SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Non-conventional technologies for data collection in Brazilian dissertations and theses.

Objective to characterize non-conventional technologies used for data collection of dissertations and theses available in the Catalog of Theses and Dissertations (CEPEn) of the Brazilian Nursing Association (ABEn). Method this is a documentary research, whose data were collected in the catalogs of theses and dissertations available at the ABEn website, from Volumes XIX to XXI. The indicators collected were: academic level; educational institution; year; qualification of the author; setting; non-conventional technology used; type of technology; association with conventional techniques; methodological design; benefits and methodological limitations. Results from a total of 6346 studies, only 121 (1.91%) used non-conventional technologies for data collection, representing the fi nal sample of the study. Conclusion it is concluded that Brazilian Nursing researches still need methodological innovations for data collection.
Post-migration inverse Q filtering to enhance amplitude supported prospectivity evaluation

Our primary investigative tool for understanding the subsurface
prospectivity is seismic data, where energy reflected from different
seismic horizons can reveal the physical properties of these
rocks. The deeper in the earth we look, the weaker the reflected
signal will be, so finding ways to boost this signal, without
affecting its properties is critical to being able to analyse this
signal. Furthermore, seismic interpretation requires a quantitative
understanding of the seismic data and it is common practice
to assume that the seismic amplitudes can be understood in
terms of either acoustic or elastic wave propagation. Preparing
‘interpretation-ready’ seismic data therefore faces two possibly
conflicting challenges. On the one hand, seismic processing
should conserve the amplitude fidelity of the seismic data. On the
other hand, compensation of viscous effects such as attenuation
and dispersion facilitates data analysis.
TÊTE DE BALAYAGE LASER NOUVELLE GÉNÉRATION

LE PROJET VISE À DÉVELOPPER UNE NOUVELLE GÉNÉRATION DE TÊTE DE BALAYAGE LASER QUI PERMET D’AVOIR UN RAPPORT PERFORMANCE-COÛT NETTEMENT MEILLEUR QUE CELUI ACTUELLEMENT SUR LE MARCHÉ
Testing general relativity and alternative theories of gravity with space-based atomic clocks and atom interferometers

The successful miniaturisation of extremely accurate atomic clocks and atom interferometers invites prospects for satellite missions to perform precision experiments. We discuss the e ects predicted by general relativity and alternative theories of gravity that can be detected by a clock, which orbits the Earth. Our experiment relies on the pre- cise tracking of the spacecraft using its observed tick-rate. The spacecraft's reconstructed four-dimensional trajectory will reveal the nature of gravitational perturbations in Earth's gravitational field, potentially di erentiating between di erent theories of gravity. This mission can measure multiple relativistic e ects all during the course of a single exper- iment, and constrain the Parametrized Post-Newtonian Parameters around the Earth. A satellite carrying a clock of fractional timing inaccuracy of f=f 10 16 in an elliptic orbit around the Earth would constrain the PPN parametersj 1j;j 1j . 10 6 . We also briefly review potential constraints by atom interferometers on scalar tensor theories and in particular on Chameleon and dilaton models.
Quantum correlations in pt-symmetric photonic integrated circuits

In 1998, one of the fundamental assumptions in quantum mechanics, that the Hamiltonian describing a quantum system has to be Hermitian, was overturned. The existence of an entire class of Hamiltonians that are non-Hermitian yet still possess real eigenvalues was discovered. These non-Hermitian Hamiltonians describe PT-symmetric systems, which are systems that are invariant under the combined operations of parity-inversion and time-reversal. Currently, it is still under debate what implications PT-symmetry has for quantum physics. Yet in photonics, PT-symmetry can be readily realized by a proper distribution of gain and loss in the system, making photonics the ideal platform for studying the physics of PT-symmetric systems.
Indeed, various effects of PT-symmetry such as non-orthogonal eigenmodes, non-reciprocal evolution of light, and diffusive coherent transport have been demonstrated on a photonic platform, and inspired applications in lasers and optical diodes. So far, these photonic experiments have been purely classical and the full impact of PT-symmetry on the evolution of light is still unclear. Quantum evolution of light in PT-symmetric systems is completely unexplored territory with lots of new physics to be unravelled.
Therefore, the objective of this proposal is to for the first time experimentally investigate the evolution of quantum states in non-Hermitian systems. In particular, the project will study the quantum evolution of multiple correlated photons injected in PT-symmetric integrated photonic structures fabricated using direct laser-writing technology. The aim is to investigate how modifying the non-Hermitian Hamiltonian of the system influences photon correlations, expecting to demonstrate novel behaviour and unravel new physics. It is expected to find that quantum correlations fundamentally change: for example, correlated photons that should naturally bunch might anti-bunch, show a mixed bunching-antibunching, or even uncorrelated behaviour.
The archaic roman economy (8th – 4th centuries bc) settlement patterns, production and trade in an early mediterranean state

The economic history of early Rome has been mainly investigated as a local phenomenon and often only on the
basis of literary evidence. We propose a long-term and regional approach: the early Roman economy as part of the
economic history of central Tyrrhenian Italy from the 8th to the 4th century BC, and its interactions with the wider
Mediterranean networks of exchange.
This aim will be achieved by means of the following objectives and methods.
Objective 1: Systematic and critical review of the literary sources and of the scientific literature on the
archaeological evidence of settlements, land use, production and importation in the Low Tiber Valley between the
10th and the 4th century BC.
Objective 2: Intensive surveys in the Roman hinterland of three productive extra-urban Archaic settlements within
their natural context: a farmhouse, a rural village and a coastal settlement.
Objective 3: Archaeometric analysis of amphoras dating back to the 8th – 6th centuries BC and of Greek Geometric
(or Greek Geometric style) pottery dating back to the 8th century BC found in Ancient Latium.
Objective 5: Historical reconstruction of production, trade and consumption in Rome between the 8th and the 4th
century BC; theorisation of new models for Iron Age and pre-monetary economies.
Thermal and dynamic mechanical properties of epoxy resin/poly(urethane-imide)/polyhedral oligomeric silsesquioxane nanocomposites

Linear isocyanate-terminated poly(urethane-imide) (PUI) with combination of the advantages of polyurethane and polyimide was directly synthesized by the reaction between polyurethane prepolymer and pyromellitic dianhydride (PMDA). Then octaaminophenyl polyhedral oligomeric silsesquioxane (OapPOSS) and PUI were incorporated into the epoxy resin (EP) to prepare a series of EP/PUI/POSS organic–inorganic nanocomposites for the purpose of simultaneously improving the heat resistance and toughness of the epoxy resin. Their thermal degradation behavior, dynamic mechanical properties, and morphology were studied with thermal gravimetric analysis (TGA), dynamic mechanical analysis (DMA), and transmission electron microscope (TEM). The results showed that the thermal stability and mechanical modulus was greatly improved with the addition of PUI and POSS. Moreover, the EP/PUI/POSS nanocomposites had lower glass transition temperatures. The TEM results revealed that POSS molecules could self assemble into strip domain which could switch to uniform dispersion with increasing the content of POSS. All the results could be ascribed to synergistic effect of PUI and POSS on the epoxy resin matrix. Copyright © 2010 John Wiley & Sons, Ltd.
An Improved RSA Signature Algorithm Based on Complex Numeric Operation Function

Digital signature can be realized by using RSA algorithm. RSA is widely used in public-key cryptosystem. But running this algorithm needs lots of time and memory. This paper proposes a RSA signature algorithm to fit for the devices with low computational power. The new signature algorithm is based on complex numeric operation function. This paper expounds the fundamental principles of RSA algorithm. The realization of RSA algorithm includes the generation of RSA cryptographic key and the encryption and decryption of data. By using RSA algorithm, we can use the private key of the sender to sign the plaintext and the public key of the receiver to encrypt. For the receiver, he can use his private key to decrypt and the public key of the sender to verify the signature.
Asset Value Correlation Bounds for Firms with Foreign Exchange Exposure

This article deals with asset correlation estimation among firms with foreign exchange exposure. In most credit risk models the exchange rate risk is ignored, i.e. the borrowing firms are supposed to have assets denominated in the same currency as their debt. In reality, this is often not the case and if the asset portfolios of two borrowers are exposed to foreign exchange risk the correlation between these asset portfolios is biased upwards. The size of the asset value correlation bias depends on the time-series behavior of the two borrowers’ asset values and an empirical assessment of the size of this bias is therefore non-trivial since the asset values of the borrowers are non-observable. In this article, using a new way of estimating asset values, we attempt to estimate this bias for a set of major S&P500 firms in various industries. Our empirical findings support the theory and we find typical asset correlation estimates ignoring the exchange rate risk to be significantly biased. We therefore suggest that risk managers compute upper and lower bounds to the asset correlation estimates as a matter of routine and that if the exact asset correlation is required, it is estimated through a careful assessment of the foreign exchange exposure of the borrowing firms.
Eco-Design transverse activity gam 2018

Integrating ecologic, economic and socio-economic effects, ecoDESIGN will strongly contribute to sustainability and future competitiveness of the European aviation industry according the European Eco innovation agenda. It covers the assessment of materials, processes and resources (MPR) employed along the entire aircraft life cycle. Based on the fundamental structure of eight Eco themes , ecoDESIGN enables an extended Life Cycle Analysis (LCA+), going far beyond aircraft operation.

As a Transversal Activity in Clean Sky 2 ecoDESIGN concentrates on the development and integration of fundamental methodologies, tools and databases into a comprehensive platform and on the assessment and evaluation of innovative technology developments within the SPDs. Extending the coverage of the technology base for ecoDESIGN, validated LCI Data will be employed to derive Eco-Statements and to enable future standardized, consistent and comparable analysis with regard to Design for Environment (DfE) Approaches as of 2020. In parallel, ecoDESIGN will monitor the socio economic development of the European aviation industry in Clean Sky 2 by means of socio-economic derivative.
PUMP ELEMENT AND PISTON PUMP FOR GENERATING HIGH FUEL PRESSURE

The invention relates to a pump element (1) and a piston pump for generating high fuel pressure. According to the invention, the piston skirt (15) is effectively prevented from tilting in relation to a drive shaft (5), in such a way that the service life of the high-pressure fuel pump is increased.
The moving rule of salt and water in cultivated land and saline wasteland based on HYDRUS-2D model

The moving rule of salt and water in cultivated land and saline wasteland during crops growth period in Hetao Irrigation District, Inner Mongolia has been studied. Based on the field measured data, the movement of salt and soil moisture in cultivaed land and saline westeland by using the HYDRUS-2D model has been simulated and analyzed.The results showed that function by strong evaporation, the salt will be accumulated in the soil surface,in the soil layers of 20,40 cmand 70 cm,the salt content will be increased 67.23%,62.37% and 37.2% respectively.Through examined, the simulation of soil moisture and salt content moving by the HYDRUS-2D model in horizontal and vertical direction indicated a high precision, reflected the rule of salt accumulated and soil moisture moving.
WASTE PROCESSING APPARATUS

There is disclosed a pyrolyser (300) for pyrolysing feedstock material, comprising: a rotary kiln (302) for pyrolysing feedstock material received therein;a heating vessel (400) surrounding the rotary kiln (302) and defining a heating chamber (404) for hot gases therebetween;and an agitator (310) disposed within the heating chamber (404) for agitating hot gas and which is rotatable with the rotary kiln.
Plant ct - making plants healthier

Producing the highest quality crop with a maximized yield requires the real-time measurement and actionable analysis of a large number of plant-related external factors. These factors are meteorological, geological, organic and human-related. Measuring and processing these parameters is at the core of any decision-support system intending to streamline the production of farmlands. Currently there are no solutions available that can quantify all on-site plant-related parameters in real-time. By doing so it could stop superfluous use of expensive and environmentally harmful chemical agents while reducing yield loss, saving European farmers billions. 
 
We intend to deliver and commercialize a Plant CT solution that allows remote diagnostics of plants, on-site monitoring and comprehensive decision support. We understand a Plant CT to be a network of compact measuring devices on cultivated areas, which arms agricultural producers with precise, individualized data and recommendations. By deploying devices at several locations, it is possible to quantify agronomically important factors and to precisely determine the exact plant disease risk (and other important metrics, such as irrigation) at any particular location on a farmland. 
By the end of this project we aim to be ready to commercialize a system of small, easily installable, compact and inexpensive precision sensors delivering easy-to-understand actionable information including highly reliable automated diagnostics (with spore and mite detection). Following its commercialization we will be positioned to collect qualitatively and quantitatively unrivaled data, leading to further opportunities in creating an ultimate agriculture intelligence service. 

Due to our long-time involvement in precision viticulture, we have experience in providing wine / grape producers with information on weather parameters and diseases in a clear manner, helping farmers to optimize their agricultural procedures.
Low noise electric fan heater

An electric fan heater comprises a housing 11, a base 12 integrally formed or attached to the housing 11 so that the housing 11 can be supported on a surface, a grille 19 integrally formed or attached to the housing 11, an electric fan 14, 15 to direct a flow of air towards the grille 19, and an electric heating element 17 located between the fan 14, 15 and grille 19. Grille 19 may comprise of an array of louvers 20 that have in a flow direction 'A' a rounded entry tip, an entry portion (25, fig 3) that widens to a wide portion (23), and an exit portion (24) that narrows from the wide portion (23) to a rounded exit tip (27) resulting in a laminar flow. The louvers 20 may be pivot mounted. A heat resistant cowling 16 supporting the fan 14, 15 and heating element 17 may be located within and protects the housing 11 from heat emanating from the heating element 17. Control knobs 34 connected to switches 13 permit operation of the fan heater. The location of the heating element 17 downstream of the fan 14, 15 and the profile of the louvers 20 reduce operational sound levels of the fan heater, prolongs the fan motor 14 life and generates a good volumetric flow rate.
Diseño de dispositivo epidérmico capaz de aliviar los dolores causados por lesiones menores en extremidades inferiores al practicar un deporte

To begin this project, the starting point was the problem of production and the massive consumption of polymers. We have seen environmental deterioration and the absence of action plans to mitigate these effects that are only harmful consequences for the hum an being and the environment. The main objective was to develop and propose a material that complies with the same or similar characteristics as a conventional plastic in order to be able to replace them in a long term to have more profitable and friendly production processes with the planet. Protocols that support the specific characteristics of this material w ere involved and as a result a vision was obtained to m ix this organic material with drugs. Which had a positive result to develop a product that would relieve the pain in the extremities of the body of any athlete.
competivity company and innovation

"This project is part of the plan CLIP" : The CIRCUITO project aims to structure a shared cross-border programing to sustain innovation capacities of industries within ALCOTRA’s cooperation space. CIRCUITO allows a real sharing between regional authorities and structures sustaining innovation of strategies to pursue to increase the capacity to product innovation in ALCOTRA’s territory.

CLIP’s plan aims to create conditions for a long-term development of a cross-border system of innovation. The strategy purposed is based on the accessibility of numerical infrastructures systems and data sharing, the access to new innovative services for PMI, and the implementation of new services in the e-health sectors and of the e-mobility. This plan is articulated on three projects, deicated to test and develop innovative services for industries (Circuito), for health sector (E-Santé and silver economy) and for mobility in cross-border era (e-transport). The fourth project “interoperability” needs to furnish in a cross-border manner a sustain for the development of stockage systems and the sharing of datas on both sides of the border, but also for the development of a web cross-border platform dedicated to the distribution of developed services by three other projects.
The first all-european web browser capable of guaranteeing comprehensive online privacy and security for eu internet users

EU personal data rules exist to ensure that EU citizens’ online data is awarded the highest possible standard of protection in the EU and abroad. The Privacy Shield, for example, is a US-EU personal data transfer framework that came into effect in mid-2016. But moves by the Trump administration to roll back key Internet privacy rules have already spooked the European Union over the stability of the Privacy Shield agreement. 
Nowadays, social media sites and search engines based outside of the EU generate massive streams of personal data. Third-party cookies and invisible trackers are used to gather online data for advertising, analytics and more, often without the knowledge or consent of users. 
A critical structural weakness in the EU’s online privacy and security defense is that US tech companies dominate the market for web browsers. 95% of browsers used in the EU rely on US law to defend online privacy and security.
Adaptive Bee’s UR Browser is the only solution based entirely in the European Union, where user privacy is highly protected. UR offers unparalleled features for online security and privacy (anti-tracking and anti-profiling). All our privacy and security features are set by default. The user can only change them through specific opt-out actions. Around 40% of Europeans are willing to pay for security features like VPN, ad blocking, and anti-virus/malware software. UR Browser offers a seamless, all-in-one alternative: a freemium browser designed for security and privacy, which guarantees EU regulation compliance.
We have years of experience developing Chromium-based browser tech, and generated €2M in revenue last year alone. The UR minimum viable product browser is already on the market with over 1 million downloads to date. The goal of this project is to confirm the technical and commercial feasibility of our next-generation UR Browser 2.0. 
We forecast generating over €30M in revenue by Y5 after its global market launch, directly creating 62 jobs.
Kroonipuu OÜ energy and RESSURSIAUD

As part of the project, Kroonipuu OÜ’s energy and RESSURSIAUD will be prepared, as a result of which the company’s energy and resource flows will be mapped, solutions will be sought for production bottlenecks and various energy and resource saving measures will be analysed.
Bacteriological Quality of Drinking Water from Different Locations in Anambra State, Nigeria

The work described the bacteriological quality of drinking water obtained from distributors, vendors and retailer at three different locations in Anambra State Nigeria. Twelve samples were assessed using membrane filtration technique and serial dilution method. Some selective media were used which include Pseudomonas Agar (PSA) for detection of Pseudomonas aueroginosa, Salmonnella Shigella  Agar (SSA) for detection of Salmonella typhii and Shigella . Biochemical tests were used to identify the following bacteria: Pseudomonas aueroginosa, Staphylococcus aureus, E. coli, Bacillus sp and  Enterobacter . Five samples were positive in pseudomonas agar while three samples were positive in salmonella shigella agar. Therefore producers, distributors and hawkers of packaged water need to be educared on how to disinfect their products with solar radiation, store and handle packaged water. Key Words: Agar, Bacteriology, Drinking water, Filtration, Anambra State
ESPA — LIMITED LIABILITY COMPANY

THE INVESTMENT PLANNED BY THE COMPANY CONCERNS THE TECHNOLOGICAL-PRODUCTIVE AREA; THE INVESTMENT, WHICH CONSISTS OF THE PURCHASE OF NEW EQUIPMENT WILL CONSENT' TO THE COMPANY TO INNOVATE ITS PRODUCTION PROCESS BY ASSIMILATING AND SUCCESSFULLY EXPLOITING THE NOVELTIES OF THE ECONOMIC SECTOR IN WHICH IT OPERATES. IN PARTICULAR, THE INVESTMENTS RELATED TO THE PRODUCTIVE TECHNOLOGICAL AREA CONCERN THE DIRECT PURCHASE OF PRODUCTION PLANTS, MACHINERY AND EQUIPMENT, OF NEW MANUFACTURE AIMED AT THE COMPLETION OF THE NEW TEST ROOM, INTRODUCING A PRODUCT AND SERVICE INNOVATION. ALUMINIUM AND COPPER BAND WINDING MACHINE THE NEW ALUMINUM/COPPER SHEET WINDING MACHINE IS EQUIPPED WITH AN AUTOMATIC WELDING SYSTEM THAT ALLOWS A BETTER PERFORMANCE OF ELECTRICAL CONTACTS WITH THE OUTPUT BARS, AN AUTOMATED BRAKING SYSTEM ABLE TO REWIND THE PLATE AND A FOUR-WHEEL DRIVE THAT ALLOWS TO WORK WITH MORE ‘SIMPLE’ THE PIECES OF G
NOVA CALIBRAÇÃO DE S.T.I.

O PROJETO PROPOSTO PELA S.T.I. CENTRA-SE PRINCIPALMENTE NUMA SÉRIE DE ANÁLISES, ESTUDOS E REALIZAÇÃO DE EQUIPAMENTO E SOFTWARE PARA AS ATIVIDADES RELEVANTES, AMOSTRAGEM E CALIBRAÇÃO, COM O OBJETIVO DO RAGIGIMENT,