SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Incrementar en el Código de la Niñez Y Adolescencia un artículo que exija al alimentario rendición de cuentas por la pensión de alimentos congruos

The responsibility of the state, family and society in the full development of children, as well as the prevalence of their rights, follows that coordinated and effective actions are implemented, for their integral development, understood as a process of growth , maturation, unfolding of his intellect, abilities, potential and aspirations, all in a family, school, social, community safety and effectiveness narrows, allowing them to meet their needs.
Moreover, children and adolescents, its main excel feeding the rights that legally defined as benefits of an economic nature, which are required by law certain economically trained, benefiting those who have family relationship direct and indirect, are unable to procure subsistence for themselves.
Thus, both food congruous as necessary, as mandated by Art. 358 of the civil code, are due only in part to the livelihoods of the food will not reach to survive in a corresponding way into position social, or to sustain life.
Because the present study describes in detail the relevant social and legal bases requiring the food accountability, specifically those of congruous food, as the type required in most cases are minimal, calculated based on the table alimony (ranging from 92.48 dollars on). And in national legislation, there is no art. to oblige the administrator or manager (preferably) the accountability of money by way of alimony.
Development of research legal sources were used as the Constitution, the Civil Code, Civil Procedure and the Code for Children and Adolescents
Turning disabilities into new possibilities with the easiest-to-use myoelectric hand prothesis in the world

Globally there are an estimated 3 million people that are in need of arm prosthetics. Standard prosthetics are expensive, and
they need to be replaced every 3 to 5 years, making it a burden on those who need it. Standard prosthetics also do not give
users the range of motion and freedom need to be most useful to them. Only a small proportion of amputees can afford high
tech protheses. Adam’s Hand (A Dialogic, Adaptive, Modular, Sensitive Hand) is an innovative myoelectric hand prosthesis
based on a revolutionary mechanism – patented in Italy, patent-pending in EU, USA, China, India - that moves all fingers
with just one motor (instead of the state-of-the-art 5-6 motors poli-articulated devices), making it extremely easy to control.
Adam’s Hand provides a fuller range of motion and control for users, acting more like a living hand, also being lighter, more
compact, less loud and presenting higher autonomy. The number of people who will require an amputation will double by
2050. Having a device that allows you to have a functioning limb will allow people to have more freedom in their everyday
lives. Adam’s Hand’s innovation represents a growing trend in the mechatronic research field, allowing for the design of
robust, lightweight and easy-to-control end-effectors and in high-resistance 3D printing that allows for the fast production of
tailor-made and highly-customizable prosthetic devices. This gives us a SOM of €300 million. People with disabilities make
an enormous contribution to European society, but often face barriers that prevent them from participating in society on an
equal basis with others. At BionIT Labs, our mission is to improve the quality of life for people with disabilities by creating
innovative and affordable technology that can “Turn their disabilities into New Possibilities”, allowing users to operate with
ease in any environment.
SU-GG-I-54: Patient-Specific Dosimetry for Pediatric X-Ray Computed Tomography

Purpose:CT radiation dose estimates are commonly reported as CTDI (mGy) values derived from measurements made with standard phantoms for a specific technique (kVp, mAs, collimation and pitch). Estimates of effective dose (mSv) are generally calculated from the dose‐length‐product (mGy cm) and a weighting factor that is also derived from a standardized model. These dose estimates are not patient specific and further, do not include dose estimates for specific organs. There is general agreement that there is a need for more accurate dose estimates for x‐ray computed tomography examinations in the pediatric patient. The purpose of our research is to investigate methods that can lead to more patient‐specific dosimetry.Methods and Materials: We used the Monte Carlo particle transport methods in the GEANT4 toolkit to investigate radiation dose estimates in patient‐matched deformable NURBS models (based on non‐uniform rational B‐spline surfaces) to determine if this method could accurately predict organ doses in specific pediatric patients. Validation was performed with patient CT scans for which several abdominal organs were hand‐segmented and the resultant voxel data used in the GEANT4 code. Results: Dose calculations were made for NURBS models that were chosen to be similar to previously acquired pediatric CT scans of the chest, abdomen and pelvis. With sufficient run time, the error in the radiation dose for most organs is on the order of 1–3%. Conclusion: The use of patient‐matched NURBS models may lead to accurate patient‐individualized, organ‐specific dosimetry for pediatric CT examinations. Patient‐matching to the most appropriate NURBS model is based on anatomical dimensions and landmarks thus allowing dose estimates to be made prior to any exposure.
Framework methodology for sme innovation policy support within rd tax credits and incentives schemes in the eu (watson)

The WATSON project aims to develop and demonstrate a framework methodology for studying the impact of R&D tax credits and incentives on SME-led innovation in Europe. R&D tax credit schemes have been widely implemented as a measure of innovation funding, but most schemes have yet to be subjected to a detailed quantitative study. This impedes their comparability and limits their improvement potential in efficiently funding the wide scope of innovations developed by SMEs, whose inherent differences would benefit from better targeting of the schemes. WATSON will further the study of innovation funding by providing a foundation for detailed study of SME funding through the framework methodology, which will be integrated into the WATSON ICT innovation analytics platform for richer analysis. This tool will identify gaps in funding of European tax credit schemes, and help to better target and improve innovation funding measures. The results of WATSON will thus expand innovation support for SMEs through the provision of instruments better targeted to the funding needs of specific SME segments.
The development of the framework will integrate the results of three concurrent studies, which together will paint a picture of SME innovation in Europe, the prevalence and allocation of tax credits for SMEs, and the impact that specific innovating SME segments have on European society. The studies are as follows:

- Detailed segmentation of SME market
- Study of the impact of R&D tax credits and incentives on the different segments of innovating SMEs
- Measurement of impact of SME-led innovation through the development of innovation impact indicators

WATSON will set the foundation for innovation benchmarking and will help maximize the impact of innovation funding on European SMEs. The consortium, comprised of 3 SMEs and 3 research institutes, will help shape the future of SME innovation support and thus increase the growth and competitiveness of European R&D performing SMEs.
Petrogenesis of the late Cretaceous Turnagöl intrusion in the eastern Pontides: Implications for magma genesis in the arc setting

Abstract A series of Cretaceous plutons is present in the eastern Pontides of northeastern Turkey. The Turnagol intrusion is the least studied and, thus, the least understood plutons in the orogen. This intrusion consists of hornblende-biotite granodiorites emplaced at 78 Ma based on LA-ICP-MS U-Pb zircon dating. It is of sub-alkaline affinity, belongs to the medium- to high-K calc-alkaline series, and displays features typical of I-type granites. The rocks of the intrusion are enriched in large-ion lithophile elements and light rare earth-elements with negative Eu anomalies (Eu/Eu* = 0.69–0.82), but are deficient in high-field-strength elements. They have a small range of ( 87 Sr/ 86 Sr) i (0.7060–0.7063), ɛ N d i (−2.6 to −3.1), and δ 18 O (+8.1 to +9.1) values. Their Pb isotopic ratios are 206 Pb/ 204 Pb = 18.63–18.65, 207 Pb/ 204 Pb = 15.62–15.63, and 208 Pb/ 204 Pb = 38.53–38.55. The fractionation of plagioclase, hornblende, and Fe-Ti oxides had key functions in the evolution of the Turnagol intrusion. The crystallization temperatures of the melts ranged from 758 to 885 °C as determined by zircon and apatite saturation thermometry. All these characteristics, combined with the low values of K 2 O/Na 2 O and (Na 2 O + K 2 O)/(FeO t  + MgO + TiO 2 ), as well as the high values of (CaO + FeO t  + MgO + TiO 2 ), suggest an origin by dehydration melting from a metabasaltic lower crustal source.
SYnergic Networking for innovativeness Enhancement of central european actoRs focused on hiGh-tech industrY

SYNERGY aims at strengthening currently underdeveloped linkages, cooperation and synergies between companies, industry, research, intermediaries and policy makers in central Europe. _x000D_
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The project will analyse funded and finalised innovation projects and cluster institutions involved in projects into three key areas covering the most promising modern industrial technologies. These areas include additive manufacturing and 3D printing, micro- and nanotechnology-related processes and materials, as well as the industry _x000D_
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4.0 sector. _x000D_
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Institutions and clusters included in each area will form ‘synergic networks’ based on a novel projects assessment methodology and a ‘synergic consortia matchmaking’ IT online tool. Moreover, the project will define new crowd innovation services and test them in different types of pilot actions. As a result, project activities will boost the creation of innovative services and facilitate transnational cooperation in the industrial sector._x000D_
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Information added on 2020-05-18, regarding the mitigation of the effects of COVID-19 (the coronavirus pandemic that started in 2019) (English language only):_x000D_
To encourage research on very concrete challenges posed by the Coronavirus crisis,  SYNERGY launched a pilot voucher scheme making use of their Synergic Crowd Innovation Platform. Public and private organisations can look for matching solutions or competences from the research and industry communities. The best proposals will receive a voucher to pay for needed services, which could become the spark for greater innovations that help dealing with this pandemic.
HIDROSOURCE - GESTION SOUTENABLE DES RESSOURCES FLUVIALES DANS L’EUROPE MERIDIONALE

The problem dealt with here is very serious, given the lack of suitable management across the whole of Europe. Thus, it is important to establish a joint strategy with respect to the water management necessary to enable a future increase in both available river flow and in the environmental quality of the water. Such surplus must preferably be used for increasing the capacity of the river network and the recovery of overexploited aquifers, the restoration of deteriorated swamplands and the recovery of riverside forests. Hence the need to establish a joint Sustainable Water Management Plan. Overall objective / Objectif général The main objective of the Individual Project “Hydrosource” is the interchange of experiences between the different public organisations in Portugal, Spain (the Duero River) and Italy (the Po River) with respect to methods aimed at implementing sustainable and joint water management activities. Expected results / Résultats attendus Socio-economic development - Adoption of a sustainable development model to manage river resources. - Creation of employment for women and young people. – Increase interregional cooperation and cultural exchanges. - Improvement of living conditions. - Evaluation of different riverresource aspects and the development of new sustainable activities (environment, culture, patrimony, history, tourism, etc.). Development of individual and collective activities that will enable the appropriate use river water in regional intervention areas. A series of indicators will be used to ascertain the resultant impact: number of activities, number of jobs created, number of river basins recovered, quality of the water etc.
Water producing tree guard: from demonstrator to large scale production

Sponsh aims to be the first company selling a self-watering tree guard to turn barren earth into green lands. 

Sponsh has developed the only hygroscopic temperature-sensitive smart textile in the world that can repeatedly absorb water from the air and releasing it, using natural temperature cycles of day and night. The goal of Sponsh is to provide water from air for 1 billion young trees by 2040 and providing affordable water for everyone. The envisaged innovations of this TreeSponsh project are the chemical product development and testing of the Sponsh’ technology to match manufacturing requirements to be able to scale-up and to enrol the self-watering tree guard in reforestation projects, and afterwards in commercial forestation and arid farming.

In order to execute the TreeSponsh project, Sponsh is in need of a PhD-level interdisciplinary scientist who can work in an international, interdisciplinary company, in an academic and industrial environment. The key added value of the IA for Sponsh is his/her combination of knowledge in material science for substrates (textile) and hydrogels, to develop automation of the manufacturing process of Sponsh’ technology to be able to scale-up and replicate the production line all over the world, thereby de-risking the entire TreeSponsh project and assuring a real delivery of the Sponsh’ technology worldwide.

The SME Innovation Associate mobility programme will support Sponsh to overcome these barriers in accessing scarce skills as it will provide access to a bigger international network and visibility in the international labour market and to be able to screen a large portfolio of international profiles. Additionally, the grant would help to offer a competitive salary, specialized training opportunities, and it will facilitate the execution of 2020 Sponsh employment plan. Importantly, this grant will facilitate the relocation of the IA by reimbursing the costs involved.
New rotation-free finite element shell triangle accurately using geometrical data

Abstract A new triangle shell element is presented. The advantages of this element are threefold: simplicity, generality and geometrical accuracy. The formulation is free from rotation degrees of freedom. The triangle here presented can be used regardless of the mesh topology, thus generality is conserved for any mesh-represented surface. From an original first order approach we evolve to a third order geometric description. The higher degree geometric description is based on the Bezier triangles concept, a very well known geometry in the domain of CAGD [G. Farin, Curves and Surfaces for CAGD. A Practical Guide, fifth ed., Morgan Kaufmann Publishers, San Francisco, CA, 2002]. Using this concept we show the path to reconstruct a general third order interpolating surface using only the three coordinates at each node. This work takes as starting point the nodal implementation of a basic triangle shell element [E. Onate, F. Zarate, Rotation-free triangular plate and shell elements, Int. J. Numer. Methods Engrg. 47 (2000) 557–603]. In order to use an exact formula for the curvature, the normal directions at each node and the way to characterize them are proposed. Then, the geometrical properties and the mechanical behavior of the surface created are introduced. Finally, different examples are presented to depict the versatility and accuracy of the element.
Software components for robust geometry processing

The TITANIUM proposal aims to develop a software demonstrator for geometry processing and 3D urban modeling, in order to facilitate the pre-commercialization of novel software components for the Computational Geometry Algorithms Library. The proposed demonstrator will include novel approaches resulting from the ERC-funded IRON project (‘Robust Geometry Processing’, StG-2010-257474), which are illustrated by publications presented at premier conferences in our field (receiving two best paper awards) and a patent submitted in 2015. The expected outcomes of TITANIUM will be versatile methods for 3D reconstruction and simplification of data gathered from geometric measurements, as well as related methods specifically tailored to urban modeling. These methods represent a significant step forward by offering unrivaled levels of robustness, and automated generation of levels of detail that are semantically meaningful. The acronym TITANIUM, a robust and lightweight material, conveys our wish to streamline the geometric modeling pipeline through robust algorithms and lightweight representations. This Proof of Concept project will also implement the steps required for pre-commercialization. In view of this goal, we have included an industrial partner, GeometryFactory, a spinoff from Inria launched in 2003. We have already established preliminary contacts in the fields of metrology and geographic information systems. These contacts will provide real-world industrial case studies.
LABORATORY CLINICAL ANALYSIS DOTT.SSA GINA, EVELINA COLELLA

DISBURSEMENT OF CONCESSIONS TO FACILITATE THE RECOVERY OF PRODUCTION WITH REFERENCE TO COSTS FOR RAW MATERIALS, SUBSIDIARIES, CONSUMPTION AND GOODS ARTICLE 6 PARAGRAPH 1 LETTER A OF THE NOTICE-COSTS FOR THE ENJOYMENT OF THIRD-PARTY GOODS ART. 6 PARAGRAPH 1 LETTER C OF THE NOTICE, PERSONNEL COSTS ART. 6 PARAGRAPH 1 LETTER D OF THE NOTICE
ANTIMICROBIAL PHOTOREACTIVE COMPOSITION COMPRISING ORGANIC AND INORGANIC MULTIJUNCTION COMPOSITE

Provided is a photoreactive composition comprising a photocatalytic multijunction composite that is photoreactive in ordinary room lighting and comprises at least one photocatalytic heterojunction that is primarily carbon based. The composition further comprises at least one surface-coupling material, optionally at least one additive selected from a charge-transfer augmenting material, a light-capturing augmenting material, an antimicrobial augmenting material(s), or a combination thereof, and a carrier. The composition can be coupled to a surface or embedded in a cationic polymer matrix to form an antimicrobial film that is removable. Further provided is a method of disinfecting a surface comprising applying the photoreactive composition to a surface.
METHOD FOR CREATING A FIBROUS SUBSTANCE SUSPENSION USED FOR PRODUCING A TISSUE WEB OR HYGIENE WEB

The invention relates to a method for creating a fibrous substance suspension used for producing a tissue web or hygiene web, during which the fibers obtained in the fiber suspension are, in an online process, directly loaded with a loading material in the tissue preparation line by a chemical precipitation reaction.
A novel approach to detect respiratory phases from pulmonary acoustic signals using normalised power spectral density and fuzzy inference system

Monitoring respiration is important in several medical applications. One such application is respiratory rate monitoring in patients with sleep apnoea. The respiratory rate in patients with sleep apnoea disorder is irregular compared with the controls. Respiratory phase detection is required for a proper monitoring of respiration in patients with sleep apnoea.To develop a model to detect the respiratory phases present in the pulmonary acoustic signals and to evaluate the performance of the model in detecting the respiratory phases.Normalised averaged power spectral density for each frame and change in normalised averaged power spectral density between the adjacent frames were fuzzified and fuzzy rules were formulated. The fuzzy inference system (FIS) was developed with both Mamdani and Sugeno methods. To evaluate the performance of both Mamdani and Sugeno methods, correlation coefficient and root mean square error (RMSE) were calculated.In the correlation coefficient analysis in evaluating the fuzzy model using Mamdani and Sugeno method, the strength of the correlation was found to be r = 0.9892 and r = 0.9964, respectively. The RMSE for Mamdani and Sugeno methods are RMSE = 0.0853 and RMSE = 0.0817, respectively.The correlation coefficient and the RMSE of the proposed fuzzy models in detecting the respiratory phases reveals that Sugeno method performs better compared with the Mamdani method.
An Application-Oriented Cache Allocation and Prefetching Method for Long-Running Applications in Distributed Storage Systems

Characteristics of long-running applications in cloud and big data environment are various and significantly influence the performance of cache systems. The gap between existing cache systems and the increasing performance requirements motivates us to propose the Application-oriented cache allocation and prefetching method (ACAP) to improve data access performance. An application-oriented cache allocation approach is designed based on hit count growth rates for a higher overall hit rate. Two application-oriented sequential prefetching approaches are proposed to improve the hit rate and prefetching accuracy by learning average read sizes of long-running applications. Based on correlation of data accesses, a parallelized correlated-directed prefetching approach is proposed to further increase the hit rate. Above approaches are intergrated to obtain the maximized hit rate and prefetching accuracy. Experimental results on 12 public real system traces show that ACAP achieves 14.03% (up to 33.82%) higher prefetching accuracy and 2.01% (up to 7.54%) higher hit rate compared with the best combination of baselines.
Befestigungsvorrichtung für Sanitärkeramiken und Befestigungsanordnung

Die Erfindung betrifft eine Befestigungsanordnung (36) mit einer Befestigungsvorrichtung (35) zur Befestigung einer Sanitärkeramik (2), insbesondere eines WC, mit einer an einer Wand (3) befestigbaren Halterung (1), wobei die Halterung (1) einen parallel zur Anlageebene (6) verstellbaren Bolzen (15) aufweist. Um eine derartige Befestigung dahingehend zu verbessern, dass sie keine von oben sichtbare Öffnung in der Sanitärkeramik (2) erfordert, schlägt die Erfindung vor, dass die Befestigungsvorrichtung (35) ein Anlageelement (19) aufweist, das Mittel (27) zum Festlegen in einer Aufnahmeöffnung (20) in einer Wandung (21) der Sanitärkeramik (2) und eine Schrägfläche (34) aufweist, die mit dem Bolzen (15) derart zusammenwirkt, dass die Sanitärkeramik (2) gegen die Wand (3) spannbar ist.