SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Effect of Leaf Area on Rooting of Soft – Wood Cuttings of the Citrus Lemon Variety Meyer

Soft–wood cuttings of the Citrus lemon variety Meyer with different leaf areas were vegetatively propagated under greenhouse conditions, at Deraa Research Station, in 2006 and 2007.
Five treatments were used in the experiment:
* Treatment 1 : cuttings were planted without leaves;
* Treatment 2 : cuttings containing three complete leaves were planted;
*Treatment 3 : cuttings with 50% of the area of the upper two leaves removed were planted; 
*Treatment 4 : cuttings containing 2 terminal leaves were planted;
* Treatment 5 : cuttings with 50% of the area of the upper three leaves removed were planted.
The rooting percentage reached 97.1% after two months for Meyer cuttings treated with 100mg/L IBA for twelve hours, while the rooting percentage for the control was 89.2%.
In the growing of the root and leave groups, the seedlings produced from three complete leaves cuttings had exceeded all the rest of the treatments.The average of the length of the plant have reached 35.1 cm and the sum of the length of the shoots of first and second ranks have reached 53.1 cm.
The number of first rank roots for the plants grown from cuttings containing three leaves were 9.4 roots for the second treatment.
The total length of first rank roots for plants grown from cuttings containing three leaves was 235.4 cm, while it was 125.5 cm in the control.
Leave area of plants originating from cuttings containing three complete leaves was 199.95% higher than the control.
EVAPORATION PANELS FOR THE TREATING OF SEWAGE AND DEVICE AND METHOD FOR THE MANUFACTURING THEREOF

A device for the manufacturing of evaporation panels (1) by drying, comprising feeding means (9) for net portions (21, 22, 23, 24) and it is characterized in that it comprises a first (3) and a second (4) plurality of supporting members, arranged alternated therebetween and being apt to receive alternatively as rest the net portions (21, 22, 23, 24) and a plurality of welding heads (5) , apt to implement the welding of said net portions (21, 22, 23, 24) alternatively at the first (3) and the second (4) plurality of supporting members and in an intermediate position between such supporting members (3, 4) (figure 3A) .
PERAN RESILIENCE DAN QUALITY OF WORK LIFE TERHADAP JOB SATISFACTION

There are several factors that may affect a nurse’s job satisfaction, such as resilience and quality of work life. However, the explanation about how these three variables related is still limited, especially for the nursing profession. The purposes of this research is to examine how the role of resilience and quality of work life in enhancing job satisfaction. The research were conducted using quantitative method, by asking 170 participants to fill in the job satisfaction scale, resilience scale, and quality of work life scale. The participants of this research were female nurses in two private hospitals, who have been working in the hospital more than 1 (one) year. Data were analyzed using the method of moderated regression analysis (MRA) method in the SPSS software program. The results of this research showed that resilience may affect job satisfaction significantly. However, quality of work life isn’t a moderator in the positive relationship among resilience and job satisfaction. Quality of work life played more role as mediating variable between resilience and job satisfaction.
smaRt Energy chains and coMmunIties in the meD Area

REMIDA aims at developing new EE and RES solutions in Mediterranean cities, through the strengthening of the local energy policy and strategy and the promotion of a smart management of energy supply and demand. In particular, REMIDA intends to test and implement new schemes of private-public-people partnerships (PPPPs) to encourage the demand for EE and RES and the development of smart energy chains and communities. To achieve these objectives, REMIDA identifies methods&strategies, analyses and exchanges experiences on smart cities, increases capacities of administrations on EE and RES theme. In particular, REMIDA starts with a detailed assessment of the energy systems in the target areas to outline a clear framework for the next actions. Then, existing initiatives and case studies at transnational level about EE and RES in smart cities are evaluated to emphasize different aspects of the experiences(PPPs,communities,EE/RES in urban planning) links with main European initiatives is activated and a capacity building action is carried out both at transnational and local level. As finishing line, the sustainable energy action plan is delivered, representing the strategic tool encouraging the transition process towards -smart energy cities-�. The transition process is activated and sustained by new public-private-people partnership schemes (PPPPs) representing a core element of the smart energy communities/chains, inspired by the living labs models. The PPPPs can be considered a model of cooperation allowing for the implementation of the SEAPs and are a common key feature of the pilot actions. The pilot activities are the start up of the new smart energy communities/chains and of the SEAP/SEP: one of the priority/subpriority identified in SEAP/SEP is selected, accompanied by the partnership to find the best solution of PPPP for that priority and to be -ready to investment-�. Last, a final review evaluating the pilot activities and highlighting the lessons learnt is realized to provide operational recommendations for MED cities. Actions produce the following main results: adoption or integration of SEAPs/SEPs by the local administrations involved creation of smart energy communities and chains by PPPPs and recommendations to manage this process introduction of PPPPs models in the strategic planning on local energy and other development policies Operational/investment assessments on EE and RES as first step of further larger investments improved capacities in local administration on -smart energy systems-� and how to implement/manage them. The transnational dimension is a key element of the project: involved areas have the common need to develop smart energy systems,start from different level of institutional and technical experiences,partners boast and share complementary skills. Those conditions and the transnational working method generate pivotal synergies on the development of the project and stimulate solutions not reachable at local level.
Accountable Health Care Service Provisioning in the Cloud

Cloud computing has received a great deal of attention during the past few years. However, processing data remotely in unknown systems creates a number of challenges related to data privacy and security, which may hinder the adoption of cloud technology in, for example, the health care domain. This paper presents results from the ongoing EU FP7 research project, which aims to provide mechanism and tools to enable organisations involved in cloud service delivery chains to act as responsible stewards for the personal data that they process. We outline a number of accountability obligations that will arise in a health care scenario and explain how the project results can be used to meet these challenges.
GAMMA VOLTAGE CONTROLLER, GRADATION VOLTAGE GENERATOR AND DISPLAY DEVICE HAVING THE SAME

A gamma voltage controller includes a gamma distribution unit that generates a plurality of voltages by performing voltage divisions between a first gradation voltage and a N(th) gradation voltage, a gamma selection unit having first through M(th) gamma selectors that respectively select first through M(th) gamma voltages among the plurality of voltages, a gamma buffer unit that changes inflection points of the gamma curve, and buffers the first through M(th) gamma voltages to output buffered first through M(th) gamma voltages, and a gradation distribution unit that generates second through N-1(th) gradation voltages by performing voltage divisions among the buffered first through M(th) gamma voltages. Each of the buffers includes a feedback loop, and some of the buffers change inflection points of the gamma curve.
The Prehistory of Serendipity, from Bacon to Walpole

During the past four decades there has developed a burgeoning literature on the concept of serendipity, the name for sudden insights or conceptual breakthroughs that occur by chance or accident. Studies repeatedly note that it was Horace Walpole, the eighteenth-century man of letters, who coined the word. None of them, however, notice that Walpole's term is itself indebted to a much older tradition, invoking a formula developed by Francis Bacon. Recovering the prehistory of the term suggests that "serendipity," rather than being a name for a special mode of discovery invented by Walpole, has all along accompanied empiricism as the name for an essential gap in its epistemology. Serendipity bears directly on the "induction problem," or what has more recently been called the "conceptual leap." Though Walpole gave it its current name, versions of the concept have all along isolated a critical gap in the method of the sciences inaugurated by Bacon.
ALTATENSIONE S.N.C. DI VALENTINA BERTAMINO & C.

ALTATENSIONE E' UNA SOCIETA' CHE SI OCCUPA DI OFFRIRE CONSULENZA IN AMBITO INFORMATICO, IN PARTICOLARE SULLA GESTIONE DELLE RETI E SUI SISTEMI DI VIDEO SORVEGLIANZA. SIAMO UNA AZIENDA CHE SI OCCUPA DI DISTRIBUZIONE DI SOLUZIONI PER LA SICUREZZA, PER IL VIDEOCONTROLLO E PER LE RETI DATI. LA SOCIETA' EROGA CONSULENZA IN MATERIA DI SICUREZZA ELETTRONICA ED INFORMATICA NONCHE' SULLE RETI IP FRA ARTIGIANI E COMMERCIANTI DELLA NOSTRA CLIENTELA . L'ATTIVITA' SI COMPLETA CON ATTIVITA' DI MANUTENZIONE ED INSTALLAZIONE DI RETI LAN E SISTEMI DI VIDEOSORVEGLIANZA.
Measuring New Public Management at the Local Level: Experiences from EU Cities

Economic globalization, growingly differentiated and unstable markets, fiscal crises in light of increasing public expenditure are the elements of an uncertain future for local communities. Local communities are captured between the local service provision demands and the global market of local communities that compete for investors. In the context of this ever demanding environment the functions of local administration should be reformed. The article presents the specifics of local management and alongside its reform process under the principles of new public management. The empirical part of the article explains the findings of an extensive study of local administrations in the European Union and their reforms with implications that show the effects of reformed local administration on the economic performance of the local community.
ÖLABLENKER

Ein Ölablenker umfasst eine Segmentanordnung, die sich radial von einem Hülsenabschnitt erstreckt, der eine Längsachse ausbildet und zum Anbringen an einer Welle ausgelegt ist. Die Segmentanordnung umfasst mehrere Segmente, die relativ zu der Längsachse umlaufend angeordnet sind, und bildet mindestens ein Ölumlenkmerkmal aus, das ausgelegt ist, um eine Druckdifferenz nahe der Segmentanordnung oder über einer Oberfläche der Segmentanordnung während Drehung des Ölablenkers um die Längsachse zu erzeugen. Die Segmentanordnung kann ein Ölumlenkmerkmal ausbilden, das als radial verjüngte periphere Oberfläche, eine axial geneigte kranzförmige Oberfläche, mindestens ein Schlitz, der relativ zu einer kranzförmigen Oberfläche der Anordnung geneigt ist, und/oder eine Kombination dieser ausgelegt ist, die ausgelegt sind, um bei Einsatz während Drehung durch die Welle Öl axial und/oder radial von dem Ölablenker umzulenken.
Entwicklung von MED-LASER durch Einführung innovativer Dienstleistungen

Das Hauptziel des Projekts ist die Durchführung von Forschungs- und Entwicklungsarbeiten durch die nichtöffentliche Abteilung für Gesundheitswesen MED-LASER Dermatologie, die zu einer Steigerung der Wettbewerbsfähigkeit des Unternehmens auf dem internationalen Markt führen wird. Als Ergebnis des Projekts wird der Antragsteller die Ergebnisse der Forschung und Entwicklung im Zusammenhang mit der Behandlung von Alopezie-Plaque mit der Entfernung von Narben mit dem Einsatz modernster Geräte umsetzen. Im Rahmen des Projekts beabsichtigt der Antragsteller, innovative Lasergeräte zu kaufen, die eine effektivere Behandlung von Hautkrankheiten ermöglichen. Dies führt zu einer Steigerung der Wirksamkeit der vom Antragsteller angebotenen medizinischen Leistungen. Im Rahmen des Projekts beabsichtigt der Antragsteller, den Behandlungsraum mit innovativen Geräten auszustatten, mit denen er das Angebot verbesserter Dienstleistungen im Bereich der Behandlung von Alopezie einführen wird, die es ermöglichen, den Bedürfnissen der Patienten gerecht zu werden. Zielgruppe der Antragsteller sind Patienten aus der Woiwodschaft Lubelskie und aus anderen Woiwodschaften. Als Ergebnis des Projekts wird der Antragsteller dem Angebot einen verbesserten Service vorstellen, der in der Behandlung von Alopezie besteht. Dank der Umsetzung des Projekts plant das Unternehmen, die Beschäftigung von hochqualifizierten Mitarbeitern um 1 Vollzeit zu erhöhen, 1 Produktinnovation auf dem internationalen Markt einzuführen, 1 Prozessinnovation auf dem internationalen Markt und nicht-technologische Innovation.
FULL WALL ELEMENT OF CEMENT STABILISED WOOD WOOL

Construction elements for walls comprising cement-bound wood wool with chases arranged in the upper edge and along the sides. The construction elements are manufactured of a mixture of wood wool, cement and water, with a weight ratio between wood wool and cement of 1:1.88 and 1:1.92, which is cast in steel moulds. The finished elements have a density of 200-300 kg/m3. A construction system for small buildings comprises the above-described construction elements, which are laterally joined with vertical, concrete columns moulded on site as well as a horizontal ring beam which is cast on site in the upper edge of the element. The elements are placed on the bedding with aid of a guiding rail made by perforated plate and are attached using plaster. The rafters are anchored in a capping piece by aid of angle steel.
INVERTER APPARATUS AND INVERTER SYSTEM

According to one embodiment, an inverter apparatus includes a power conversion unit, a wireless communication unit and a control unit. The power conversion unit converts input power that is one of DC power and AC power into AC output power. The wireless communication unit wirelessly receives a first synchronization signal. The control unit controls a phase of the output power based on the first synchronization signal.
Control of impulsive action

Adaptive behaviour is typically attributed to an executive-control system that allows people to regulate impulsive actions and to fulfil long-term goals instead. Failures to regulate impulsive actions have been associated with a variety of clinical and behavioural disorders. Therefore, establishing a good understanding of impulse-control mechanisms and how to improve them could be hugely beneficial for both individuals and society at large. Yet many fundamental questions remain unanswered. This stems from a narrow focus on reactive inhibitory control and well-practiced actions. To make significant progress, we need to develop new models that integrate different aspects of impulsive action and executive control. The proposed research program aims to answer five fundamental questions. (1) Can novel impulsive actions arise during task-preparation stages?; (2) What is the role of negative emotions in the origin and control of impulsive actions?; (3) How does learning modulate impulsive behaviour?; (4) When are impulsive actions (dys)functional?; and (5) How is variation in state impulsivity associated with trait impulsivity? 
To answer these questions, we will use carefully designed behavioural paradigms, cognitive neuroscience techniques (TMS & EEG), physiological measures (e.g. facial EMG), and mathematical modelling of decision-making to specify the origin and control of impulsive actions. Our ultimate goal is to transform the impulsive action field by replacing the currently dominant ‘inhibitory control’ models of impulsive action with detailed multifaceted models that can explain impulsivity and control across time and space. Developing a new behavioural model of impulsive action will also contribute to a better understanding of the causes of individual differences in impulsivity and the many disorders associated with impulse-control deficits.
Developing the university of tartu to a well-networked patient safety research center in estonia

Patient safety is a serious global public health problem affecting all countries. Estimates show that 1/10 patients are harmed during hospital care resulting in 23 million disability-adjusted life years lost per year. Research advancement is emphasized by all expert groups as a key precondition for safer care . The PATSAFE project will enhance Institute of Clinical Medicine of the University of Tartu (ICM-UT) research potential and capacities in patient safety in order to improve and strengthen knowledge and skills in methods, techniques and experience for patient safety research. Strategic partnership with Avedis Donabedian Foundation (FAD) from Spain and IQ Healthcare (IQ-HC) from The Netherlands, both international leaders in patient safety research, enables developing a long-lasting knowledge exchange alliance allowing ICM-UT to capitalise on its current achievements and to overcome gaps in scientific excellence in the field of patient safety research.
To deliver maximum impact on the scientific excellence of ICM-UT and to contribute to the long-term sustainability of its research activities, the twining activities will:
•	Strengthen and raise the research profile of the ICM-UT academic staff and early stage researchers (ESRs), by implementing the hands-on training on the methods, techniques and experience in patient safety research;
•	Encourage the active participation of ESRs in patient safety research by increase their soft skills, to ensure the continuity and sustainability of patient safety research in ICM-UT;
•	Develop the research strategy on patient safety and establish the Estonian Patient Safety Research Network for the long-term sustainability of patient safety research in Estonia.
To implement these activities, PATSAFE foresees a comprehensive strategy consisting of knowledge exchange (training materials, seminars, staff visits), soft research skills capacity building, strategic planning and strong dissemination and exploitation efforts.
Artificial intelligence roadmap for policing and law enforcement

ALIGNER aims to bring together European actors concerned with Artificial Intelligence, Law Enforcement, and Policing to collectively identify and discuss needs for paving the way for a more secure Europe in which Artificial Intelligence supports LEAs while simultaneously empowering, benefit-ing, and protecting the public.
To achieve this, ALIGNER will (1) Facilitate communication and cooperation between actors from law enforcement, policing, policy-making, research, industry, and civil society about the changing dynamics of crime patterns relevant to the use of AI by establishing a workshop series; (2) Identify the capability enhancement needs of European LEAs; (3) Identify, assess, and validate AI technologies with potential for LEA capability enhancement by implementing a technology watch process that includes impact and risk assessments; (4) Identify ethical, societal, and legal implications of the use of AI in law enforcement; (5) Identify means and methods for preventing the criminal use of AI via the development of a taxonomy of AI-supported crime; (6) Identify policy and research needs related to the use of AI in law enforcement by mapping practitioner needs and emerging crime patterns with identified AI technologies; and (7) Employ the gathered insights in order to incrementally develop and maintain an AI research roadmap.
ALIGNER ensure that project results are applicable and relevant by not only including three LEA organisations as full partners of the project, but also establishing two external advisory boards, one for LEA practitioners and one for researchers, industry professionals, ethicists, and civil society. The members of these boards will build the core stakeholders participating at ALIGNER workshops.
Suspension environment for cell culture

Large-scale production of cells is essential for basic research, disease modelling and drug testing. However, scalability and standardization in cellular manufacturing are still major challenges: when large numbers of cells are required, conventional two-dimensional (2D) culture strategies, mainly based on manual, space- and labour-intensive interventions, are practically and financially unsustainable. Dynamic suspension allows large-scale production of cells, but current solutions on the market suffer from limitations in terms of cells damaging and potential contamination (stirred tank bioreactors) or high cost and complexity (rotating bioreactors). The SUSPENCE solution is a microgravity perfusion bioreactor, a highly innovative technological system that keeps cells in suspension in the culture chamber, allowing them to grow and reach maturity in dynamic conditions with no rotation mechanism or moving parts. SUSPENCE benefits have been confirmed by explanatory morphological and biological tests carried out on an in vitro cell culture. SUSPENCE advantages on competing solutions are: less cell damage, more easy-to-use, increased productivity, better monitoring and control and reduced operation costs. The design of SUSPENCE bioreactor is protected by an international patent application. The target users are research labs and red-biotech firms and; the market size has been estimated in over 6.000 potential customers in EU. Commercialization will start on the Italian market in 20 months from the start of the project, after pre-commercial pilots and industrialization, to expand on the EU market in 36 months and to reach the global market in month 48, after release of larger capacity devices. Forecast revenues are 9 M€/year in the 3rd year of commercialisation. The total financial requirement amounts to about 2.5 M€, with an IRR of 74%. SUSPENCE received thrice the “Seal of Excellence” by European Commission in 2018 (deadline of May, September, November).
A Novel Approach to Extract Important Keywords from Documents Applying Latent Semantic Analysis

Keywords extraction is one of the significant fields in natural language processing. The main aspect of this process is to retrieve a set of important terms that represent the core information of a document in details, which is directly related to the document context. In this research, an original approach is presented for keywords extraction technique, which is based on semantic relation. A semantic relation is a model to show the similarity between two or more terms in semantically, which is indicating the relation between words to words in a sentence as well as with the other sentences. This system extracts a specific number of key terms from documents to identify the core content of a text. The datasets are collected from different sources such as books, journals, newspapers etc. Support vector machine, Logistic regression, PAT-tree, word co-occurrences and some other well-known techniques from machine learning and statistical approach has been used to extract keywords. This system shows modified semantic relation approach gives an accuracy of 77.6% precision and 84.3% recall for selected datasets. However, we have found out that this model shows a better result than some conventional approach that has been applied in this field such as position weight and term frequency. Additionally, in this system term frequency, stemming, POS tagging, stop words, and n-grams play an important role to extract keywords from documents.
Alkylphenol disulfonates of improved color by neutralizing with strong caustic

Alkylphenol disulfonates of improved color are provided by neutralizing alkylphenol disulfonic acid with aqueous solutions of alkali metal hydroxides having a base content of at least 30% by weight.