SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Restoring traditional merchandise as a way to survive, revitalise trade and promotion and introduce modern forms of sale of Warmia and Mazury products

The scope of the project includes: 1) Establishment of a sales and storage and office hall. 2) Equipment of the hall – including the system of shelves and equipment 3) Office equipment, including, among others, necessary furniture, office equipment, intangible assets. The project aims to restore traditional merchandise as a way to survive, revitalise trade and promotion through the introduction of modern forms of sale of products from Warmia and Mazury. The profession of merchant and merchant craftsman was one of the oldest professional groups in the lands of today’s Warmia and Mazury as early as the formation of the Teutonic Order. It was the trade between the urban and rural populations, craftsmen, bourgeoises and peasants, as well as local and foreigners from various parts of Europe, which was the basis for the formation of the Prussian state, from which the present region of Warmia and Masuria draws its heritage. This active participation of merchants in the social life of the emerging statehood and their significant role in the economic development of the region – has become a determinant of the creation of an urban network that is still ongoing to this day, in virtually unchanged form. Economic historians agree that the economic activity of merchants, supported by regulations of local law, constituted the flywheel not only of the organisation of the city network in Warmia (and then to a limited extent also Masuria), but also the formation of modern statehood, which was first at the foundation of wealth and then the emancipation of the Prussian district. The project fits into the assumptions set out in the SzOOP RPO WiM for Priority Axis I (target tem). 3) since its implementation will create a competitive advantage for the company based on the economic heritage of the region. This heritage will be based on the unique offer of the Applicant, a product innovation on the company scale, and marketing innovations will also be implemented.
Evaluation of Environmental Effect of Shiroro Hydropower Dam on the Downstream Communities of Shiroro Local Government Area, Niger State, Nigeria

This study evaluates the environmental effect of Shiroro hydropower dam on the downstream communities. The main objective of this study is to investigate the environmental effects of Shiroro hydropower dam on the downstream communities. A suitable conceptual framework was formulated and obtained data on the environmental impacts of dam on downstream communities, followed by a comprehensive literature review for viable information on the study. Three communities were used as case studies and quantitative method was  used as an appropriate research paradigm such as structured questionnaire survey (with predominantly quantitative questions) and  relevant data was obtained from the study area. Subsequently the data was analysed using descriptive, factor analysis and Kruskal-Wallis test as well construct reliability and validity analysis. From a broad range of environmental impacts, core environmental impacts were determined. The core impacts include changes in riparian vegetation, changes in river water quality, changes to channel shape and changes in floodplains among others. Similarly, control techniques were identified to lessen the effect of the impact and the result revealed that watershed management, water pollution control, management of water releases, fishing regulation, fish hatcheries and fish passage facilities were the core control techniques. The result of Kruskal-Wallis test revealed that majority of the environmental impacts affecting the communities under study is significantly and statistically different while the Cronbach alpha for internal consistencies of the constructs of the questionnaire was 0.745, hence high enough for generalising the result. Keywords: Environment, Effects, Hydroelectric, Dam, Downstream DOI : 10.7176/JEES/9-3-11 Publication date :March 31 st 2019
CUTTING INSERT FOR MACHINING WORKPIECES AND SIMULTANEOUSLY REMOVING CUTTINGS

The invention concerns a cutting insert for machining workpieces (preferably of metal) while removing the cuttings. The cutting insert in question is provided with at least one cutting edge (10) in the transition region between a rake (16) and a flank (18); the rake (16) comprises a flat face section (20) which is substantially parallel to the cutting edge (10) and several dome-shaped recesses aligned in a row and separated by gaps, said recesses being parallel to the cutting edge (10), moulded into the face section (20) and partially penetrating the cutting edge (10). To ensure the uninterrupted removal of cuttings when short cuttings are produced, the invention proposes that a cutting form step (24) is provided on the face of the recesses opposite to the cutting edge (10); said cutting form step rises above the face section and is bounded by a bottom boundary line (26) on the cutting edge side and by a top boundary line (28) on the side away from the cutting edge.
One Country, Two Systems: Nature of Science Education in Mainland China and Hong Kong

The development of science curricula in both mainland China and Hong Kong in the last decade has undergone a shift from content-focused goals to a wider goal of promotion of scientific literacy. This shift is a result of a considerable influence from Western countries where understanding of nature of science (NOS) has long been regarded as a major component of scientific literacy and important learning outcomes of science curricula in the West. This chapter will first report on the similarities and differences of the NOS ideas as portrayed in the physics curriculum standards document and the key physics textbooks in both places. The unique differences identified are associated strongly with certain social agenda and considerably influenced by the historical and cultural heritages of mainland China and Hong Kong. Lastly the considerable difference in the implementation of NOS education at teacher training level and school level in both places will be elaborated.
A Fuzzy Model for Establishing Two Main Parameters of GTAW Process

In the last period, the quality and productivity of arc welding operations increased more than ever, especially in the areas that require high technology, represented mainly by the aerospace and nuclear industry, which led naturally to automation and robotics welding operations. The paper proposes a fuzzy system for the establishing of the main control parameters (welding current and welding speed) function of two important input parameters (plate thickness and diameter of the non consumable tungsten electrode). In this way, one of the actual modeling techniques (fuzzy logic) can be extended in welding technologies as an alternative tool, being particularly attractive for automated and robotized welding processes.
Modularization for ground engineering construction in the Anyue Gasfield, Sichuan Basin, with the designed annual gas processing capacity of six billion m 3

Abstract In the Anyue Gasfield, Sichuan Basin, the Lower Cambrian Longwangmiao Fm gas reservoir in Moxi Block has enormous natural gas reserves, and it is a typical three-high (high temperature, high pressure, and high flow rate) sour gas field. Its ground engineering project (with the designed gas processing capacity of 60 × 108 m3/a) is characterized by high processing rate of each unit, complex process control, large construction load, restricted construction site and tight schedule. Based on the traditional engineering construction mode, however, it is difficult to complete the project design and construction within 16 months. In view of this, the design concept of unit large-scale modularization was introduced to implement “normalized design, scale purchase, factory-like prefabrication and modularized construction” and develop the modularization technology of large-scale surface engineering construction. This modularization technology is performed as follows. First, the modularized units are laid out reasonably according to the technological process. Second, the layout of modularized units is usually superimposed in the multi-layer framework. Third, those equipments with the same or similar operational modes, medium properties, functional characteristics and installation requirements are concentrated in the pattern of a module. Fourth, escape passageway is specially set up. Fifth, room for installation, maintenance and repair of large equipments is reserved. And sixth, transportation and hoisting requirements of modules are taken into consideration sufficiently. This technology is contributive to the improvement of design quality, effective shortening of design period, reduction of field working load, decrease of safety management risk of on-site installation, increase of production efficiency, conservation of land occupation and diminishment of construction investment. It plays a reference role in the modularized construction of surface engineering of similar large projects.
Vision inspired driver assistance systems

Road accidents continue to be a major public safety concern. Human error is the main cause of accidents. Intelligent driver systems that can monitor the driver’s state and behaviour show promise for our collective safety. VI-DAS will progress the design of next-gen 720° connected ADAS (scene analysis, driver status). Advances in sensors, data fusion, machine learning and user feedback provide the capability to better understand driver, vehicle and scene context, facilitating a significant step along the road towards truly semi-autonomous vehicles. On this path there is a need to design vehicle automation that can gracefully hand-over and back to the driver. VI-DAS advances in computer vision and machine learning will introduce non-invasive, vision-based sensing capabilities to vehicles and enable contextual driver behaviour modelling. The technologies will be based on inexpensive and ubiquitous sensors, primarily cameras. Predictions on outcomes in a scene will be created to determine the best reaction to feed to a personalised HMI component that proposes optimal behaviour for safety, efficiency and comfort. VI-DAS will employ a cloud platform to improve ADAS sensor and algorithm design and to store and analyse data at a large scale, thus enabling the exploitation of vehicle connectivity and cooperative systems. VI-DAS will address human error analysis by the study of real accidents in order to understand patterns and consequences as an input to the technologies. VI-DAS will also address legal, liability and emerging ethical aspects because with such technology comes new risks, and justifiable public concern. The insurance industry will be key in the adoption of next generation ADAS and Autonomous Vehicles and a stakeholder in reaching L3. VI-DAS is positioned ideally at the point in the automotive value chain where Europe is both dominant and in which value can be added. The project will contribute to reducing accidents, economic growth and continued innovation.
4-ANILINO QUINAZOLINE DERIVATIVES FOR THE TREATMENT OF ABNORMAL CELL GROWTH

The invention relates to compounds of the formula (1) and to pharmaceutically acceptable salts, prodrugs and solvates thereof, wherein R<1>, R<2>, R<3> and R<5> are as defined herein, and wherein the compound of formula (1) optionally further comprises a hydroxy substituent or an 0-glucuronic acid. The invention also relates to methods of treating abnormal cell growth in mammals by administering the compounds of formula (1) and to pharmaceutical compositions for treating such disorders which contain the compounds of formula (1). The invention also relates to methods of preparing the compounds of formula (1).
Promotion of the gardens of the Italian-French Coast

Jardival aims to protect and promote the gardens that represent a real added-value to encourage sustainable, diversified and not-seasonal tourism on all the French - Italian Coast. Jardival promotes an important cross-border heritage that is a substantial environmental, cultural and historical asset in the cross-border area. The project foresees some restorations to welcome visitors, both residents and tourists, in the best conditions. At the same time, promotion actions are planned to make selected areas adapt to tourism and to attract external visitors, in particular with the organization of an opening event in spring 2017, the Gardens Festival of French Riviera.
Interference pattern generation in evanescent electromagnetic waves for nanoscale lithography using waveguide diffraction gratings

The generation of interference patterns of evanescent electromagnetic waves with an essentially subwavelength period using dielectric waveguide diffraction gratings is considered. Using simulations within the framework of the electromagnetic theory, the possibility of obtaining high-quality interference patterns due to enhancement of evanescent diffraction orders under resonance conditions is demonstrated. The contrast of the interference patterns in the case of TE polarisation of the incident wave is close to unity. The field intensity in the near-field interference maxima exceeds the intensity of the incident wave by 25–100 times. The possibility of generation of the interference patterns of evanescent waves corresponding to higher diffraction orders is shown. The use of higher orders reduces the requirements to the fabrication technology and allows generation of interference patterns with a high spatial frequency, using diffraction gratings with a low spatial frequency. Examples of generating interference patters with periods six times smaller than those of the used diffraction gratings are presented.
Thermodynamic description of the AgCl–CoCl2–InCl3–NaCl system

Abstract Critical thermodynamic evaluations and optimizations of the AgCl–CoCl2, AgCl–InCl3, AgCl–NaCl, InCl3–NaCl and CoCl2–InCl3 systems were carried out in the present work within the framework of the CALPHAD approach. The molten salt phase was described by the Modified Quasi-chemical Model, while the Compound Energy Formalism with various lattice ratios was used to treat the terminal solid solutions. The two binary double salts (Na3InCl6 and Ag3InCl6) were treated as the stoichiometric compounds of which Gibbs energies were modelled following the Neumann-Kopp rule. All the model parameters were optimized in terms of the required phase equilibria and thermochemical data arising from experimental measurements and theoretical predictions (First-principles method and empirical equation). A set of self-consistent thermodynamic database for the AgCl–CoCl2–InCl3–NaCl quaternary system was finally derived by merging the Gibbs energies for relevant phases in all binary systems (model parameters of CoCl2–NaCl were adopted from the literature) based upon the Kohler–Toop interpolation technique in order to facilely calculate various phase equilibria and thermodynamic properties of the sub-ternary and quaternary systems. The calculated results involving multicomponent systems will support beneficial instructions in the related industrial processes.
UNIQLY, Recommendation and Personalisation of Food Supplements

The goal of the operation is to develop and market a service that adapts food supplements to the user and simplifies the purchasing process with an effective recommendation system. Based on nutrition science, they have built a prototype, machine learning algorithm, which allows the individual to propose in a convenient, direct and quick way suitable food supplements from their offer, in appropriate quantities.
Design and Optimization of High Efficiency Parallel Video Coding System

In order to improve the processing speed of highly complex video coding that involves high data rate and large amount of computation, a parallel video coding system optimization (PVCSO) method is proposed in this paper. By using PC cluster and general H.264 video coding standard for parallel coding experiments, the important factors that are critical to parallel coding efficiency are thoroughly examined and analyzed, such as the number of computation nodes, performance of the network and cluster, parallel coding mechanism, algorithm complexity and raw data distribution mode. Based on the experimental results and analysis, the PVCSO method is proposed and used to design and build practical high efficiency parallel video coding system. For illustration, four high efficiency application-oriented PC cluster based parallel video coding systems are designed and shown. Experimental results show that the PVCSO method can effectively balance the conflicting efficiency factors to achieve the best parallel efficiency and cost performance of the parallel coding system. It provides an effective and practical solution for designing high efficiency parallel video coding system which can significantly improve the processing speed of video coding with huge amount of computation.
Enhancing Framework Conditions for an effective Transnational Cluster Cooperation in Central European Countries 

Innovation is a crucial driving force for economic growth, relevant to every economic sector. Europe needs to improve its performance in innovation to sustain a high and rising standard of living. The key building stones of the European economic edifice are Small and Medium Enterprises (SMEs), reinforcing their innovation capacity is thus crucial to guarantee competitiveness and sustainable growth. Clusters of SMEs therefore need to cooperate on a larger, transnational level to bring forth new products, services and concepts that are competitive on EU & global level.

These considerations brought about the idea of a cluster conference in May 2009, organised by partnership behind ClusterCOOP, where the Visegrad 4(Hungary, Poland, Czech Republic, Slovakia) discussed strategies for enhanced cooperation with the participation of policy level representatives, clusters & experts.

Creating and enhancing framework conditions for the effective cross-regional and cross-border cooperation of clusters in Central Europe requires joint actions by the policy makers. In many cases, the regulatory level is exactly the area which CE cluster experts see as the major bottleneck for successful cluster cooperation. Partner countries/regions identified similar challenges regarding transnational, inter-cluster cooperation. First of all there are little or no synergies among national/regional cluster policies, and also the current framework does not solicit any kind of cooperation.

These problem areas are calling for a joint action in order to solve the problems, not only in the V4 countries but in the whole of Central Europe. Therefore a project was initiated to form transnational partnership to work together in finding solutions and tools to enhance inter-cluster cooperation and through this, strengthen the position of the CE Region in the EEA.
Immigrant's Entrepreneurship for Socio-Economic Cohesion and Improvement of Living Standards

The need for socio-economic inclusion of immigrants and minorities and the reduction of migration waves are challenges widely recognised throughout the EU. In the IMMENSITY project host countries and the immigrants' countries of origin are involved, because both have to face the consequences connected with immigration. One problem is that, compared to the rest of the population, the share of self-employment among economic immigrants is very low due to a lack in adequate skills. For example in Greece 25% of the people registered in the Social Insurance Institute are economic immigrants, repatriates and refugees. Of them, less than 0.5% are entrepreneurs. This signifies a crucial imbalance with impact on the whole local, regional and national economy. Similar figures can be found in other regions participating in the project. IMMENSITY aims at overcoming this imbalance by stimulating entrepreneurship with immigrants. One characteristic feature of the IMMENSITY project is the social and economic inclusion of legal economic immigrants and repatriates in host countries, with a specific focus on women. This should be achieved by stimulating their entrepreneurship and self-employment potential as well as by improving the standard
 of living in the countries of origin through the promotion and support of bilateral trade.
Setting Automated Roll Axial Shifting Control System of Plate Mill

Abstract The paper provides the CVC plus system designed for control of cross-section and sheet flatness of the 5,000 mm plate mill stand at OJSC Magnitogorsk Iron and Steel Works. It considers principles of roll axial shifting and spindle horizontal balancing. It describes designs of correlated systems of automated roll and spindle position control. The authors offer oscyllograph records reflecting system settings. Their coordinated functioning is proven to provide a constant gap between the roll and spindle under conditions of rolling and setting between passes. The oscyllograph records provided confirm efficiency of the spindle position control system with automated switching to force control in the hydraulic cylinder.
Imaging lens and imaging apparatus

An imaging lens includes negative first lens (L1), negative second lens (L2) having a concave surface facing the image side, positive third lens (L3), aperture stop, positive fourth lens (L4), and fifth lens (L5) having a concave surface facing the object side, which are arranged sequentially from the object side. At least one of second lens (L2), fourth lens (L4) and fifth lens (L5) has at least an aspheric surface. The Abbe number of third lens (L3) and the Abbe number of fifth lens (L5) are less than or equal to 30, and the Abbe number of fourth lens (L4) is greater than or equal to 40. Further, the following formula (1) is satisfied: 1.0 < R ¢ 3 - R ¢ 4 / R ¢ 3 + R ¢ 4 where R3: the paraxial curvature radius of an object-side surface of second lens (L2), and R4: the paraxial curvature radius of an image-side surface of second lens (L2).
Innovative labs for leveraging cross capacity building between ict, health, bio and medicine sectors for new emerging industries in personalized health

The INNOLABS project is cluster/network driven and grounded in the conviction that cluster organizations guarantee a better understanding of what kind of services and added value can be provide to their “clients”. Its specific focus is on unlocking the cross-sectoral collaborative potential of SMEs in combining ICT with the BIO, Health and Medicine sectors representing an emerging but still under-utilised market, and applying such results to personalized ehealth for elderly populations in both rural and urban areas. mHealth is another area within INNOLABS that will help in leveraging outstanding results. 

The innovations created by the combination of different value chains get to market fast and need to adapt constantly to changing end-user needs. INNOLABS will study the characteristics in market dynamics and specificities for innovations created by merging ICT and biomedical research. The main outcome of the INNOLABS project will be a catalogue of monetary and non-monetary measures provided by regional innovation clusters to support SMEs to deliver timely and innovative products and services  increasing the competitiveness of the SMEs and advances the positioning of European countries in these new emerging markets. Achieving long-term sustainability will be another of INNOLABS targets. All these will be achieved by pursuing the following project objectives:

1) Test and validate optimal support measures sensitive to the specific characteristics of ICT and biomedical markets by comparing measures for traditional value chains with new fast lane measures.

2) Increase the competitiveness of SMEs by using targeted non-monetary support mechanisms that generate added value encompassing expert knowledge, new partnerships and market optimisation of products

3) Secure new funding streams to facilitate sustainable cycles of collaborative IHBM innovation by SMEs on new market platforms.