SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Tagungsband der «Asiatischen Germanistentagung 2016 in Seoul» – Band 1

Dieser Band dokumentiert Beiträge der Asiatischen Germanistentagung in Seoul (2016). Sie behandeln die grundlegendsten und drängendsten Fragen der Kultur- und Geisteswissenschaften aus germanistischer Perspektive: Der rasante technologische, wirtschaftliche, gesellschaftliche und kulturelle Wandel erzeugt neue Erscheinungsformen des Weltlichen. Damit einher gehen veränderte Befindlichkeiten des Gegenwartsmenschen, auf die auch die Germanistik reagiert. Die einzelnen Beiträge des Bandes umspannen das gesamte Spektrum der Germanistik und reflektieren grundlegende humanwissenschaftliche Begriffe von Zeit, Raum und Mensch und versuchen diese neu zu erfassen. Ebenso thematisiert werden sich wandelnde Formen und Praktiken des Ästhetischen, der Kognition und der Kommunikation. Viele Themen aktueller Diskurse werden dabei aufgegriffen: Verhältnis von Tier, Mensch und Maschine, Globalisierung und Flüchtlingsmigration, soziale Spaltung, Gender, Digitalisierung, Neue Medien, sprachlicher Wandel u.v.a.m. Die Beitragenden vereint dabei das Ringen um gültige Antworten auf die wohl brennendste Frage dieser Zeit: Wie gelingt der Paradigmenwechsel vom neoliberalistischen Paradigma einer destruktiven individualistischen Konkurrenz zum gemeinschaftsorientierten Paradigma kreativer Kollaborativität?
Stations Network on the Ionian Islands and Southern Italy

This project proposes the development of a network of 11 meteorological ground based stations. Apart from the 11 stations the project outputs include: • Two monitoring centers able to control stations' functions and retrieve data automatically . • Monthly reports on the mathematical treatment of incoming data. • Two reports on climatic trends in critical environmental parameters (such as precipitation heights). • Two web portals that will make available measurements and results at an easily understood tabular or graphical form. • Information of local authorities, via meetings, a conference and monthly announcements to local media.  Environmental education services to secondary-level schools
METHOD AND APPARATUS FOR BATTERY OPERATED RADIO TAGS

An apparatus, method and computer program are disclosed in which a radio unit (110) of a mobile station (100) is caused to periodically communicate with a radio tag (200) with a first period between subsequent communications and to perform pairing with the radio tag (200). Storing of pairing information relating to the paired radio tag (200) is caused. A first profile associated with the mobile station (100) is maintained. A second profile associated with the paired radio tag (200) is maintained. Adapting of the first period is performed based on at least one of: the first profile and the second profile.
FFU Motors Remote Monitoring System Based on Power Line Communication and GPRS

In view of the advantage of low voltage power line carrier technique and general packet radio service(GPRS), a solution of fan filter unit(FFU) motor remote mointoring system based on GPRS and low voltage power line communication is introduced. This system combines a framework of low voltage power line communication and GPRS network with host computer monitoring center, which changes the traditional FFU motor control mode, and realize FFU motor remote real-time on-line automatic monitoring.The system implementation methods were described in detail, and the hardware and sofware design were given.The test and practice showed that the proposed has higher efficient and stronger anti-interference capability, which met the requirements of networkization and intelligentization, and a better way for the FFU motor control. The designed system has good application value.
European researchers' night - traveling through the scientific hub of the north of portugal

There is a growing awareness about the decisive role that research and innovation play in the resolution of many problems that European societies, such as Portugal, are facing. Investing more in research, innovation and entrepreneurship is at the heart of Europe 2020 and is a crucial part of Europe's response to the economic crisis. Coordinated by INOVA+, ScienceScovery offers a voyage of discovery within the Smart Specialisation Strategy (RIS3), an important and integrated approach to innovation and research. In a simple way, the audience (schools, families, citizens and researchers) will be invited to a day of constant interaction with researchers from academy and businesses and to find more about the Scientific Hub of the North of Portugal. This voyage will be possible thanks to ScienceScovery - a virtual metro network where participants choose what smart specialisation areas they wish to explore - and entails the audience is much more than just “a visitor” - every attendee will be an active participant involved in an open, informal, constructive and creative dialogue around the RIS3 priorities. Through activities that combine education and entertaining components, the audience will have a better understanding of the important role of researchers and of the relevant changes that are taking place in the research and innovation agendas. ScienceScovery aims to be a colourful and entertaining event, full of marvel and excitement that promises to engage the public at large in a game of discovery and wonder in the trails of science and research. During this voyage, ""travellers"" will have to stop at each station, interact with the researchers and develop the proposed activities (workshops, exhibitions, performances, seminars, etc.) in order to collect stamps for their passport! With an expected number of 40000 visitors this will be perfect venue for a night full of surprise and wonder filled with fantastic workshops, amazing performances and entertaining encounters.
Incubateur du Centre pour le développement des entreprises et l’innovation

Incubateur sera un lieu spécialement créé pour héberger des entreprises, offrant une structure configurée pour stimuler, rationaliser et favoriser le transfert des résultats de la recherche à des activités productives. A cette fin, l’Incubateur offrira un soutien logistique et technique, afin que les investisseurs puissent développer leur entreprise. Ainsi, il est destiné à apporter un soutien aux entrepreneurs afin qu’ils remplissent toutes les conditions nécessaires pour la formation
The internationalisation of CS Computer Systems d.o.o.

To improve the business internationalisation of CS Computer Systems d.o.o., it will enter the following international trade fairs outside the Republic of Croatia: Anga COM in Cologne (Germany) in 2017 and 2018, IBC in Amsterdam (The Netherlands) in 2017 and 2018, and the Mobile World Congress Barcelona (Spain) in 2018, These fairs represent world leaders, which bring together the most important providers of multimedia services and offer exceptional opportunities to acquire new contacts in industry and to attract new customers at international level.
Single-cell-based measurement of supraphysiological thermal injury in human carcinoma cells utilizing a micropatterned hydrogel chip

Hyperthermia affects certain regulatory proteins, kinases or cyclins, resulting in alternations to the cell cycle and even to apoptosis. Damage to the cell plasma membrane is a key factor in the killing of a cell by hyperthermia. Analysis at the single-cell level is necessary for understanding the fundamental mechanisms of hyperthermia-induced cell death and the generation of thermotolerance in surviving cells. Engineering approaches achieving precise control of cellular micropatterning provide the potential for investigating the mechanisms of thermal injury to cells at the single-cell level. The main purpose of this study is to fabricate a hydrogel chip with microwells for cellular patterning and to demonstrate the feasibility of measurement of supraphysiological thermal injury in human carcinoma cells (HeLa cells) at the single-cell level. To accomplish this, measurement of membrane injury by dye leakage post-thermal insult was performed and reported in this work. A hydrogel chip with microwells with different diameters was fabricated. For cell concentrations at 0.5×106 cells/mL, the occupancy of cells on the microchip with 40 µm microwells was up to 86.6%, a value far higher than that found on the 30 µm microwells (approximately 78.5%). Most microwells of 30 µm in diameter (about 70%) were occupied by a single cell. The fluorescent images showed that calcein leakage occurred when cell membranes were damaged under supraphysiological temperatures between 43 and 50°C. The normalized intensity of calcein decreased to 32% under a supraphysiological temperature of 43°C for 20 min. The intensity of calcein in cells was less than 20% under a supraphysiological temperature of 50°C. The feasibility of the single-cell-based experiment of thermal injury in the microchip with hydrogel microwells was therefore successfully demonstrated.
Subvention du fonds de roulement pour l’AGENCE TURISTIQUE WOJCIECH LESZEK

Le projet concerne le soutien au fonds de roulement d’une entreprise en cas de diminution du chiffre d’affaires (recettes des ventes) causée par les effets négatifs de la pandémie de COVID-19.
Formal Reliability Analysis using Higher-Order Logic Theorem Proving

Traditional techniques used in the reliability analysis of engineering systems have limitations. Paper-and-pencil based analysis is prone to human error and simulation based techniques cannot be computationally one hundred percent accurate.

An alternative to these two traditional approaches is modeling and analysis of reliability of systems using formal methods based techniques such as probabilistic theorem proving. Probabilistic theorem proving using higher-order logic can be used for modeling and analysis of reliability of engineering systems provided a certain reasoning infrastructure is developed. The developed infrastructure can include random variables, their probabilistic and statistical properties, and basic reliability theory concepts such as survival and hazard functions. This thesis describes state-of-the-art research in reliability analysis using theorem proving. It also describes the main contributions of this thesis which include: the formalization of statistical properties of continuous random variables, the formalization of multiple continuous random variables and the formalization of the basic notions of reliability that can be applied to single and multiple component systems. Engineering applications of the formalization are presented that illustrate the usefulness of our formalization infrastructure. These applications include reliability analysis of electronic system components such as a capacitor and an underground power transmission cable. We also present the reliability analysis of an automobile transmission using our higher-order logic formalization.

To the best of our knowledge, for the very first time, the use of theorem proving based infrastructure enables formal reliability analysis of engineering systems that is computationally one hundred percent accurate and sound. The analysis is performed using real and true random variables. We show that the results presented in this thesis are general and can be applied to many reliability engineering problems.
Impact of Anticardiolipin Antibody on the Outcome of In Vitro Fertilization and Embryo Transfer

To investigate the impact of anticardiolipin antibody (ACA) on the outcome of in vitro fertilization and embryo transfer (IVF-ET).A total of 76 infertile women positive for anticardiolipin antibody (ACA+ group) and 819 controls negative for anticardiolipin antibody (ACA- group) undergoing IVF-ET in the First Affiliated Hospital, to Sun Yat-Sen University, were retrospectively analyzed. Women were diagnosed as having pure tubal factor infertility.The proportion of patients with a history of spontaneous abortion in the ACA+ group was significantly higher than that in ACA- group (19.7% versus 8.9%). The IVF rate, pregnancy rate and implantation rate in the ACA+ group were markedly lower than those in the ACA- group (75.5% versus 78.9%, 31.3% versus 48.6% and 16.1% versus 28.1%, respectively). Furthermore, the incidence of pregnancy loss in the ACA+ group was higher than that in the ACA- group (32.0% versus 15.1%).ACA-positive patients had significantly decreased IVF rate, pregnancy rate and implantation rate and high risk of abortion. Therefore, ACA positivity predicts poor outcome of IVF-ET, and pre-treatment to lower ACA level may be clinically beneficial for patients receiving IVF-ET.
Cat on trolley for the assembly of doors and windows frames (Machine-translation by Google Translate, not legally binding)

Cat on trolley for the assembly of doors and windows frames. Constituted from an open frame, horizontal to the ground, provided with four wheels, adjustable length tubes by telescopic ratio and width by changing the central piece of unión in order to be able to approach the door to possible obstacles that prevent its vertical alignment with the jamb of the frame of the door or window, whose center rises vertically a mast adjustable in height and verticality that along its body presents in cantilever at least two pressers for the fastening of the vertical swing, performing the height adjustment of said mast by motorized spindle, leaving from the end of the mast in horizontal a 600 mm davit with hook and electric hoist to raise the wings from a horizontal stack fastened by presser. (Machine-translation by Google Translate, not legally binding)
Molecular dynamics study of diffusion of heavy water in normal water at different temperatures

Abstract In the present work we study the diffusion of heavy water in the ordinary water and their mutual diffusion coefficient. Molecular dynamics studies of a binary mixture of heavy water (SPC/HW) and ordinary water (SPC/E), at heavy water mole fraction of 0.024 have been done at different temperatures ranging from 295 K to 318 K. Oxygen–oxygen radial distribution functions (RDF) have been evaluated. Self-diffusion coefficients of both solvent and solute have been determined by means of mean-squared displacement (MSD) versus time curves using Einstein's diffusion relation. Darken's relation has been used for determining the mutual diffusion coefficients at the respective temperatures. The variation of the diffusion coefficients along with temperature has been analyzed. Our results agree very well with the available previously reported experimental data.
On accident causation models, safety training and virtual reality

Inefficiency in real-time visualization and user interaction in traditional accident causation models (ACMs) necessitates the development of a dynamic ACM that can foster real-time hazard identification, accident prevention and interactive safety training. A virtual reality-based accident causation model (VR-ACM) may serve such a purpose. In this study, we performed a comprehensive literature review on different ACMs and safety training practices. The limitations of the existing models and practices are identified. A VR-ACM model is proposed comprising three modules: VR-based modelling and simulation, accident causation and safety training. Several research issues for VR-ACM are highlighted. An experimental study with 22 crane operators is presented, showing the applicability of the proposed model. The proposed VR-ACM serves as a medium for analysis of potential underlying causes of accidents, the three-dimensional perspective of visual analysis, real-time user interactions and real-time judgement and decision-making.
Quark-gluon plasma formation time and direct photons from heavy ion collisions

We investigated the information carried by the data of direct photons, ie, the transverse momentum spectrum and the elliptic flow $v_{2}$ from Pb+Pb collisions at $\sqrt{s_{NN}}$=2.76TeV measured at Large Hadron Collider (LHC) and from Au+Au collisions at $\sqrt{s_{NN}}$= 200 GeV measured at Relativistic Heavy Ion Collider (RHIC), in the frame work of (3+1)-dimensional ideal hydrodynamical models constrained with hadronic data. We found those direct photon data may serve as a useful clock at the early stage of heavy ion collisions. The time scales of reaching thermal and chemical equilibrium, extracted from those data, are about 1/3 and 1.5 fm/c, respectively. Thus the large elliptic flow of direct photons is explainable. High order harmonics, ie, $v_3$, $v_4$ and $v_5$, of direct photons from Pb+Pb collisions at 2.76TeV are also predicted, as a further test to compete with those who claim new sources of photons to account for the large elliptic flow of direct photons.
Design of a 32-bit, dual pipeline superscalar RISC-V processor on FPGA

A 40 MHz, 32-bit, 5-stage dual-pipeline superscalar processor based on RISC-V Instruction Set Architecture is presented. It supports integer, multiply-divide and atomic readmodify-write operations. The proposed system implements inorder issuing of instructions. The design incorporates a dynamic branch prediction unit, memory subsystem with virtual memory, separate instruction cache and data cache, integer and floating point execution units, interrupt controller, error control module, and a UART peripheral. The interrupt controller supports four levels of preemptive priority, which is programmable for individual interrupts. Error control module provides single error correction and double error detection for the main memory. Wishbone B.3 bus standard is adopted for on-chip communication. The processor is implemented on Virtex-7 XC7VX485TFFG1761-2 FPGA based board. CoreMark and Dhrystone benchmark values for the design are 3.84/MHz and 1.0603 DMIPS/MHz respectively.
Prime (push relevantly to increase mobile engagement)

The rapid growth of smartphones and tablets pave the way for proliferation of a variety of mobile applications. Push notifications, which provide enhanced communication when compared to SMS, became the de facto messaging tool between application owners and mobile users. However, push notifications are still sent carelessly which results user frustration, low open rates (10%) and decreased user retention. 

PRIME (Push Relevantly to Increase Mobile Engagement) is cloud service which aims to create the next leap in push messaging by gathering various sensory information from mobile devices analyzing big data and providing real-time insights by using machine learning, data mining and home grown pattern matching algorithms. PRIME will anticipate mobile users’ context, and forecasts their needs from previous usage patterns and dynamic models. PRIME will either send relevant push notification immediately or refer it for a more relevant time in the near future. 

PRIME anticipates the “prime time” of mobile user and send push notifications accordingly. The dynamic model of PRIME is expected to increase open rates of push notifications among smartphone and tablet users tremendously. PRIME has both benefits to mobile users and mobile application owners. Sending push notifications relevantly increases customer retention due to mobile user satisfaction and increases mobile engagement which in turn increases mobile revenues. 

The initial research for PRIME has been done by DONE A.S. and funded by TÜBİTAK (Scientific and Technological Research Council of Turkey). The research findings, which are also published in ""Human Computer Interaction International"" 2013 and 2014, demonstrated a 36% user engagement increase and 21% increase in the number of active users. These demonstrated results equal to an impact of 26.62 billion EURO in 2018 globally, whose details are given in the proposal document.
Advanced materials solutions for next generation high efficiency concentrated solar power (csp) tower systems

NEXTOWER shall introduce a set of innovative materials to boost the performance of atmospheric air-based concentrated solar power (CSP) systems to make them commercially viable. In particular, tower systems are appealing for the great environmental compatibility and offer tremendous potential for efficient (electrical and thermal) power generation. Yet, their industrial exploitation has been so far hindered by limitations in the materials used both for the central receiver - the core component - and for thermal storage. Such limitations dictate maximum working temperature and in-service overall durability (mainly driven by failure from thermal cycling and thermal shocks).  Improving the efficiency of a tower system entails necessarily improving the central receiver upstream and possibly re-engineering the whole systems downstream to work longer and at much higher temperature, especially in the thermal storage compartment. 

NEXTOWER will address this need by taking a comprehensive conceptual and manufacturing approach that will optimize bulk and joining materials for durability at the component level to achieve 25 years of maintenance-free continued service of the receiver and maximum thermodynamic efficiency at the system level. This is made possible through a unique combination of excellence in materials design and manufacturing, CSP full-scale testing facilities brought together in the Consortium, supporting the making of a full-size demo modules SOLEAD (tested in Spain and Italy) within the project. The successful achievement of a new generation of materials allowing for virtually maintenance free operations (limited to ceraminc parts) and increased working temperature shall result in the next-generation of air-coolant CSP highly competitive over other CSP alternatives and sustainable power supply options.