a la música académica religiosa, el apoyo a la investigación musicológica, el encargo y estreno de nuevas propuestas de este género, la recreación de partituras clave en la historia de la música occidental y por atraer a la ciudad Patrimonio de la Humanidad a solistas, agrupaciones y directores de muy diferentes procedencias. Marco Antonio de la Ossa amplía en este volumen su trabajo previo acerca de la SMR, realizando una aproximación a la música en España en el origen del festival. Después, se acerca a los primeros años de la Semana y a la primera etapa protagonizada por su creador e ideólogo, Antonio Iglesias (1962-1981). La posterior dirección de Pablo López de Osaba (1982-1993) y el cambio de rumbo propiciado por Ismael Martínez Barambio e Ignacio Yepes entre 1994 y 2000 protagonizan los siguientes apartados. A continuación, reúne y analiza una sobresaliente y minuciosa cantidad de datos sobre los compositores programados, las partituras interpretadas en más ocasiones, los conciertos celebrados, los espacios, las agrupaciones, los directores y los solistas que han protagonizado el festival entre 1962 y 2019. De la Ossa (Cuenca, 1978) es maestro en Ed. Musical, Licenciado en Historia y Ciencias de la Música, Master en Gestión Cultural y Doctor en Bellas Artes. Es profesor asociado en la Facultad de Educación de Cuenca (UCLM) y docente en el Máster en Gestión y Emprendimiento de Proyectos Culturales en la UNIR. También conduce y presenta el espacio ‘Musiquerías’ en Onda Cero Cuenca, colabora con el portal cultural www.malagadecultura.com. En el ámbito de la gestión cultural, dirige el Encuentro Internacional de Docentes de Música/Jornadas de Didáctica de la Música y Musicología en Cuenca y el festival internacional Estival Cuenca, ambos surgidos en 2012. En 2011 recibió el Premio de Musicología por su tesis doctoral sobre la música de la guerra civil española y en 2019 el Premio Ciudad de Cuenca a la iniciativa cultural. En otro orden, es miembro del Club Deportivo Huélamo, un equipo amateur de atletismo. Además, es accionista minoritario del Real Betis Balompié.
Homogenization and fingering instability of a microgravity smoldering combustion problem with radiative heat transfer

Abstract The present study concerns the homogenization and fingering instability of a microgravity smoldering combustion problem with radiative heat transfer. The major premise of the homogenization procedure is the slow exothermic fuel oxidation of a reactive porous medium at the pore level. The porous medium consists of ϵ -periodically distributed cells, with ϵ a suitable scale parameter. A nonlinear reaction rate of Arrhenius type accounts for the relationship between the reactants and the heat that sustains the smoldering process. At the gas–solid interface, the balance of thermal fluxes is given by the heat production rate due to the reaction and the radiative heat losses at the interface. Since the size of the inclusions is small with respect to ϵ , we derive a kinetic model for fuel conversion in the region occupied by the solid inclusions and hence complete the description of a single-step chemical kinetics. The derived macroscopic model shows a close correspondence to a previous phenomenological reaction-diffusion model, within a suitable choice of parameters. We perform numerical simulations on the microscopic and homogenized models in order to verify the efficiency of the homogenization process in the slow smoldering regime. We show that the results of the macroscopic model capture the distinct fingering states reminiscent of microgravity smoldering combustion. We also show qualitative results that confirm the close relationship between the radiative heat losses and the characteristic length scales of the instability.
Joint Urban Measures for creative Players

JUMP project aims to enhance the disused urban heritage, such as slaughterhouses, through workshops of creativity in its various forms of artistic expression (music, theater, painting, crafts, etc..), The project capitalizes the experience of the project I Make, already funded in the 2007-2013 programming period, developing a model of management of a Creative Hub, already tested on the Italian side, which will be transferred as good practice to the Greek partners. The Lead Beneficiary is the Municipality of Putignano: the other project partners are the Department of Tourism, Cultural Economy and Territorial Development of Puglia Region, the Municipality of Conversano, the Municipality of Central Corfu and Diapontia Islands and the Inter-municipal and Regional Theatre of Corfu. JUMP partnership also includes the Youth Policies section of Apulia Region as Observer Partner.
Righting the wrongs. a life course dynamics approach for non-standard employment

Aim: To break new ground in the field of Non-Standard Employment (NSE), I develop a novel method for the study of employment trajectories and with this an integral life course framework that explains why and when NSE leads to positive or negative career outcomes.
Background: NSE has become a common feature of modern labour markets. Research provides contradictory results on whether NSE leads to prosperous or precarious careers. This research suffers by three shortcomings: 1) the description of how NSE affects the career is only based on single events, 2) the explanation of why NSE leads to positive or negative career outcomes is based only on static factors, 3) the positive outcomes of NSE are overestimated, as information on NSE is contaminated by measurement error. 
Innovation:I present the Life Course Dynamics Approach for Non-Standard Employment (DYNANSE) that assesses how micro (individual career-choices), meso (organisational dynamics) and macro (institutional change) dynamic factors determine why NSE leads to prosperous or precarious careers. This is done with an innovative method that corrects for measurement error and treats trajectories as the unit of analysis instead of studying single events.
Methodology:This project consists of four interconnected subprojects: 1) first we develop the method. Then, we use this method to study how micro and meso dynamic factors determine the career outcomes of NSE for 2) young workers and 3) older workers, and 4) how institutional change shapes the role of NSE using data from the Netherlands, Norway and Italy.
Impact: Results will lead to a long-sought understanding of the dynamic factors determining whether NSE leads to positive or negative career outcomes. In this way, we will resolve a theoretical debate on whether NSE is a factor of dynamism or a source of increasing inequality in the labour market. The novel method that is used in this project will also become a useful tool for the analysis of other social phenomena.
Vertex switch – the foundation for a more sustainable and reliable railway transport system

The overall objective of this innovation project is to commercialise Vertex vertical switch: the first reliable railroad switch adopted to winter conditions. 

Rail transport has been indicated as critical to the EU strategy for improving environmental performance of the transport sector, economic and social cohesion within and between Member States. However, the train services in the EU do not meet the passengers' and the freight companies´ requirements regarding punctuality and reliability. One of the most common reasons for train delays are switch faults, caused by snow and ice accumulated between switchblades.

The target end-users of Vertex switch are private and public actors that own and are responsible for the maintenance of the railway infrastructure. Their key need is access to a reliable railway switch, which works smoothly even in harsh weather conditions.

These needs will be met by introducing the innovative Vertex switch. This switch guides the train by moving the switch blades vertically instead of horizontally which eliminates the area where snow and ice can land. Vertex offers a reliable switch that works well in all weather conditions, eliminates the need for manual snow clearance, provides measurable cost and energy savings and has potential to significantly reduce the numbers of delayed hours.

Generally, the novel switch delivers an ultimate EU added value by increasing reliability and punctuality of train services. This will in turn contribute to the increased attractiveness of train services both for passengers and freight companies and attracting new rail users. 

The Phase 1 feasibility assessment will develop the business plan that will further guide technical development and exploitation efforts. The development of the prototype, demonstration and testing of the product will take place in the Phase 2 project. If successful, the overall innovation effort is expected to take Vertex to a new level of competitiveness and growth.
METHOD, APPARATUS, SURGICAL TECHNIQUE, AND OPTIMAL STIMULATION PARAMETERS FOR NONINVASIVE & MINIMALLY INVASIVE AUTONOMIC VECTOR NEUROMODULATION FOR PHYSIOLOGIC OPTIMIZATION AND FOR THE TREATMENT OF ADULT RESPIRATORY DISTRESS SYNDROME (ARDS) AND COVID-19, AND OTHER CONDITIONS

The present invention teaches a method and apparatus for physiological modulation, including neural, gastrointestinal, renal, respiratory, and other modulation, for the purposes of treating several disorders, including obesity, depression, epilepsy, diabetes, hypertension, asthma, and other disorders. This includes implanted, percutaneous, hybrid implanted and nonimplanted, nonimplanted, noninvasive neural and neuromuscular modulators, used to deliver autonomic vector modulation to deliver optimal therapy via coordinated multi-nodal modulation at least one of the afferent and efferent neurons of the sympathetic and parasympathetic nervous systems and other nervous system pathways.
Deciphering regulatory dna and transcription factor binding sites in c3 and c4 species with varying water use efficiencies

Water-related stress is the number one limiting factor for plant productivity and human well-being. One-third of the current world population faces water shortages and by 2025, two-thirds are expected to experience water stress conditions, i.e 1.8 billion people will be subjected to absolute water scarcity.
The C4 photosynthetic pathway boosts plant productivity by ~50% but also increases water use efficiency. C4 photosynthesis is a remarkable trait that is thought to have evolved in response to environmental factors including increased aridity and seasonality. All C4 plants concentrate CO2 in leaves, increasing productivity by ~50%, but also maintaining lower stomatal conductance than C3 species. For example, under heat stress induced by a temperature rise from 20°C to 30°C, C3 plants double water loss via transpiration whilst C4 plants are able to decrease the diffusive efflux of water vapour by 50%, and are therefore considered as water-efficient users. 
A fuller understanding of C4 photosynthesis would facilitate water efficient and productive crops to be engineered in the future. In this programme the researcher will become familiar with state-of-the-art, genome-wide approaches that are used and operational in the host laboratory to better understand the genetic basis of C4 photosynthesis. Specifically regions of the rice and sorghum genomes that are bound by transcription factors as leaves develop will be determined. These data will be interrogated to test the hypothesis that genes of the C4 pathway evolved to become induced by light in C4 leaves. Secondly, transcription factor footprints associated with genes expressed in M or BS cells of sorghum will be identified. These footprints (DNA sequences) will test the hypothesis that multiple genes preferentially expressed in M or BS cells are regulated by the same cis-elements.
Large scale Irrigation Management tools for Sustainable Water Management in rural areas and protection of receiving aquatic ecosystems

IR2MA has as main objectives the implementation of advanced smart decision support systems (DSS) for irrigation management, the definition of optimal strategies for the reuse of purified wastewater for the production of safe and high-quality horticultural products, as well as the transfer of technological solutions suitable for optimization of the water resources use.

The project involves for the Italian side CNR-ISPA, Consorzio Bonifica della Capitanata (CBC), the Mediterranean Agronomic Institute of Bari (CIHEAMB) and Puglia Region as an Associate partner, while on the Greek side the University of Ioannina and the Region of Epirus.

Among the several ways to use water, irrigation represents the largest quantity (even up to 70% of the total used volume ). Therefore, considering the problem of the climate changes and the effects that it could determine on the future scenarios in agriculture, it is essential to put in place suitable strategies for optimizing the irrigation practice, avoiding water reservoir pollution and contamination and, where possible, taking advantage of unconventional water usage, for example by reusing wastewater.
A secure and reusable artificial intelligence platform for edge computing in beyond 5g networks

Artificial Intelligence has become a major innovative force and it is one of the pillars of the fourth industrial revolution. This trend has been acknowledged also by the European Commission that has already pointed out how high-performance, intelligent, and secure networks are fundamental for the development and evolution of the multi-service Next Generation Internet (NGI). While great progress has been done during the last years with respect to the accuracy and performance of AI-enabled platforms, their integration in potentially autonomous decision-making systems or even critical infrastructures requires end-to-end quality assurance. 
AI@EDGE addresses the challenges harnessing the concept of “reusable, secure, and trustworthy AI for network automation”. In AI@EDGE European industries, academics and innovative SMEs commit to achieve an EU-wide impact on industry-relevant aspects of the AI-for-networks and networks-for-AI paradigms in beyond 5G systems. Cooperative perception for vehicular networks, secure, multi-stakeholder AI for IIoT, aerial infrastructure inspections, and in-flight entertainment are the uses cases targeted by AI@EDGE to maximise the commercial, societal, and environmental impact.
To achieve the goal, AI
The Importance of Monitoring at Irrigation Areas and GIS Applications: Water Table in Particular

Monitoring studies are inevitable in terms of ensuring the sustainability of irrigation, creating of awareness related to environmental impact, interfering and taking of measures if necessary besides efficient using water in irrigation applying. Furthermore, monitoring and evaluation studies are very important from the point of providing a basis for scientific researches on scenarios of climate change, drought, sea level rise in coastal areas by creating numerical analysis models of irrigation operation works. The one of the most important activities of irrigation operation phase is monitoring water table. The objective of this study is to assess the change  of water table depth and groundwater salinity for the years  2003, 2008 and 2013. In this study, the data obtained from water table monitoring works in an irrigation project operated is evaluated by using Geographic Information Systems which provide efficient and rapid assessment and recommendations are presented.
START-UP SYSTEM FOR A CATALYTIC BURNER AND METHOD OF STARTING-UP A CATALYTIC BURNER

The invention relates to a start-up system (1) for a catalytic burner, the start- up system (1) comprises a start-up system housing (22) that defines a flow channel for fuel to be combusted. An electrical conductor(11) coated with a catalyst extends across the flow channel and is provided with electrical connections (12, 13) at either side of the flow channel. The electrical conductor (11) has a cross-section that is smaller at the centre of the flow channel than it is at either side of the flow channel. The invention also relates to a method of starting-up a catalytic burner.
Recombination at Oxide Precipitates in Silicon

Transient and quasi-steady-state photoconductance methods were used to measure minority carrier lifetime in p-type Czochralski silicon processed in very clean conditions to contain oxide precipitates. Precipitation treatments were varied to produce a matrix of samples, which were then characterised by chemical etching and transmission electron microscopy to determine the density and morphology of the precipitates. The lifetime component associated with the precipitates was isolated by preventing or factoring out the effects of other known recombination mechanisms. The lifetime component due to unstrained precipitates could be extremely high (up to ~4.5ms). Recombination at unstrained precipitates was found to be weak, with a capture coefficient of ~8 x 10 -8 cm 3 s -1 at an injection level equal to half the doping level. Strained precipitates and defects associated with them (dislocations and stacking faults) act as much stronger recombination centres with a capture coefficient of ~3 x 10 -6 cm 3 s -1 at the same level of injection. The lifetime associated with strained precipitates increases with temperature with a ~0.18eV activation energy over the room temperature to 140°C range. The shape of the injection level dependence of lifetime was similar for all the specimens studied, with the magnitude of the lifetime being dependent on the precipitate density, strain state and temperature, but independent of precipitate size.
Polymeric cell-laden vascular graft for blood vessel mimicking in tissue engineering applications

The aim of the interdisciplinary STEMCEDIF project is to produce polymeric cell-laden vascular grafts by 3D printing for their usage as a biomimetic substrate for vascular engineering in applications after blood vessel disorders.

In order to produce scaffolds for tissue engineering, 3D printing technology is one of the most promising methods. However, the generation of biocompatible, stable and low-cost scaffolds material for tissue regeneration remains a big challenge. Naturally derived polymers, such as collagen type I and elastin, exhibit the unique biological properties of high biocompatibility, however poor structural stability and mechanical properties. On the other hand addition of synthetic polymers including PCL can significantly improve the stability and mechanical properties of scaffolds, making it very promising for producing scaffolds. The addition of growth factors and antibacterial agents could be another advantage for direct cell adhesion and differentiation and prevent bacterial infection. The scaffold will be composed of three layers filled with blood vessel cells, to mimic the structure and interactions of fibroblasts, smooth muscle cells (SMc) and endothelial cells (ECs) layer. The final part of the studies employ induced pluripotent stem cells isolated from somatic cells of healthy donors, differentiated into SMc and ECs will be incorporated in the specific arrangement within the polymer architecture to formulate the several layers of 3D scaffolds to mimic saphenous vein.

The obtained results will allow to get one step forward to learn about designing biocompatible scaffolds for increase regeneration and tissue integration after aneurysms or aortic dissections in vessel disorders such as rare diseases. Due to the precision which should be preserved while mimicking the ECM of blood vessels and simultaneously incorporating cells within the structure, the unique 3D printing method involving direct cell printing will be used in the project.
MULTIPLE-CHANNELED LAYER PRINTING BY ELECTROGRAPHY

Electrographic printing of one or more multi-channeled layers having a particular pattern by electrographic techniques. Such electrographic printing comprises the steps of forming a desired print image, electrographically, on a receiver member utilizing predetermined sized marking particles; and, where desired, forming one or more final multi-channeled layers utilizing marking particles of a predetermined size or size distribution.
Epigenetic mechanisms controlling hypoxia and pathogen stress responses in plants

Climate change is a global problem that is drastically changing our planet. Increased precipitation in Northern Europe has caused major crop losses, in part due to the oxygen deprivation experienced by the waterlogged roots. In mammals, epigenetic mechanisms (histone demethylation) have recently been identified that play a major role in the response to low oxygen levels (hypoxia), and response to infection. There are striking similarities between the mammalian and plant responses to hypoxia and infection. My preliminary analyses suggest that the epigenetic mechanisms that control these responses in mammals may be conserved in plants. EpiStress aims to determine if major changes to the epigenetic landscape underlie (i) gene expression changes in response to hypoxia and/or immune response in plants; (ii) the trade-off between the hypoxia and immune programs. These aims will be achieved through three objectives; (i) determining if histone demethylases are novel players in the regulation of hypoxia response in the model plant Arabidopsis thaliana; (ii) testing if histone methylation or acetylation changes underlie the trade-off between hypoxia response and immunity; (iii) describing the epigenetic changes that occur in response to hypoxia in barley (Hordeum vulgare) and if these changes can explain corresponding gene expression changes. Fundamental mechanisms will first be established at Maynooth University, Ireland under the supervision of Dr. Emmanuelle Graciet. The potential for crop adaptation to climate change will be explored during a secondment at the state agency Teagasc, Ireland under the supervision of Dr. Ewen Mullins, using barley, Ireland’s most widely grown tillage crop. A combination of genetics, hypoxia and pathogen treatments, chromatin immunoprecipitation with next generation sequencing (ChIP-seq), RNA-seq and bioinformatics will be used throughout this project to identify a major new pathway of hypoxia and infection response in plants.