SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
STYLA 4.0

THE OBJECTIVE OF THE START IS TO PURCHASE AND INSTALL IN THE PRODUCTION SITE IN CURNO (BG) A NEW FACTORY EXTRUSION PLANT, ZERO QUALITY DEFECTS, OF INDUSTRY 4.0 TYPE ABLE TO ENSURE THE PRODUCTION IN RAPID TIMES OF THE REQUIRED PANEL MODEL, THE EXACT REPLICABILITY OF THE VARIOUS PROCESSING CYCLES AND GUARANTEE A PERFECT, HOMOGENEOUS AND CONSTANT AESTHETIC RESULT ON THE VARIOUS BATCHES. THIS PLANT REPRESENTS AN ABSOLUTE NOVELTY FOR THE COMPANY AS UNTIL NOW THE EXTRUSION PROCESS HAS ALWAYS BEEN ENTRUSTED TO EXTERNAL SUPPLIERS. THIS PROJECT IS “ERAAL” FOR THE COMPANY THAT WILL NOT ONLY REDUCE COSTS AND INCREASE REVENUES RELATED TO ITS CORE BUSINESS BUT WILL ALLOW AN EXTRAORDINARY OPPORTUNITY TO ENTER NEW MARKETS NEVER EXPLORED SO FAR INCLUDING L’AUTOMOTIVE, AND L’HI-TECH.
O fazer da saúde mental na atenção primária à saúde em São Paulo: relato de experiência na formação em Psicologia

O presente artigo descreve uma experiência de Estágio Supervisionado Específico em Psicologia e Saúde, realizada em uma Unidade Básica de Saúde (UBS), na cidade de São Paulo. O objetivo do trabalho desenvolvido foi compreender o funcionamento do equipamento de saúde da atenção primária de forma prática, por meio de participações nas vivências possibilitadas pela UBS, focando o nosso olhar no cuidado à saúde mental; sendo, logo, o objetivo de relatar esta experiência, compreendendo quais as suas contribuições para a formação em Psicologia. Tendo por método o Relato de Experiência (RE), durante as semanas de intervenções, as estagiárias buscaram participar de reuniões do polo de saúde mental; reuniões de miniequipes da Estratégia Saúde da Família (ESF); ações realizadas pela instituição em uma Residência Terapêutica (RT); e visitas domiciliares diversas. Como resultado, foi possível verificar os trabalhos realizados pelos profissionais e suas devidas importâncias no contexto de atenção primária à saúde, com enfoque na saúde mental. Foi observado também, como conclusão, a importância de constantes estudos e práticas pedagógicas a respeito do tema abordado, para que assim seja possível proporcionar reflexões e atuações cada vez mais qualificadas e atualizadas, formando melhores profissionais (em Psicologia), e levando em consideração as necessidades de saúde dos usuários e as suas redes de apoio.
Time-lapse Geophysical Investigations over Known Archaeological Features Using Electrical Resistivity Imaging and Earth Resistance

Electrical methods of geophysical survey are known to produce results that are hard to predict at different times of the year, and under differing weather conditions. This is a problem which can lead to misinterpretation of archaeological features under investigation. The dynamic relationship between a ‘natural’ soil matrix and an archaeological feature is a complex one, which greatly affects the success of the feature’s detection when using active electrical methods of geophysical survey. This study has monitored the gradual variation of measured resistivity over a selection of study areas. By targeting difficult to find, and often ‘missing’ electrical anomalies of known archaeological features, this study has increased the understanding of both the detection and interpretation capabilities of such geophysical surveys.

A 16 month time-lapse study over 4 archaeological features has taken place to investigate the aforementioned detection problem across different soils and environments. In addition to the commonly used Twin-Probe earth resistance survey, electrical resistivity imaging (ERI) and quadrature electro-magnetic induction (EMI) were also utilised to explore the problem. Statistical analyses have provided a novel interpretation, which has yielded new insights into how the detection of archaeological features is influenced by the relationship between the target feature and the surrounding ‘natural’ soils.

The study has highlighted both the complexity and previous misconceptions around the predictability of the electrical methods. The analysis has confirmed that each site provides an individual and nuanced situation, the variation clearly relating to the composition of the soils (particularly pore size) and the local weather history. The wide range of reasons behind survey success at each specific study site has been revealed. The outcomes have shown that a simplistic model of seasonality is not universally applicable to the electrical detection of archaeological features. This has led to the development of a method for quantifying survey success, enabling a deeper understanding of the unique way in which each site is affected by the interaction of local environmental and geological conditions.
A Model Driven Approach for Self-Healing Computing System

Self-healing system attempt to enable computing systems to automatically discover, diagnose, and repair (or at least mitigate) faults without human intervention, thus it is a potential approach to improve the dependability and autonomy of computing system. A model-driven approach for modeling and analyzing the self-healing computing system is proposed in this paper. In our approach, the function part and the self-healing part of the system can be modeled respectively. Further, a consequence-oriented fault model is proposed as the ligaments to keep the associations between the function model and the self-healing model. Based on the fault model, we can construct the self-healing model and further analyze the self-heal ability of the computing system. The approach has the advantages of the two aspects: 1) The functional components of target system and the self-healing components for the target system can be modeled respectively and can be coupled through fault model later, 2) The self-heal ability of the target system can be analyzed at the model level.
Neocel – novel processes for sustainable cellulose-based materials

The main objective of NeoCel project is to develop innovative and techno-economically feasible alkaline processes enabling the sustainable production of higher quality eco-innovative textile fibres from reactive high-cellulose pulps and integration of these processes with pulp mills.

Targets for the development of NeoCel processes are: 
- wet strength of fibres higher than the wet strength of standard viscose, competing with cotton properties.
- lower environmental impact than any other type of existing textile fibre
- Reduction of production cost by at least 15% compared to that of best available technology (BAT) viscose 

The targets will be met through development of adapted pulps with high reactivity/solubility in alkaline water-based solutions, advanced dissolution process to maximize cellulose concentration, novel cellulose regeneration chemistry enabling both recovery of process chemicals and increased strength properties of the spun fibre, design for integration of textile fibre production with the pulp mill for minimized environmental impact, increased energy efficiency and reduced chemical consumption through system analysis using software models of theoretical mills.

In NeoCel, a consortium with raw material processing companies, chemical suppliers, equipment producers, SMEs and world-leading research institutes has formed to develop the processes for large scale manufacturing of eco-innovative textile fibres. The consortium expects that a successful NeoCel project will enable creation of 75 000 new jobs and a turn-over increase of 9.5 billion € for European forest products, textile and clothing industries within 15 years. However, already within 3 years, the consortium partners expect their joint turnover to increase by 170 MEuro
High capacity wdm system

The ever-increasing capacity demand in optical fiber communications is currently being addressed in three ways: a) Increasing the data rate carried by each wavelength channel in wavelength-division multi¬plexed (WDM) systems by using advanced optical modulation formats which offer improved spectral efficiency compared to legacy On-Off Keyed formats, b) reducing the unused bandwidth between channels by precisely controlling the transmitter wavelength and channel spacing, and c) using flexible transmission techniques to tailor the optical channels to the traffic demands in real time.
A key component that enables all three of these techniques to be addressed is a low-linewidth optical comb source. The low-linewidth allows the high-order modulation formats to be used. The comb line spacing is precisely controlled so that adjacent channels will not “wander” independently and interfere with each other. The spacing between the lines can also be controlled to change the channel separation in order to allow different modulation formats and especially different symbol rates for the individual sub-channels. This allows the system to adapt to optimize the bit rate and/or modulation format depending on the available bandwidth and properties (dispersion, noise, loss, etc.) of the transmission link. For this adaptation, enhanced digital signal processing (DSP) algorithms are used. The goal of this project is to investigate high-capacity, cost effective, flexible WDM transmission systems, employing optical frequency combs and enhanced DSP technologies.
Anxiety, Depression and Alexithymia in Fibromyalgia: Are There Any Differences According to Age?

This article analyzes the evolution of alexithymia, anxiety, and depression associated with fibromyalgia (FM) in three age groups in comparison to how they evolve in the same age groups in healthy women. A total of 240 women participated in the study (120 diagnosed with fibromyalgia and 120 healthy women), divided into three age groups (≤35 years,>35 and <65 years, and ≥65 years old). Our analysis revealed that alexithymia, anxiety, and depression in FM patients showed increased levels compared to healthy controls. Also, young women with FM (under 35) show lower alexithymia, anxiety, and depression levels in comparison to older patients (≥65). Alexithymia in FM patients follows a similar pattern as in healthy women (although with significantly higher scores), increasing with age. Our results show that depression, anxiety, and alexithymia develop over age in a different way in FM patients than in healthy individuals, increasing over age.
The association between overweight and opportunity structures in the built environment: a multi-level analysis among elementary school youth in the PLAY-ON study

To examine school-level opportunity structures of the built environment and student characteristics associated with being overweight.Multi-level logistic regression analysis were used to examine the school- and student-level characteristics associated with the odds of a student being overweight among grade 5-8 students attending 30 elementary schools in Ontario, Canada, as part of the Play-Ontario (PLAY-ON) study.Significant between school random variation in overweight was identified [σ²(μ0)= 0.187 (0.084), P < 0.001]; school-level differences accounted for 5.4% of the variability in the odds of a student being overweight. The more fast-food retailers there were surrounding a school, the more likely a student was to be overweight; students in grade 5 were at increased risk relative to students in grades 6-8. The more grocery stores there were surrounding a school, the more likely a student was to be overweight; students in grade 5 were at increased risk relative to students in grades 6-8.Developing a better understanding of the school- and student-level characteristics associated with overweight among youth is critical for informing intervention programs and policies.
ULTRASONIC COMMUNICATIONS FOR WIRELESS BEACONS

Beacon devices transmit wireless beacon messages to alert an application on a mobile phone of the Beacon device's proximity. Contemplated beacon devices may also include an ultrasonic emitter and one or more microphones. The ultrasonic emitter may be used to complement other beacon operations, communicate information to a user mobile device, and monitor the beacon device's environment. Ultrasonic data may also be used to determine if a person or object is in proximity to the beacon device. Short echolocation travel times may be used to indicate that a user is “touching” the beacon device. Inter-beacon device communication may also be accomplished using the ultrasonic emitter.
El coipo (Myocastor coypus) en el noroeste de Santa Cruz (República Argentina): ¿Evidencias de recuperación por el control del visón americano (Neogale vison)?

El coipo Myocastor coypus se distribuye ampliamente en Argentina.En Patagonia austral habita la subespecie M. c. melanops asociada a sistemas de humedales y valles de grandes ríos.Si bien la caza es reconocida como una de las causas de disminución poblacional a nivel regional, también se ha mencionado al visón americano (Neogale vison) como una amenaza.A través de monitoreos (más de 7.000 horas de observaciones) y entrevistas a pobladores locales de la cuenca superior del río Deseado (12 estancias), noroeste de la provincia de Santa Cruz, Argentina, discutimos las potenciales causas de recuperación poblacional.Los resultados sugieren que la recuperación que se evidencia en esta cuenca puede deberse a dos factores principales: la disminución de la presión de caza y el plan de control del visón americano que se lleva adelante desde el año 2013.Es fundamental considerar y analizar las causas de amenaza, para poder realizar acciones de manejo de impacto para las comunidades.
BARTOG-OPTIM

Kofinanzierung der Kosten für Beratungsleistungen, die von externen Auftragnehmern für Unternehmen im Zusammenhang mit der Einführung von Verbesserungen bei den Geschäftsprozessen in Unternehmen erbracht werden.
Investigation of nanoscale properties of topological weyl semimetals

Weyl semimetals are a recently-discovered class of topological quantum materials predicting unexpected and extraordinary transport properties. Their electronic band structure features valence and conduction bands crossing in paired Weyl nodes with opposite chiralities. In such systems the conduction electrons behave as topologically-protected massless quasiparticles with an ultra-high carrier mobility and well-defined spin-momentum locking configurations. The unique combination of these properties has attracted the attention of the scientific community that is currently striving to unveil the complex physics underlying Weyl semimetals. Besides, from a technological perspective, Weyl semimetals are expected to provide an ideal platform to test novel device functionalities in the areas of information technology, energy conversion and sensing. Nonetheless, being a newborn field in science, so far the research activities have focused on Weyl semimetals in the form of bulk single crystalline materials. 
The main objectives of this action are to comprehensively investigate the yet-unexplored properties of Weyl semimetals at the nanoscale and to define possible integration routes for new-generation microelectronic devices. For this purpose, epitaxial thin films of Weyl semimetals will be used as referent systems to probe the influence of different control parameters (e.g. by substrate-induced strain, film thickness, interfaces, external electric and/or magnetic fields) on their structural and electronic properties. Eventually, the potential impact of Weyl semimetals in current microelectronic schemes will be evaluated by designing prototypes based on field-effect and magnetic heterostructures. In this context, the state-of-the-art facilities and the well-established expertise in the fabrication and characterization of complex nanostructures present at IBM Research Zurich offer an ideal environment to tackle the challenge of studying Weyl semimetals at low-dimensionality.
Adapt SMEs – Bluefleet

BluEFLEET, LDA will invest in the introduction of new methods of organisation of work and customer relationship, necessary to control the COVID-19 pandemic, complying with the standards and recommendations of the Health Authorities.
Approche Méthodologique D’évaluation De Susceptibilité Des Versants Aux Glissements De Terrain Par Un Modèle Volumique De L’aléa ; Application Au Secteur De Boujibar Al Hoceima (Rif, Maroc)

This paper presents a new assessment technique of slopes landslide susceptibility, through a geometrical solid model of hazard in reliance on application and comparison of two different approaches (probability and determinist). Here we present a complete methodology for resolving all the technical difficulties encountered during the application of deterministic approach on a catchment basin scale, and to generate an estimating model of hazard not only on the ground surface but also in depth. Indeed, the application of this approach in the area of Boujibar in the south of Al Hoceima city has allowed to specify that, the deterministic method based on factor of safety (Fs) calculation for hazard evaluation of catchment basin is the most adapted and most suitable method on a local and regional scale.
Rapid biomechanics simulation for personalized clinical design

Clinical experts make design decisions on treatments, interventions, or on devices. ICT empowers them with patient-specific simulation models that enable better-informed design decisions. But patient-specific computational medicine is currently cumbersome, slow, and unintuitive; it relies on complex processing by technical experts, and it is hence far from reaching its full potential on clinical design, and scarcely used.
RAINBOW envisions next-generation biomechanics simulation and optimization tools for personalized clinical design that are rapidly setup for a particular patient, have a fast learning curve, are easy-to-use by clinical experts, and do not require intervention by a technical team. Research objectives entail automated processing of patient data; automated setup of representations and parameters, capability to manage variance across patients; robust and accurate simulation as a latent part of design tools; and fast optimization methods that allow intuitive exploration of the design space. Novel computational methods will be created to reach the objective of rapid biomechanics simulation. RAINBOW will apply research solutions for diagnosis, prognosis, monitoring, surgical training, planning, guidance, design of prosthetics, implants, and medical devices, and will address health conditions such as osteoarthritis, scoliosis, hearing impairment, cardiovascular diseases, obesity etc.
RAINBOW has 5 excellent academic participants: UCPH (medical imagine, machine learning), URJC (data-driven modeling), UL (computational mechanics), CARDIFF (model reduction), AAU and one hospital HH (bone modeling) and 8 industries 3Shape (prosthesis), Kitware (imaging), Insimo (surgical simulation), GMV (eHealth), Simpleware (CAD/CAE), inuTech (numerics), Anatascope (Patient specific modeling) and Next-Limit (CFD). This combined expertise will ensure diverse impact and training of highly qualified individuals.
P-1472 - Mental health of women with hysteromyoma

After informed consent we have examined 100 women (18–45 years, mean age was 29,6 ± 3,8 years) with uterine leiomyoma (D 25). Results of examination were processed with Program Kit Statistica (version 8.0). With high level of statistical significance (p  Asthenic variant of PDAS was found in 8%, where basic manifestations were feeling of tiredness evenings, muscle pains, apathy, and weakness. Psycho-vegetative variant of PDAS was revealed in 6% of patients and has been represented by paroxysmal vegetative dysfunctions, transient headaches, sleep disorder, feeling of unexplained “melancholy”. Dysthymic variant of PDAS (emotional instability) in the kind of irritability, feeling uneasy and mental discomfort was found in 5%, and dysmnestic variant of PDAS manifesting as short-term changes of attention, orientation in known setting, and wrong assessment of time intervals has been diagnosed in 3%. Mental disturbances corresponded to 4 clusters (ICD-10): neurotic, stress-related and somatoform disorders (F40–48) have been revealed in 29% of women; affective, predominantly of depressive spectrum (F32–34.1) - in 9%; personality disorders and behavioral disorders at mature age (F60–61) - in 3% and behavioral syndromes, associated with physiologic disturbances and physical factors (F50–52) - in 6%. Data demonstrates high prevalence of mental disturbances in female patients that decreases adaptive abilities, worsens severity of state and quality of life and efficacy of therapy.
What do we currently know from in vivo bone strain measurements in humans?

Bone strains are the most important factors for osteogenic adaptive responses. During the past decades, scientists have been trying to describe the relationship between bone strain and bone osteogenic responses quantitatively. However, only a few studies have examined bone strains under physiological condition in humans, owing to technical difficulty and ethical restrictions. The present paper reviews previous work on in vivo bone strain measurements in humans, and the various methodologies adopted in these measurements are discussed. Several proposals are made for future work to improve our understanding of the human musculoskeletal system. Literature suggests that strains and strain patterns vary systematically in response to different locomotive activities, foot wear, and even different venues. The principal compressive, tension and engineering shear strain, compressive strain rate and shear strain rate in the tibia during running seem to be higher than those during walking. The high impact exercises, such as zig-zag hopping and basketball rebounding induced greater principal strains and strain rates in the tibia than normal activities. Also, evidence suggests an increase of tibia strain and strain rate after muscle fatigue, which strongly supports the opinion that muscle contractions play a role on the alteration of bone strain patterns.
Sviluppo di un nuovo prodotto utilizzando materiali innovativi e tecniche di produzione e miglioramento dei processi tecnologici attraverso l'attuazione della ricerca industriale da parte di Pana Stolarija d.o.o.

Il progetto acquisirà attrezzature e servizi per l'attuazione dello sviluppo sperimentale, subordinatamente a una cooperazione efficace e ad un'ampia diffusione delle conoscenze, e si avvarrà di personale professionale.
How Dallas became frack free: hydrocarbon governance under neoliberalism

Local-scale government ordinances that attempt to delay or displace oil and gas drilling in their territories are common in regions with hydrocarbon extraction activities. Drawing on literature from policy mobilities and resource and energy governance, this paper analyzes policymaking processes that resulted in a December 2013 ordinance in Dallas, Texas, which established a 1500 foot (457.2 meter) setback between gas wells and residences, making drilling (with hydraulic fracturing) nearly impossible. Dallas was not the first city in the region to adopt an oil and gas drilling ordinance; indeed, many regulatory provisions were copied from other regional cities. This paper explains policy mobility in the Dallas policymaking process in terms of anti-political practices and hydrocarbon institutions that, overall, determine neoliberal hydrocarbon governance. City governments cede some of the political process to gas drilling task forces that work to render setbacks technical. Legal classification of subsurface hydrocarbons as the mineral estate creates a legal gray area that confounds municipal regulatory authority and gives discursive power to mineral owners to threaten municipal officials with lawsuits. Both of these anti-political strategies encouraged selective copying and morphing of other policy provisions by the Dallas city government. Adopting longer municipal setback distance regulations represents a type of contestation of neoliberalism situated between complete deregulation and overt opposition.