SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
SUPPORTO ALLE PMI DEL SETTORE TURISTICO CHE SVOLGONO ATTIVITA' DI AGENZIE DI VIAGGIO E TURISMO COLPITE DELL'EMERGENZA EPIDEMIOLOGICA DA COVID-19

SUPPORTO ALLE PMI DEL SETTORE TURISTICO CHE SVOLGONO ATTIVITA' DI AGENZIE DI VIAGGIO E TURISMO COLPITE DELL'EMERGENZA EPIDEMIOLOGICA DA COVID-19
Evaluation of Policy Processing System Using Extended UTAUT Method at General Insurance Company

Company realizes the importance of using technology in business process to improve performance and to improve quality of services for client. Therefore, the company implements the policy processing system. To determine the level of employee acceptance of the system and to improve the use of policy processing system, an evaluation of the system with extended UTAUT method is required. Extended UTAUT method use UTAUT method as a basic model and add two variables which are variable vendor support and management effectiveness. The proposed model use effort expectancy, performance expectancy, facilitating condition, social influence, behavior intention, use behavior variable (UTAUT method), vendor support and management effectiveness as additional variable. This study aims are to determine the effect of effort expectancy, performance expectancy, management effectiveness, and social influence variable on behavior intention of policy processing system. Other purposes are to know whether use behavior is affected by vendor support, facilitating condition and behavior intention variable in policy processing system. Data collection was used survey method by using questionnaire. The subject / sample are employees who use policy processing system at general insurance company in underwriting, marketing and reinsurance department which total are 180 employees. Data analysis was using software SmartPLS2. The result of data analysis show that social influence is the most significant variable that affecting behavior intention (0.408) and management effectiveness does not affect behavior intention. Performance expectancy (0.258), effort expectancy (0.398) affects behavior intention. The result also shows that behavior intention (0.671), facilitating condition (0.222) and vendor support (0.142) affect the use behavior
The inclusion–exclusion principle for L-states and IF-events

The principle of inclusion and exclusion for classical sets belongs to the very well-known theorems of combinatorics and probability theory. With the appearance of fuzzy sets and their generalizations it is natural to ask if this principle holds for them as well. It turns out that this is true e.g. for IF-events, which include fuzzy sets as a special case, as it was shown in [8]. In contrast to the mentioned paper we work with L-states and with a wider set of probabilities. As a consequence of this approach we obtain another method for proving the inclusion-exclusion principle for IF-sets.
Effects of Nordic walking on pelvis motion and muscle activities around the hip joints of adults with hip osteoarthritis

[Purpose] Increased compensatory pelvic movement is remarkable in limping patients with hip osteoarthritis (OA). However, a method of improving limping has not been established. The purpose of this study was to identify the effects of two types of Nordic walking by analyzing the pelvic movement and muscle activities of adults with hip OA. [Subjects and Methods] Ten patients with OA of the hip performed Japanese-style Nordic walking (JS NW), European-style Nordic walking (ES NW), and Ordinary walking (OW), and the muscle activities around the hip joint and pelvic movements were analyzed. [Results] The pelvic rotation angle was significantly larger in ES NW than in JS NW. In the stance phase, hip abductor muscle activity was significantly decreased in JS NW compared to both OW and ES NW. In the swing phase, rectus abdominis muscle activity was significantly increased in both JS NW and ES NW compared to OW and lumbar erector spinae activity was significantly lower in JS NW than in OW. [Conclusion] JS NW style may reduce the compensatory pelvic rotation in patients with hip OA. JS NW might be better for joint protection and prevention of secondary disorders of the hip in OA patients.
Farmers&rsquo; Cohort for Agricultural Work-Related Musculoskeletal Disorders (FARM) Study: Study Design, Methods, and Baseline Characteristics of Enrolled Subjects

The ongoing Farmers' Cohort for Agricultural Work-related Musculoskeletal Disorders (FARM) study was developed to evaluate health status and related factors in farmers.Farmers in Kangwon Province, South Korea, were recruited. Baseline characteristics were determined using questionnaires about sociodemographic and health characteristics and agricultural work-related factors. In addition, laboratory examinations (lumbar spinal radiography and serologic testing) were conducted.The FARM study covers eight rural areas and recruited 1013 subjects (534 women; mean [standard deviation {SD}] age, 57.2 [7.5] years). Musculoskeletal pain in multiple areas was reported by 925 subjects (91.3%), and low back pain (63.8%) was the most frequent site of pain. Farmer's Stress Inventory (mean [SD], 77.7 [10.2]; range, 28-112] and subjective stress index (mean [SD], 5.3 [2.4]; range, 0-10) were above median scale values, reflecting a stressful condition, while the EuroQol-5D-3L index and the EuroQol-Visual Analog Scale scores were high (mean [SD], 0.9 [0.1]; range -0.171-1 and mean [SD], 67.7 [18.7]; range 0-100, respectively), reflecting good life quality. In total, 53% of participants had worked in farming for more than 30 years, and workers involved in dry-field farming comprised the largest subgroup (41.5%). Most participants (94.3%) had no more than a high school education, and families with annual income below 20 million won constituted the largest subgroup (36.3%).The FARM study may provide data on the current health status and related sociodemographic and agricultural work-related risk factors in Korean farmers, with the goal of providing a scientific basis for developing coping interventions and preventive strategies.
Reduce-Retain-Reuse-Restore Technology for Controlling the Agricultural Non-point Pollution in Countryside in China: Source Reduction Technology

Due to the high dispersion of pollution source,spatial and temporal uncertainty of pollution emissions,source reduction technology become very important for non-point pollution control.In this paper,based on the authors' existing work,the source reduction technology was summarized and classified in accordance with the technical principles.Source reduction of non-point pollution can be achieved by reducing the fertilizer uses or the discharges.Fertilizer reduction could be achieved by using nitrogen optimizing based on the target yield and N-yield responsive curves,site-specific N management,balanced fertilization,organic combined inorganic fertilization,control-released fertilizer,or altering the crop systems with legumes.To reduce the discharges from agricultural fields,water regimes should be optimized,such as integrated water and fertilizer technology for dry lands,water-saving irrigation for paddy field,and conservation tillage for sloping lands.The adoption of source reduction technology for non-point pollution control should according to the regional environment characteristics and local conditions,and take into account the crop yield and economic benefits simultaneously.The future development of source reduction technology should focused on the labor-saving and cost-saving,and towards the intelligent and mechanization.In order to realize the maximum pollution reduction,ecological retain technology and nutrients reuse technology should be assembled together with the resource reduction technology.
Interregional Innovative Services Sector Network of Excellence

Services sector enterprises are in most cases SME (very often small and very small scaled enterprises) with a great potential to act flexibly and innovatively and to be the backbone of the regional innovation process. In many cases this potential remains unused in terms of transformation into sustainable development and economic growth, creation of new products, new employment and internationalisation possibilities. The project aims at strengthening relationships between companies, administrations, innovation and development organisations and research institutions in the participating regions and finally fostering spatial integration by establishing and intensifying co-operation between these actors. There is a special focus on small and medium sized enterprises in the innovative services sector. InServNet addresses the shortfall in the collaboration potential of services sector SME by aiming at the elaboration of guidelines for regional and interregional innovation and for the support of these innovation processes. The goal is to support the establishment of transnational, organisational and technological linkages between industries, SME, the regional innovation system, stakeholders and regional/ national administrative bodies.
New twin floating platform for offshore wind turbines

""Wind power has established itself in recent years as a clean alternative to conventional sources of electrical generation.
Reduced costs and further technical development led to the deployment in the sea over the past decade. Offhsore, the wind resource is higher and more constant, allowing higher unitary power turbines operate a higher yield. However, the marine environment also imposes a number of constraints and challenges. Current technologies are fixed to the seabed, using different types of foundations, howere most of wind resources are located in deeper waters, where floating solutions are needed.
Because of their initial higher costs, these solutions are still under development, with only a few prototypes installed worldwide. Nowadays, the challenge is to reduce the costs of floating wind turbine structures which enable the access to a much larger energy potential that the one available in land and more easily manageable.
The aim of the SATH project is the demonstration in real conditions of a floating structure for offshore wind which will allow a reduction in LCOE (Levelized Cost Of Energy) over the current floating technology. 
The SATH solution is a platform that consists of two cylindrical floats (of prestressed reinforced concrete) which can be manufactured onshore and transported and positioned at the final location in a single mooring point allowing the rotation of the platform on itself, self-aligning with the wind direction.""
METHOD FOR THE DATA TRANSMISSION FROM AN EMITTER TO A RECEIVER IN AN AC VOLTAGE NETWORK AND DATA TRANSMISSION DEVICE FOR AC VOLTAGE NETWORKS

The invention relates to a method for the data transmission from an emitter (1) to a receiver (2) in an AC voltage network, comprising a distributor (3) and at least one user group (4) with one or several users (5), wherein the emitter (1) feeds a signal to the AC voltage network by means of a power source (6).
Espaço, lugar e território no cinema

Resumo Em um contexto em que tanto os estudos cinematográficos quanto cineastas de estilos variados conferem importância crescente à dimensão espacial dos filmes, este estudo propõe uma forma singular de enxergar as noções de espaço, lugar e território no campo do cinema. O intuito é não somente evitar mal-entendidos, mas sobretudo dar sustentação conceitual à elaboração de operadores analíticos mais específicos àquilo que se deseja estudar na espacialidade de uma obra cinematográfica.
Cooperation for development 

This initiative aims at meeting a number of interconnected needs, expressed repeatedly by operators and entities engaged in cooperation and assistance projects abroad. Government institutions cannot rely any longer simply on the good will and pro-activeness of operators in the field of cooperation, they need more qualified personnel, who would ensure a more structured approach towards the planning and management of actions in the field of cooperation for development, particularly in South-Eastern Europe. The growing diversification of the type of institutions involved in cooperation for development activities is reflected in the various initiatives and projects. In addition to the traditional subjects involved - international governmental and non-governmental institutions, national and international - local bodies have appeared on the scene of Decentralised Cooperation. It becomes therefore essential to train personnel with a wide range of skills spanning from the national legal, institutional and historical context, with all its regional intricacies, to the international, with a variety of scenarios. The course, targeting unemployed subjects in the eligible Programme area, intends to train operators who will work in bodies engaged in the field of cooperation and active in South Eastern European Countries, who will be able to work both in the public and private sector, at local and international level.
Accounting for heterogeneity of phenotypic variance in Iranian Holstein test-day milk yield records

First lactation milk yield data consisting of 1,576,102 test-day records for 221,862 Iranian Holstein cows having lactations between 1983 and 2008 were used to study the existence and effect of heterogeneity of variance (HOV) on estimated breeding values and the performance of random regression models (RRMs) with different orders of fit. A pre-correction method based on phenotypic variance, assuming equal heritability for different levels of herd-test date classes and a genetic correlation of one between them, was used to correct for HOV. RRMs with Legendre polynomial functions were used to analyze adjusted and unadjusted records. Some re-ranking of animals occurred from the adjustment, but the correction method only had slight effects on the overall ranking and rank correlations of animals. Data correction had considerable effects on top animals, such that 10% and 17% of top sires and dams, respectively, were replaced from the list of top 1% animals when compared to the homogeneous variance scenario. Application of the adjustment method resulted in slightly higher heritabilities, which may be due to the more accurate estimation of additive genetic effects when HOV is considered. An index consisting of different comparison criteria was used to investigate the effect of HOV on fitting orders of Legendre polynomials and to compare RRMs. In general, the rank of models was improved by increasing the order of fit, but models with smaller orders of fit and correction for HOV performed better than models with higher orders of fit without correction for variance heterogeneity. The results of this research indicate that the accuracy of estimated breeding values may be increased and the genetic progress of the herds could be affected by accounting for HOV as part of genetic evaluations in Iran.
Electronics cooling with onboard conformal encapsulation

A new technology for onboard liquid cooling of high power density electronic devices is introduced via conformal encapsulation of the devices and direct contact liquid cooling. This research effort addresses size, weight and power constraints of onboard application with a CFD-enabled design that delivers a uniform coolant flow over single- and multi-device layouts through a microgap channel. The paradigm shift is the replacement of inefficient remote air cooling and associated high resistance conduction paths with the use of microgap flow boiling with direct coolant contact at the device level. The coolant used in all measurements is Novec™ 7200, and the electronics are emulated with resistance heaters on a 1∶1 scale. Thermal performance is demonstrated at power densities on the order of 1 KW/cm3. Parameters investigated include average device temperature, pressure drop, flow field characterization, and overall heat transfer coefficients. For single chip encapsulation, thermal-fluid performance with microgaps of 0.25, 0.5 and 0.75 mm is determined. With low coolant inlet subcooling, two-phase heat transfer is seen at all coolant mass flows. Device temperatures reach 95 °C for power dissipation of 50 – 80 W depending on coolant flow for a gap of 0.5 mm. Inlet subcooling of 25 and 51 °C permits higher power dissipation with nucleate flow boiling on the device surface. For multi-device encapsulation comprising two memory chips arranged symmetrically in line with a larger processor, the best thermal performance is obtained for inlet flow over the processor. For all measurements, the gap between the processor and encapsulation is 0.5 mm, and the gap above the memory chips is 1.0 mm. For inlet coolant flow first over the memory chips, the small chips exceed the 95°C limit when processor power is ∼50 W or less. Processor temperature reaches 95 °C at ∼80 W over the range of coolant flows tested. For inlet flow first over the processor, memory device temperatures are approximately the same over all levels of processor and memory chip powers. For processor power 40 W, two-phase heat transfer dominates, and a processor power of 120 W is reached within the 95 °C threshold.
Unrecognized clozapine-related constipation leading to fatal intra-abdominal sepsis &ndash; a case report

Clozapine is the preferred antipsychotic used for the treatment of resistant schizophrenia with suicidal ideation. The drug is started at a low dose and gradually increased to a target dose of 300-450 mg/day. It is well known to cause agranulocytosis and neutropenia. Several cases of fatal sepsis have been reported in neutropenic patients and emphasis is placed on monitoring for agranulocytosis; however, clozapine also causes intestinal hypomotility and constipation, which if unrecognized can lead to intestinal obstruction, bowel necrosis, and intra-abdominal sepsis. Reduced behavioral pain reactivity in schizophrenics may alter the ability to express pain, potentially leading to a delay in the presentation for medical attention. We report a case of fatal intra-abdominal sepsis secondary to an unrecognized case of clozapine-related constipation.
Assessing the Impact of a Realistic Radio Propagation Model on VANET Scenarios Using Real Maps

Research in Vehicular Ad hoc Networks (VANETs) has found in simulation the most useful method to test new algorithms and techniques. This is mainly due to the high cost of deploying such systems in real scenarios. However, when determining the factors that should be taken into account in these simulations, some features such as using real topologies, radio signal absorption due to obstacles and channel access are rarely included, and therefore, results obtained are far from being realistic. In this paper, we present a new Radio Propagation Model (RPM), called Real Attenuation and Visibility (RAV), proposed to simulate more realistically both attenuation of wireless signals (signal power loss) and the radio visibility scheme (presence of obstacles interfering with the signal path). We evaluated this model and compared it against existing RPMs using real scenarios. Simulation results confirmed that our proposed RAV scheme can better reflect realistic scenarios.
Inorganic-inorganic composite material and method for producing the same

Process for producing an inorganic-inorganic composite material, in which an open-pore, crystalline oxide ceramic shaped part is produced from an oxide ceramic powder or a powder of an oxide ceramic mixture after shape-imparting processing and presintering, an infiltration substance is applied to this shaped part in vacuo and at room temperature, and the oxide ceramic is sintered in a densifying manner under an air atmosphere and at ambient pressure to form an inorganic-inorganic composite material.
Increasing ROLMET’s competitiveness by developing a design strategy

The project concerns the implementation of an individual design audit service consisting of particular of the analysis of the applicant’s activity in terms of its potential and design needs, and then developing a design strategy (a audit report containing recommendations for further actions). The audit will include, among others, a model analysis of the Ordering Party: — in terms of product offer, – in terms of business model, – in the field of technology, – in terms of organizational structure, – in the field of communication processes, – in terms of marketing strategy, – in terms of definition and characteristics of customers and competition, and key in the context of the Employer’s trade trends, – in the field of design management, – an analysis of the offer in terms of the use of design and market potential of the Employer. On the basis of the audit, a design strategy will be formulated, including recommendations and guidelines for the company to exploit the potential of design for the development and growth of the company’s competitiveness. The entity responsible for the audit is Soul & Mind Group Sp. z o.o. with extensive experience in conducting design audits in various sectors of the economy, including the applicant’s industry. 5 experts were appointed to carry out the audit – descriptions of each expert’s experience were included in the further part of the proposal.
Stress Mitigation of Conventional Water Resources in Water-Scarce Areas Through the Use of Renewable Energy Powered Desalination Plants: An Application to the Canary Islands

Securing water in a water-scarce environment is a key objective for the society development. Once it is analyzed how a specific energy plan at large-scale deployed might provide a sustainable way to face and palliate the water stress through a smart WEF nexus management, it become interesting to investigate how this approach affects to a small region. Focusing in a region with the mentioned problems concerning to water scarcity, electricity generation characteristics, and specific characteristics of population, consumption patterns.
Dark matter–radiation interactions: the structure of Milky Way satellite galaxies

In the thermal dark matter (DM) paradigm, primordial interactions between DM and Standard Model particles are responsible for the observed DM relic density. In Boehm et al. (2014), we showed that weak-strength interactions between DM and radiation (photons or neutrinos) can erase small-scale density fluctuations, leading to a suppression of the matter power spectrum compared to the collisionless cold DM (CDM) model. This results in fewer DM subhaloes within Milky Way-like DM haloes, implying a reduction in the abundance of satellite galaxies. Here we use very high resolution N-body simulations to measure the dynamics of these subhaloes. We find that when interactions are included, the largest subhaloes are less concentrated than their counterparts in the collisionless CDM model and have rotation curves that match observational data, providing a new solution to the "too big to fail" problem.