SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Delay-tolerant-networks design and prospect on fishery communication networks

In archipelagic countries, vast maritime monitoring is a though problem. Non proportional comparison of sea patrols number to vast area of the sea is the main reason. This paper will investigate Delay-Tolerant-Networks prospect as communication backbone for fishery based surveillance system. Every fishing ships are capable to send text based report messages to sea patrols or chat message to another fishing ships by utilizing Delay-Tolerant- Networks. In the first step, it will evaluate the performance of DTN design, covering routing algorithms and network models in various node density. In the next step, the DTN prospect is investigated by analyzing scalability aspect. The simulation is done in Kepulauan Riau Province by using the one simulator. The result shows that the best DTN design is achieved by Epidemic Routing with Wimax network model. Its performance successfully deliver 91.22 % of the messages within 48 hour in average. This performance is sufficient for maritime application due to the slow speed of fishing ships and wide area of the sea. This fishery communication network can be scalable into larger area by utilizing DTN’s convergence layer concept. By using secondary network which is installed in each region, DTN performance increase 30.94 % compare to single network interface solution. All in all, DTN's store & forward method and convergence layer concept are suitable for maritime conditions, especially for fishery communication network.
Climate impacts on European agriculture and water management in the context of adaptation and mitigation—The importance of an integrated approach

We review and qualitatively assess the importance of interactions and feedbacks in assessing climate change impacts on water and agriculture in Europe. We focus particularly on the impact of future hydrological changes on agricultural greenhouse gas (GHG) mitigation and adaptation options. Future projected trends in European agriculture include northward movement of crop suitability zones and increasing crop productivity in Northern Europe, but declining productivity and suitability in Southern Europe. This may be accompanied by a widening of water resource differences between the North and South, and an increase in extreme rainfall events and droughts. Changes in future hydrology and water management practices will influence agricultural adaptation measures and alter the effectiveness of agricultural mitigation strategies. These interactions are often highly complex and influenced by a number of factors which are themselves influenced by climate. Mainly positive impacts may be anticipated for Northern Europe, where agricultural adaptation may be shaped by reduced vulnerability of production, increased water supply and reduced water demand. However, increasing flood hazards may present challenges for agriculture, and summer irrigation shortages may result from earlier spring runoff peaks in some regions. Conversely, the need for effective adaptation will be greatest in Southern Europe as a result of increased production vulnerability, reduced water supply and increased demands for irrigation. Increasing flood and drought risks will further contribute to the need for robust management practices. The impacts of future hydrological changes on agricultural mitigation in Europe will depend on the balance between changes in productivity and rates of decomposition and GHG emission, both of which depend on climatic, land and management factors. Small increases in European soil organic carbon (SOC) stocks per unit land area are anticipated considering changes in climate, management and land use, although an overall reduction in the total stock may result from a smaller agricultural land area. Adaptation in the water sector could potentially provide additional benefits to agricultural production such as reduced flood risk and increased drought resilience. The two main sources of uncertainty in climate impacts on European agriculture and water management are projections of future climate and their resulting impacts on water and agriculture. Since changes in climate, agricultural ecosystems and hydrometeorology depend on complex interactions between the atmosphere, biosphere and hydrological cycle there is a need for more integrated approaches to climate impacts assessments. Methods for assessing options which "moderate" the impact of agriculture in the wider sense will also need to consider cross-sectoral impacts and socio-economic aspects.
Fast and smart charging solutions for full size urban heavy duty applications

The ASSURED Project proposal addresses the topic GV-08-2017, “Electrified urban commercial vehicles integration with fast charging infrastructure” of the Green Vehicle work programme. A 39-member consortium from 12 different EU Member States will conduct the work.
The overall objectives of ASSURED are: 
- Analysing the needs of the cities, operators and end-users to derive the requirements and specifications for the next generation of electrically chargeable heavy-duty (HD) vehicles (i.e. buses), medium-duty (MD) trucks and light duty vehicles for operation within an urban environment;
- Improving the total cost of ownership (TCO) through better understanding of the impact of fast charging profiles on battery lifetime, sizing, safety, grid reliability and energy- efficiency of the charger-vehicle combination;
- Development of next generation modular high-power charging solutions for electrified HD and MD vehicles;
- Development of innovative charging management strategies to improve the TCO, the environmental impact, operational cost and the impact on the grid stability from the fleet upscaling point of view;
- Demonstration of 6 electrically chargeable HD vehicles (public transport buses), 3 MD trucks (2 refuse collections & 1 delivery truck) and 1 light duty vehicle with automatic fast charging;
- Development of interoperable and scalable high power charging solutions among different key European charging solution providers;
- Demonstration of energy and cost efficient wireless charging solutions up to 100 kW for an electric light duty vehicle (VAN);
- Evaluating the cost, energy efficiency, impact on the grid of the different use cases, noise and environmental impact of the ASSURED solutions;
- To actively support the take‐up of business cases and exploitation of project results across Europe of the use cases by partner cities (Barcelona, Osnabruck, Goteborg, Brussels, Jaworzno, Munich, Eindhoven, Bayonne, Madrid) and end users.
Charge compensation and capacity fading in LiCoO <sub>2</sub> at high voltage investigated by soft x-ray absorption spectroscopy

In order to obtain an in-depth insight into the mechanism of charge compensation and capacity fading in LiCoO2, the evolution of electronic structure of LiCoO2 at different cutoff voltages and after different cycles are studied by soft x-ray absorption spectroscopy in total electron (TEY) and fluorescence (TFY) detection modes, which provide surface and bulk information, respectively. The spectra of Co L2,3-edge indicate that Co contributes to charge compensation below 4.4 V. Combining with the spectra of O K-edge, it manifests that only O contributes to electron compensation above 4.4 V with the formation of local O 2p holes both on the surface and in the bulk, where the surficial O evolves more remarkably. The evolution of the O 2p holes gives an explanation to the origin of or even O2. A comparison between the TEY and TFY of O K-edge spectra of LiCoO2 cycled in a range from 3 V to 4.6 V indicates both the structural change in the bulk and aggregation of lithium salts on the electrode surface are responsible for the capacity fading. However, the latter is found to play a more important role after many cycles.
Application of ArcGIS in Prediction of Iron Ore Resources in the Western Segment of East Kunlun:A Case Study of Sedimentary Metamorphic-type Iron Deposits

Combined with various prospecting approaches such as geology,geophysics,geochemistry and remote sensing etc.,a comprehensive model of regional information mineral prediction was established in this study using the multi information discovery,extraction,transformation and association,and comprehensive techniques.The model is used to conduct the quantitative assessment for mineral resources,being one of the important prospecting ways in the field of mineral resources exploration.Starting from the geological background and 7 known sedimentary metamorphic-type iron deposits(occurrences) in the study area,and combined with field check analysis,this paper established the metallogenic model and the favorable extraction model.The spatial database of the study area was built based on the ArcGIS platform.Multi-information was employed to assess ore-controlling factors and three prediction factors were determined:sedimentary strata,favorable geochemical anomalies(Fe elements),and favorable geophysical anomaly(the original plane).Based on the spatial relationship of three layers of evidence and superimposing relation of known iron mineralization or prospects,the evidence weight model and weighted logistic regression model were used to evaluate metallogenic possibility.Remote sense alteration information was used to narrow the prospecting scope,and three prospect areas for sedimentary metamorphic-type iron deposits were delineated.Research results show that the western segment of the East Kunlun has a good prospecting future.
WING ASSEMBLY

Eine Flügelanordnung (10) mit einem ortsfesten Rahmen (12) und einem am Rahmen (12) gelagerten Flügel (14) eines Fensters oder einer Tür, wobei der Flügel (14) relativ zum Rahmen (12) kippbar und verschwenkbar ist, und wobei der Flügel (14) mittels eines Ausstellarms (16) mit dem Rahmen (12) gekoppelt ist, ist im Hinblick darauf, mit einfachen konstruktiven Mitteln die auf den Ausstellarm wirkenden Belastungen zu reduzieren, derart ausgestaltet und weitergebildet, dass an dem Ausstellarm (16) ein relativ zum Ausstellarm (16) ortsfestes erstes Anschlagteil (58) angeordnet ist und dass an dem Flügel (14) ein relativ zum Flügel (14) ortsfestes zweites Anschlagteil (60) angeordnet ist, wobei die Anschlagteile (58, 60) bei geschlossenem und/oder verschwenktem Flügel (14) in Kontakt sind, so dass der Flügel (14) relativ zum Ausstellarm (16) ausgerichtet ist.
Slim BIM Charts for Rapidly Visualizing and Quantifying Levels of BIM Adoption and Implementation

AbstractThis paper proposes a simple numerical chart comprising the smallest possible number of variables to rapidly represent levels of building information modeling (BIM) adoption and implementation. The slim BIM chart employs the most widely used variables: BIM adoption rate, years of using BIM, level of proficiency, and depth of implementation. We developed three types of slim BIM charts: diamond, triangle, and ball charts, which use four, three, and two variables, respectively. We applied these slim BIM charts to three regions, namely, North America, South Korea, and Western Europe. BIM had been most widely adopted and implemented in North America in 2012 but most deeply in Western Europe in 2010. In 2012, South Korea had widely adopted BIM, but implementation had been shallow. The test cases showed that the slim BIM charts can provide BIM managers and researchers with a means to visually and quantitatively compare the different levels of BIM adoption and implementation in different regions and for d...
Redtadf

Adachis pioneering report in 2012 describing TADF emitters based on CDCBs resulted in a paradigm shift in emitter design within the OLED community. Within just five years, highly efficient blue and green purely organic TADF OLEDs have been developed, achieving maximum EQEs exceeding 30%. This means that performance wise, organic TADF emitters have already surpassed the performance of state-of-the-art phosphorescent molecules. However, to date only a handful of red organic TADF emitters exist, with the best EQE reported to date being just 13%, demonstrating a need for continued improvement. European companies such as CDT, Merck, and Cynora are all investing significantly in organic TADF research. The development of high performance organic redTADF emitters will significantly reduce the cost of OLED production and make the devices more environmentally friendly through replacement of the iridium emitters that are currently employed. We propose to develop new highly efficient redTADF dyes based on the ring-contracted systems of subphthalocyanine and subporphyrin.
Aquisição de serviços de I & D no domínio do desenvolvimento da inovação tecnológica, incluindo sistema de recomendação inteligente no processo de recrutamento (IRK)

SA 42799(2015/X) O projeto diz respeito à compra de um serviço de P & D que consiste no desenvolvimento de tecnologia significativamente melhorada utilizada no processo de fornecimento de seleção de candidatos para produção cinematográfica realizada pela nossa empresa para atingir clientes: Estações de televisão, produtores de televisão, produtores de filmes e de publicidade. O serviço de I & D incluirá os seguintes elementos: 1. Definição de conjuntos de características de entrada necessárias no processo do sistema de recomendação/classificação de projeto. 2. Desenvolvimento do processo de transformação de dados/parametria com verificação inicial. 3. Desenvolvimento de um módulo para a geração de perfis semânticos com base nos dados coletados na base de dados. 4. Desenvolvimento de algoritmos de busca ganzas em classificadores, ganzas em modelo semântico e medidas específicas de distância e semelhanças de modelos. 5. Desenvolvimento de um módulo de motor gerador de recomendação usando o mecanismo Deep Learning. 6. Avaliação das indicações do sistema, incluindo o utilizador final. 7. Análise das condições de convergência dos resultados da recomendação com as expectativas do destinatário/cliente (com base no inquérito/descrição do responsável principal, etc.) e da produção de um demonstrador da tecnologia desenvolvida. Como resultado da implementação do serviço, nossa empresa obterá documentação técnica e um protótipo testado que consiste em uma camada de software que constitui a base para a implementação da inovação de processos na prestação de serviços de recrutamento para candidatos à produção de áudio e visual. O resultado do projeto será, por conseguinte, uma tecnologia melhorada no processo de prestação do serviço, incluindo o sistema de recomendação «Smart Candidate» (IRK) que funciona com base num modelo semântico.
[Effects of enhanced UV-B radiation on terrestrial ecosystem carbon cycle: a review].

As one of the most important phenomena of global climate change, the enhancement of ultraviolet-B radiation (UV-B, 280-320 nm) could have critical impact on the carbon cycle in terrestrial ecosystem. Through the impacts on plant photosynthesis, litter decomposition, and soil respiration, the enhanced UV-B radiation can affect the carbon input, turnover, and output of terrestrial ecosystem. Other climatic factors (ambient CO2 concentration, air temperature, and precipitation) may promote or mitigate the impact of enhanced UV-B radiation on terrestrial ecosystem carbon cycle. This paper introduced the background of UV-B radiation enhancement, reviewed the impacts of enhanced UV-B radiation and its interactions with other climatic factors on terrestrial ecosystem carbon cycle, summarized the existing problems in related researches, and discussed the priorities and directions of future researches.
PERSONALIZED ADJUSTED YARDAGE RECOMMENDATION SYSTEMS

Systems, methods, and devices for providing an adjusted yardage recommendation (AYR) to a golfer prior to a golf shot. AYRs are determined based on predicted golf ball trajectories that are modeled from a golfer's golf ball launch data, using non-classical mathematical approximation methods. Each of the modeled trajectories are unique, and result in personalized AYR values that are personalized to each individual golfer, even where two golfers hit a ball with the same club the same distance while having two different ball flights. Devices that can perform the methods of the present invention include rangefinder devices and/or portable computing devices, such as a smartphone. Systems can include a rangefinder device and a portable computing device, in which the rangefinder device determines the line-of-sight distance and angle of elevation to a target and communicates the same to the portable computing device, which calculates the AYR.
Engineering extracellular matrices for controlling structure and dynamics of lipid bilayer membranes

Cell membrane is the most critical element that is common to all biological systems. This five-nanometer-thick highly flexible lipid bilayer is known to govern numerous vital cellular processes including endocytosis, exocytosis, enzyme activity, ion transport, cell-cell communication and cell division. Understanding and controlling multiscale structure and dynamics of the cell membrane is, hence, the key to regulate these crucial activities. So far, proposed approaches to tuning membrane dynamics, leading to its fluidity and stiffness, are based exclusively on modification of the bilayer composition that is highly cell specific. In this project, the researcher will use his previous research experience in harmony with expertise of the supervisor to uncover a novel and mechanistic way for regulating the dynamics of the lipid bilayers via engineering complex extracellular microenvironment. Beside its highly interdisciplinary and fundamental nature, this research has a significant potential to open up a new practical pathway to cure membrane-associated diseases, including but not limited to type-2 diabetes, cancer and Alzheimer. This research action will be a great opportunity for the researcher to acquire new scientific expertise, grow his worldwide collaboration network, practice key project management skills and effectively disseminate research outcomes - all of which are essential for being a successful independent academic.
(7165.24052017.112000047) F.I.D.? U4E

L’USINE INTELLIGENTE LARGEMENT RÉPANDUE COUVERTE PAR LA PROPOSITION FID-U4E, BASÉE SUR LES CONCEPTS I4.0, PRÉVOIT L’INTÉGRATION DE DISPOSITIFS INTELLIGENTS CONNECTÉS À DIFFÉRENTS PROCESSUS INDUSTRIELS, À LA FOIS LA TECHNOLOGIE PRIMAIRE, LES PROCESSUS AUXILIAIRES ET LES PROCESSUS DE SOUTIEN À L’INFRASTRUCTURE (ÉNERGIE, DÉCHETS, ENVIRONNEMENT). CES DISPOSITIFS DOIVENT POUVOIR RECEVOIR DES DONNÉES DE CAPTEURS OU DE SYSTÈMES DE CONTRÔLE INTÉGRÉS, QUI DÉCRIVENT L’ÉTAT DES MACHINES ET DES PROCESSUS. CEPENDANT, LE FORMAT DE CES DONNÉES? DIFFÉRENTS ET LES PROTOCOLES SONT DIFFÉRENTS POUR CHAQUE DEVICE.TO MIEUX FAIRE FACE AUX DÉFIS ET SAISIR LES OPPORTUNITÉS? L’INTRODUCTION DES PARADIGMES DE L’INDUSTRIE 4.0? CHOISIR D’ÉTUDIER ET DE DÉVELOPPER UNE PLATEFORME TRÈS INNOVANTE AVEC DES CARACTÉRISTIQUES ET DES SOLUTIONS DE GENERALIT? DONC COMMERCIALISABLE ET UTILISABLE DANS DIVERS CONTEXTES D’APPLICATION — ET POUR DÉMONTRER SA FONCTIONNALITÉ? PAR LE DÉVELOPPEMENT DE TROIS DÉMONSTRATEURS, QUI CONSTITUENT ÉGALEMENT DES PRODUITS QUE LES PARTENAIRES DE LA PROPOSITION
An atomistic study of thermal conductance across a metal-graphene nanoribbon interface

This paper presents an atomistic Green’s function study of phonon transport through a heterogeneous interface between bulk TiC substrates and graphene nanoribbons (GNRs). The force constants that govern the lattice dynamical equations are obtained from first-principles density functional theory (DFT) calculations and then optimized for the Green’s function formulation. Phonon vibrational properties of TiC and GNRs are investigated by lattice dynamics calculations with optimized force constants that correlate well to direct DFT results. Thermal conductances of TiC-GNR-TiC systems are studied together with TiC-GNR structures. The conductances of TiC-GNR interfaces are normalized by ribbon width and are found to converge. The converged value is used to estimate the interface resistance of multiwalled carbon nanotubes (MWCNTs) grown on metal catalyst support substrates and is found to be consistent in an order of magnitude sense with experimental results on MWCNT arrays. The results reveal that covalent bonds...
The cellular response to DNA damage: A focus on MDC1 and its interacting proteins

The DNA damage response (DDR) is comprised of a network of proteins that respond to DNA damage. Mediator of DNA Damage Checkpoint 1 (MDC1) plays an early and important role in the DDR. Recent data show that MDC1 binds multiple proteins that participate in various aspects of the DDR, positioning it at the core of the DDR. Furthermore, interactions with non-DDR proteins were also revealed, suggesting novel roles for MDC1.In this review we provide a comprehensive overview of all known MDC1-binding proteins and discuss their role. We present these binding partners according to their function, thereby providing the reader with a detailed and updated overview of the cellular response to DNA damage. We discuss more recent findings in detail and conclude by presenting the challenges the field faces in the future.
With hands I do not centre! Action- and object-related effects of hand-cueing in the line bisection

A variety of studies have shown action- and object-related visuo-motor priming in behavioural tasks. The peculiarity of this study lies in using a hand-cued line bisection task to explore the main properties of the motor effects evoked by action and object processing. In five experiments it is shown that flanking a line (thin vs. thick line) with images of hands (biological vs. non-biological hand) representing different actions (power vs. precision grip) biases performance towards the action more compatible with the object (power grip - thick line, precision grip - thin line). This effect is larger for the precision grip than for the power grip suggesting a functional rather than manipulative activation. In addition, the effect is larger for the biological than for the non-biological hand. We suggest that this paradigm could be potentially useful for neuropsychological studies as well as for addressing unsolved issues of embodied theories of cognition.
Relationship Between Natural Height Difference Δh and Slope Double Track Central Distance

With the study on the calculation process of the natural height difference in the double track slope of the mining engineering design manual,the calculation of Δh、ΔL、ω was found that the horizontal projection of the double track central distance was the basis of the calculation.The space relationship between the actual double track central distance,angle and route was not found.But the Δh was a very important middle parameter affected to the calculation of the max height difference ΔH in the high and low track roadway and the selection of the vertical curve radius.With establishment of the relationship between the Δh、ΔL、ω calculation and the actual double track central distance,the Δh could be correctly calculated.The design drawing obtained would be more accurate and could be better to guide the production.
Verknüpfte Modernitäten

Brasilien gehörte in der Nachkriegszeit zu den aufstrebenden Ländern, mit denen die junge Bundesrepublik kulturpolitische Verbindungen etablierte. Anhand der vielfältigen Modernitätsbestrebungen in Brasilien und Deutschland analysiert und vergleicht Susanne Neubauer die Verflechtungen zwischen Museumspolitiken, (Re-)Demokratisierungsbestrebungen und dem disziplinübergreifenden Diskurs um das Menschenbild nach der Zäsur des Zweiten Weltkriegs. Aus außereuropäischer Perspektive wirft sie einen Blick auf die Wertungen des Menschen in den kulturellen Umwelten und beleuchtet damit Mechanismen der Entwicklung westlicher Kanonisierungen der modernen Kunst.