SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Attuazione dei risultati R & S in Chmielewski — Dźwigi

Sa 42799(2015/X), art. 13 del Reg. 651/2014 Il progetto consiste nell'attuazione nella pratica economica dei risultati dei lavori di R & S effettuati e riguarda investimenti in immobilizzazioni materiali connessi alla diversificazione dell'impianto. L'obiettivo del progetto è quello di introdurre un prodotto fondamentalmente migliorato, innovativo sul mercato internazionale, sotto forma di gru ad albero con il proprio design del telaio della cabina. Questo prodotto è sostanzialmente migliorato rispetto alle soluzioni competitive sul mercato. I nuovi prodotti saranno caratterizzati, tra l'altro, dalla possibilità di utilizzare in modo più completo le dimensioni dell'albero, dalla possibilità di aumentare la portata di sollevamento ammissibile, dall'abbassamento del peso della cabina e da un maggiore comfort di utilizzo. La produzione di prodotti innovativi sarà possibile grazie all'implementazione dello sviluppo della ricerca e all'utilizzo di soluzioni tecniche moderne. I lavori di R & S sono stati eseguiti in modo indipendente utilizzando le risorse personali del richiedente. Riguardano lo sviluppo di un nuovo telaio per gru ad albero. I risultati del lavoro di R & S sono stati depositati per la protezione brevettuale sotto forma di brevetto. I prodotti innovativi previsti per l'implementazione sono una risposta alle esigenze del mercato, tra cui sviluppatori, società di sollevamento e altre entità (cooperative e comunità abitative, imprenditori, investitori privati). Le caratteristiche ottenute sono auspicabili dal mercato, come evidenziato dall'analisi e dalle lettere di intenti incluse. Il progetto sarà realizzato su terreni di proprietà del Beneficiario e prevede l'ampliamento di un nuovo edificio produttivo con una parte sociale e ufficio e l'acquisizione di macchinari e attrezzature.
First wearable sensor for real-time monitoring and optimisation of sport training

Wearable biosensor systems for fitness and health monitoring have become popular in the last years, however, there is no
wearable technology currently available for accurately monitor key biometrics that directly reflect one’s body performance
(i.e. glucose and lactate) with clinical precision. In turn, Caura project aims at providing the first molecular tracker which
unlocks anyone’s molecular signature. It will give instant and real-time feedback on lifestyle and health, while providing
unmatched training insights and effective dietary plans through non-invasive, wireless and continuous glucose and lactate
monitoring. The invention relies on their cutting-edge microneedle technology, a cost-effective digital tracker plus
sophisticated machine learning algorithms allowing accurate and real-time glucose and lactate measurements for the first
time on the individual’s skin and under free living conditions. Caura will result on added value for high-quality wearables,
improving athletic performance and sport medicine by enabling ubiquitous monitoring of those biometrics. Other valuable
novelties are its reduced cost and dimensions compared to the available options. These advantages make Caura a
disruptive solution with great potential for commercial success in the growing wearables market (€285B by 2022, CAGR
12.5%), representing a core source of growth for the company and consolidating the Company position in the bio-sensing
sector. The Company will conduct a feasibility study and a business plan analyzing the technical, commercial and financial
aspects required to ensure the market launch. Being glucose and lactate important vital parameters also involved in some of
the biggest health issues (e.g. diabetes, obesity etc.), Caura will transition from simple recreational tracker to life-changing
tool focusing on individual’s lifestyle and health, enabling for the necessary transformation towards a person-centred
preventive health care system.
Anisotropic flow of the charmed D*+ meson in non-central Pb-Pb collisions at sqrtsNN = 2.76 TeV

The focus of this thesis is the measurement of the azimuthal anisotropy parameters v2 and v3 of the charmed meson D*+ and its charge conjugate D*- in the fully reconstructed decay channels D*+ -> D0 + pi+, respectively D*- -> D0 + pi- by applying the event plane method. For this measurement, lead-lead collision data from the heavy-ion run end of 2011 at the LHC (Large Hadron Collider) taken by ALICE (A Large Ion Collider Experiment) was exploited. The v2 and v3 parameters were determined as a function of the transverse momentum pT of the D*+ in a range of 2 GeV/c < pT < 20 GeV/c. The measured v2 is
comparable to the v2 of unidentified charged particles, with a significance of three standard deviations for a non-zero D*+ v2 in the pT-range of 2 GeV/c < pT < 6 GeV/c if considering the statistical uncertainty only, respectively with a significance of two standard deviations if considering the combination of statistical and systematic uncertainties. The measured v3 values are of the order of v3=0.2 in the pT-range of 2 GeV/c < pT < 8 GeV/c, respectively of the order of v3=0 in the pT-range of 8 GeV/c < pT < 20 GeV/c. In both pT-ranges the statistical and systematic uncertainties of the v3 are in the range of sigma = +/-(0.2 - 0.4).
Automatic scanner for determing lean meat distribution in pig carcasses

The slaughtering sector in the EU28 plays a key role in the meat industry. It embraces over 3,300 pig abattoirs, which process yearly 252 million pig carcasses, and generate a turnover of €73b. In a context of strong market competitiveness, and driven by the demand of meat processors, abattoirs are increasingly interested in new strategies to improve their product segmentation, which allow them to optimize the production value. 
The segmentation of fresh pigmeat products is mainly performed based on its lean meat content. Based on this parameter, and according to EU regulations, all carcasses are routinely sorted following the SEUROP scheme. While the SEUROP classification is useful for defining an objective payment criterion for the farmer, it is insufficient to perform a segmentation of the production and to estimate the real market value of the carcass. In particular, the SEUROP classification does not take into account the lean meat content of the primal cuts (ham, loin, belly and shoulder). 
Over the past decades, automatic pig carcass grading systems have risen the interest of the sector, due to its potential to improve the accuracy of meat segmentation. However, existing commercial solutions present limitations in terms of (1) limited accuracy and robustness, when dealing with different pig breeds or genetic variations; (2) complex integration in abattoirs; and (3) significant system and integration costs. 
We aim at addressing the market demand for a more accurate, reliable and cost-competitive solution to accurately grade and sort carcasses according to the lean meat content in the four primal cuts. The proposed technology was previously developed in a Collaborative EU Research Project, which allowed validating the technology at pilot line level (TRL7). After defining a detailed business plan, which was carried out during the Phase I project, we aim now at obtaining a qualified system (TRL9), and to obtain the SEUROP certification at two key target markets.
Evolving stellar models to find the origins of our galaxy

After the Big Bang, it took about 200 million years before the very first stars would form - now more than 13 billion years ago. Unfortunately, we will not be able to observe these stars directly. Instead, we can observe the 'fossil' records that these stars have left behind, preserved in the oldest stars of our own galaxy. When the first stars exploded as supernovae, their ashes were dispersed and the next generation of stars formed, incorporating some of the debris. We can now measure the chemical abundances in those old stars, which is similar to a genetic fingerprint that allows us to identify the parents. In this paper, we develop a Genetic Algorithm (GA) for identifying the 'parents' of these old stars in our galaxy. The objective is to study the now extinct first stars in the universe - what their properties were, how they lived and died, how many they were, and even how different or alike they were. The GA is evaluated on its effectiveness in finding the right combination of ashes from theoretical models. The solutions found by the GA are compared to observational data. The aim is to find out which theoretical data, i.e., abundances of chemical elements, best matches the current observations.
Instantaneous model adaptation method for reverberant speech recognition

An acoustic model adaptation algorithm is proposed for reverberant speech recognition. Inspired by the eigenvoice adaptation framework, multiple acoustic models reflecting various reverberant environments are combined for instantaneous adaptation. Using artificially generated reverberant speech, multiple acoustic models are trained according to multiple reverberation times. The mean vectors of the optimal acoustic model are obtained as a weighted sum of those of multiple acoustic models by using a maximum-likelihood criterion. For effective model combination, reverberant speech is preprocessed. Experiments on English continuous speech recognition tasks in a simulated reverberant environment show that the proposed method performs better than the conventional adaptation techniques.
Uncovering the machinery for the sorting of  newly synthesized proteins into the axon

Neuronal development and function rely on the polarized distribution of organelles and transmembrane proteins (cargoes) across their somatodendritic and axonal domains. However, it is unknown how organelle organization regulates the polarized sorting of transmembrane proteins to ensure proper neuronal function.

The classical model for sorting of newly synthesized transmembrane proteins to the plasma membrane (PM) follows the biosynthetic pathway via the rough endoplasmic reticulum (ER) and Golgi, which are restricted to the somatodendritic domain in neurons. It is unclear whether this classical secretion pathway is the main route for cargo sorting into the axon or whether an alternative route to the axon is used for most axonal cargoes. Intriguingly, evidence indicates that cargoes can bypass the Golgi for their sorting to the axonal PM. However, the identity of an unconventional secretory pathway has not been demonstrated yet. Here, I propose that selective machinery, including the axonal ER and undefined intermediate compartments, allows local axonal cargo secretion. 

Previously, I advanced our knowledge on Golgi-dependent sorting of somatodendritic cargoes and elucidated the mechanisms behind ER organization in neurons. Here, for the first time we will:
1) Identify the sorting routes for newly synthesized axonal proteins
2) Unravel the machinery required for Golgi-independent cargo sorting into the axon, and
3) Elucidate its impact on neuronal development and function

We will use high spatio-temporal resolution imaging and mass-spectrometry combined with novel strategies to control and track cargo secretion, as well as proximity-based labeling to identify key players in the newly identified machinery. 

A broad spectrum of human diseases is associated to cargo Golgi-bypass. Neurons offer a unique advantage in spatial resolution to characterize this unconventional route, which could play a key role in human health and disease.
The cyclical behavior of equity turnover

We measure the extent to which the cyclical behavior of the turnover of equity shares generated by individual investors on the New York Stock Exchange can be accounted for by a single source of trade embedded in a neoclassical growth economy with dynamically complete markets. The source of trade is heterogene- ity in agents’ financial wealth. In the post-war United States, turnover has been more than seven times as volatile as output and has exhibited asynchronous cycli- cal characteristics: lagged turnover has co-varied positively with output and led turnover negatively. The baseline model, calibrated to match the mean behavior of asset returns and the distribution of wealth across households, accounts for 29% of the level of turnover observed in the data and 22% of the volatility. The asynchronous relationship observed between turnover and output is puzzling. Keywords. Asset trade, dynamically complete markets, time- and wealth-varying risk aversion, production economies. JEL classification. E32, G12.
NEW technologies for a better mountain FORest timber mobilization

The role played by mountain forests is extremely varied. Their contributions to the stability and overall development of life and economic factors in mountainous regions are highly significant. Due mainly to topographic conditions, managing mountain forests is significantly more cost intensive than in plain ones. A good knowledge of forest biomass location, characteristics, mobilization conditions and connectivity to wood industry is a prerequisite for the development of a sustainable timber supply chain in mountain territories. This knowledge is currently insufficient to provide at reasonable costs, the required guarantees on the wood supply and on its sustainability.  Based on the use of new technologies for forest and topography characterization, NEWFOR is dedicated to enhance and develop tools and adapted policies for decision making in the field of a sustainable and adaptive mountain forest resources management facing the sustainability of mountain forest ecosystems services.
Multifunctional nanoscale probe for investigation of intracellular processes

The ability to monitor and investigate intracellular processes is crucial for biomedical, cancer and aging research, and has direct applications in disease diagnosis, and drug development. The investigation of such processes requires tools capable of accurate and quantitative monitoring of an array of dynamically changing physical and chemical properties in specific cells at subcellular resolution and with minimal disruption to the cell. Despite significant recent advances in the field, implementing multiple functions in a single device while maintaining the required subcellular spatial resolution is a major technological challenge, as the entire probing instrument tip should not exceed submicrometer dimensions. Therefore, existing tools are limited in their sensing capabilities to single properties. The main objective of FUNPROBE is to develop a multifunctional nanoscale probe, which will combine controlled intracellular delivery and extraction, sensing of temperature, selective ion concentration, and electrical recording, whose various functions can be operated simultaneously to enable quantitative monitoring of intracellular processes in real time, with minimal damage to the cell, in a single device. To achieve this goal, a new fabrication method will be developed, enabling, for the first time, to create a high aspect-ratio nanometric tip with integrated open-ended nanochannels, and their combination with conductive and insulating layers at the tip. The development of such techniques is in alignment with the European Commission's aims of developing multifunctional nano-enabled products for different applications. The project will take full advantage of the unique combination between the applicant’s expertise in developing open-space fluidic and electrokinetic probes and the host laboratory’s expertise in nanofluidics, nanofabrication, and single cell electrophysiology.
Implementing Arbitrary CRNs Using Strand Displacing Polymerase

The regulation of cellular and molecular processes typically involves complex biochemical networks. Synthetic nucleic acid reaction networks (both enzyme-based and enzyme-free) can be systematically designed to approximate sophisticated biochemical processes. However, most of the prior experimental protocols for reaction networks relied on either strand-displacement hybridization or restriction and exonuclease enzymatic reactions. These resulting synthetic systems usually suffer from either slow rates or leaky reactions. In this work, we propose an alternative architecture to implement arbitrary reaction networks, that is based entirely on strand-displacing polymerase reactions with non-overlapping I/O sequences. We first design a simple protocol that approximates arbitrary unimolecular and bimolecular reactions using polymerase strand displacement reactions. Then we use these fundamental reaction systems as modules to show three large-scale applications of our architecture, including an autocatalytic amplifier, a molecular-scale consensus protocol, and a dynamic oscillatory system.
The Slippery Slope of Interpellation: Framing Hero and Victim in Edith Wharton’s Ethan Frome

Ethan Frome has been criticized for its narratological construction, which is as challenging now as ever. The challenge arises through the employment of one narrator to relate both the main story and the frame story, which takes place 24 years prior. But this narrator is an outsider to Starkfield, and his story relies on tight-lipped remarks provided by the local townsfolk. Consequently, the tale culminates in a vision constructed by the entanglement of the narrator’s own imagination and a few sparse threads of hearsay. It is no wonder the construction of the novel, then, has been a subject of such passionate critique. This essay analyzes the narrator’s deep-seated fear of and attraction for his beloved Ethan, which motivates a specific interpretation of his life. Through a Butlerian lens, we will argue that the narrator acts as the controlling voice, indeed, the voice of the law intent on interpellating Ethan as an heroic subject. The performative nature of interpellation, however, leads to contradiction as details about Ethan and Ethan’s own behaviors, framed meticulously by the narrator, collide with the narrator’s overall vision. These contradictions activate a chain reaction in the narrative that unwittingly depletes Ethan’s power and masculinity as the would-be hero, and strengthens Zeena’s power and masculinity as the would-be villain. The narrator’s story ends in a fabricated picture framed to defend a manufactured hero, told by a naive outsider who is at once too invested and removed from the protagonist to comprehend the nuances of small-town life.
Sensitive integrated solar hybrid roofing for historical buildings.

Energyntegration has developed a solar tile system for roof coverage that integrates perfectly with the architecture and chromatic shade of each building. EU is encouraging the reduction of fossil fuels towards the adoption of renewable energy as a resource. All new buildings are required to be nearly zero energy balance by the end of 2020.Currently, the solar industry is limited to a utility scale central power generation model. A highly differentiated product is required to disrupt this model and provide accessible solar power for the residential market. The EU is currently installing less than 100,000 residential solar roofs per year; this needs to increase to 3,000,000 per year to avoid worst scenario climate change. Current solar roofs use large utility scale panels and often complex installation; it is a very capital intensive process. Energyntegration technology preserves and improves aesthetics of the buildings whilst minimising installing costs for the property owners. The product series is based on a moulded aluminium frame that can be painted in the desired colour and covered with a front glass with low adsorption and transparent solar quality. The tile is easily installed onto roofs without any truss modification. The integration with the existing roof is complete, as the tile matches perfectly slope, level and colour of every type of roof, thus enabling the installation also in areas with historical or landscape restrictions. The panel produces electricity by solar conversion while the heat sink cool down the PV temperature while also exploiting the ‘waste’ heat productively, thus increasing the efficiency of the single tile. HyTile targets the residential and re-roofing markets to promote the development of Net Zero Energy Homes.The Phase 1 project will be focused on establishing a complete supply chain, a sound business model and commercialization strategy and to plan all activities for deploying a pilot installation in three historical cities.
Moxifloxacin Use and Its Association on the Diagnosis of Pulmonary Tuberculosis in An Inner City Emergency Department

Moxifloxacin can be used in the treatment of tuberculosis, its effect on the diagnosis and treatment of pulmonary tuberculosis is not well characterized.To identify patients from the St. Paul's Hospital emergency department (ED) treated with moxifloxacin who also had sputum sent for investigation of possible tuberculosis and the impact on sensitivity of acid-fast bacilli (AFB) smears and time to initiation of tuberculosis treatment.We conducted a retrospective single-center cohort study on patients that were prescribed moxifloxacin in the ED during a 5-year period and had samples collected for pulmonary tuberculosis. All AFB samples obtained throughout the hospital in patients not exposed to moxifloxacin during the same time period were also examined.Two-thousand six hundred and seventy-three patients who were admitted to St. Paul's Hospital through the ED received moxifloxacin during the study period. 273 (10.2%) of these patients were subsequently investigated for tuberculosis, with 9 positive cases of Mycobacterium tuberculosis (3.3%). One-thousand three hundred and sixty-nine patients not exposed to moxifloxacin were screened for tuberculosis with 33 active cases (2.4%). The false-negative rate for AFB smears in the exposed group was 85.2% vs. 53.8% in the unexposed group (relative risk of false-negative AFB = 1.55; 95% CI 1.24-2.03). Time to initiation of anti-tuberculosis therapy was significantly delayed in the exposed group, with median time to initiation of 14 days vs. 2 days (p = 0.013).Exposure to moxifloxacin is associated with significantly increased rates of false-negative AFB smears and was associated with a significant delay in the initiation of anti-tuberculosis therapy.
To Have Life, and Have It Abundantly! Health and Well-Being in Biblical Perspective

Epidemiological studies researching the impact of participation in religious activities on the overall health and well-being of individuals suggest that having faith and practicing religion is good since they represent expense free, non-medical coping mechanisms accessible to everyone. Faith and religion, thus, can serve for a large number of people as potential reservoirs for cultivating well-being and maintaining health, thereby cutting health-care costs significantly. This begs the question if such pragmatic instrumentalization does do justice to faith and religion in the first place. The article investigates this question taking the Christian biblical tradition as an example by, first, identifying texts speaking of 'health' across different Bible versions (I), second, by sketching related concepts of 'health' (II) and, finally, by assessing the actual extent to which biblical tradition supports the quest for health and well-being (III).