SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Construction of a mechatronic liquid level measuring device with increased reliability and functionality

SA.55396(2019/X) The scope of the project includes the construction of an innovative mechatronic device — a wireless improved sensor for measuring liquids in difficult operating environments. A device mounted in tanks, e.g. on impurities, liquid or rainwater will collect and process data about the level of filling of the tank and communicate with other devices. The product created as part of the project will allow the Applicant to offer the final customers a significantly improved product with features that are innovation on a national scale with a real possibility of implementation on foreign markets with particular emphasis on the US market. The innovative product is a wireless liquid level sensor that: — it will be possible to install anywhere in the middle of the tank, including just under the lid, nothing will protrude outside the tank, — it will always perform a correct measurement of the level of liquid, undisturbed by condensates or moisture regardless of weather conditions and conditions in the tank, — affordable for households and enterprises in Poland. There are currently no devices on the Polish market that would be characterised by such features as will be achieved after the implementation of the project. The applicant expects that the product will become the first “Smart Liquid Level Sensor” in Poland available for average households. In addition, on the basis of the new functionalities of the device, the Applicant will be able to offer the device in new areas of use.
Methods for Intervention

By focusing on gender analysis and feminist design of Information and Communication Technology (ICT), this special section brings together three strands of expertise: Science and Technology Studies (STS), Studies and computing. 1 A commonality among these three disciplines is a shared interest in interventions to improve the world we live in. Nevertheless, particularly Studies and computing seem difficult to combine, partly because of their different epistemologies. Whereas deconstructivism, the challenging of categories and dichotomies, is an important target of many Studies (and STS) researchers, most ICT researchers have a positivist stance toward science (Forsythe 2001; Weber 2004) as ICT developers need clear categories and choices to construct ICTs (Maass et al. 2007, 23). The presentations at the Gender & ICT Symposium 2009 in Bremen, Germany, from which the articles of this special section originate, showed that STS provides theoretical concepts, tools, and theories that may help bridge this gap.
The Reasoned Action Model

The reasoned action model (RAM) of Fishbein and Ajzen has been highly influential in the social and health sciences. This article describes three areas for future research that should expand its explanatory power. One area of research focuses on an idiographic RAM that encourages researchers to pursue the estimation of RAM parameters on a per-individual level rather than through traditional nomothetic modeling. The second area encourages scientists to develop a split-second RAM, that is, a RAM that can provide perspectives on the split-second decisions people make in everyday life. Integration of the RAM with models of working (short-term) memory is stressed. The third area for research encourages scientists to develop a multioption RAM that incorporates and is responsive to the choices that people make when confronted with multiple alternatives. This perspective stresses the need to apply the RAM to the full range of behavioral options that are available to people as they contemplate performing one behavior versus another. Perspectives for theoretical advancement in each area are developed.
Mechanism of nucleosome assembly during dna replication

Proper inheritance of the epigenetic information during cell division controls cell fate decisions, tissues homeostasis and development, ensuring disease avoidance. We have little understanding however of the mechanisms by which epigenetic information, specifically histone post-translational modifications in nucleosomes, are replicated in parallel to the DNA prior to cell division. This process strictly depends on proper nucleosome formation on the newly synthesized DNA strands. Here, I will study the molecular mechanism of nucleosome assembly during DNA replication. Nucleosome dynamics during DNA replication is controlled by an interconnected network of histone chaperones that converges on the key Chromatin Assembly Factor 1 (CAF-1). I recently elucidated the molecular mechanism of CAF-1-mediated nucleosome assembly, in absence of any other replication components. I developed a quantitative (NAQ) assay that allows, for the first time, the quantification of nucleosome assembly activity in vitro. In cells, CAF-1 is recruited to replication forks by the DNA polymerase processivity factor PCNA. Here, I will capitalize and expand on the assays above to integrate structural data, quantitative biochemical and biophysical measurements, and functional analyses, to elucidate how CAF-1 crosstalks to PCNA, DNA polymerases and other components of the DNA replication machinery in S phase. Specifically, the proposed research will 1) uncover how CAF-1 recruitment by PCNA affects its function in nucleosome assembly, and 2) examine how CAF-1 activity is regulated during ongoing DNA replication.  This work will reveal the mechanism of nucleosome assembly during DNA replication and its interplay with S phase signaling. A mechanistic understanding of this pathway will uncover the fundamental principles that control genome and epigenome stability, thus cell fate decisions and disease avoidance.
Current Shield

In its various embodiments the water current shield may be used to improve safety for a diver and/or a remotely operated vehicle (ROV) by shielding them from water currents at an underwater work site, thereby allowing them to avoid excess fatigue from the water currents at the underwater work site. It may also extend an environmental range in which projects can proceed without facing the need to go on weather standby or off hire. The water current shield generally comprises a frame; a predetermined set of louver assemblies operatively connected to the frame, where each louver assembly comprises one or more selectably movable louvers; and a louver mover operatively connected to each selectably movable louver.
Flip flop supporting glitchless operation on a one-hot bus and method

A flip flop includes a master portion operable to latch at least one of an input signal and an inverted input signal. The flip flop also includes a slave portion operable to latch at least one of the signal latched by the master portion and an inverted signal latched by the master portion in response to a first phase of a clock signal. The slave portion is also operable to be reset in response to a second phase of the clock signal.
The Analysis of Suppression and Jamming Effect of Continuous Wave on Radio Fuse Frequency Modulated by Triangular Wave

To research jamming method and effect for radio fuse frequency modulated by triangular wave,the continuous wave of the same center frequency as that of the radio fuse was applied.It was found that when the jamming signal is up to certain energy,it can suppress the true echo signal of the target.Theoretical analysis and computer simulation prove the reason why the phenomenon occurs is that the continuous jamming wave has wide-band after mixing to cover and suppress the spectrum of the true echo signal of the target,but the jamming signal can't satisfy the judge condition of distance and speed,so the fuse won't startup wrongly.
(14508.17092020.172001654) IGETECMA

WITH THE INVESTMENT PROJECT, DOES THE COMPANY INTEND TO DEAL WITH THE DIFFICULT PERIOD? DETERMINATODAL LOCKDOWN AND DIFFICULT? GENERALLY RISNTRATED BY MANY SECTORS, AND IN PARTICULAR BY THE BUILDING SECTOR, AS A RESULT OF THE COVID EMERGENCY. THE CONSTRUCTION INDUSTRY, ALREADY? TRIED YEARS OF DECLINE, SAR? THE SUBJECT OF TARGETED PUBLIC INTERVENTIONS AIMED AT THE RECOVERY OR IN ANY CASE THE MAINTENANCE OF THE ALREADY? REDUCED EMPLOYMENT LEVELS IN THE SECTOR (SEE, FOR EXAMPLE, THE 110 % TAX CREDIT). IN THIS CONTEXT, IGETECMA HAS BEEN ACTIVE IN THE SECTOR FOR OVER 25 YEARS? MANAGED TO SUSTAIN THE CRISIS, AND HAS HAD AN INCREASE IN THE DEMAND FOR SUPPLY FROM CUSTOMER COMPANIES, PROBABLY DUE TO THE FACT THAT MANY COMPANIES IN THE SECTOR MORE? SMALL ONES HAVE NOT BEEN ABLE TO KEEP THE PROPRIEATTIVITIS ACTIVE?. DO YOU MEAN THE PROJECT? GO TO CONSOLIDATE THE POSITION OF THE COMPANY ON THE MARKET BY RENEWING AND EXPANDING THE EQUIPMENT OF MACHINERY AND EQUIPMENT IN ORDER TO IMPROVE THE EFFICIENCY
A technique for early prediction of software reliability based on design metrics

In the early stages of development, it is difficult to quantitatively assess the reliability of a software product. In this context, we propose a bottom-up approach to predict the reliability of an object-oriented software from its product metrics gathered during the architectural design stage. A fault model is constructed to categorize different kinds of faults that can occur in the components making up the software product. Subsequently, the product metrics collected during the software design phase are used to estimate the expected number of different kinds of faults that may occur in a component. Eventually, these estimated values of the different kinds of faults are used to predict the expected values of the total number of faults present in the component. We use the estimated fault content of the component and the number of tests that will be performed over the component, to predict reliability of the component. We adopt a probabilistic approach, Bayesian Belief Network, for reliability prediction of the components from product metrics. Based on predicted reliabilities and usage frequencies of the components, the reliability of a system is predicted. The applicability of our proposed model is illustrated through a case study. Moreover, we performed a set of experiments and also compared our approach with an established approach reported in the literature to investigate the accuracy of our approach. Analysis of the results from our experiments suggests that our approach yields reasonably accurate result.
Investigation of climatic events - cooling and ash in the palaeogene

The Palaeogene period in the early Cenozoic (66 – 23 million year ago) saw the transition of the Earth’s climate state from Greenhouse (with no polar ice-caps, as characterised the entire Mesozoic) to Icehouse (as we see today with Polar ice caps). Understanding the dynamics in climate during such an unstable period of Earth’s climatic history is crucial for accurate forecasting of future climate change under anthropogenically-elevated atmospheric CO2. Whilst many studies have looked at particular episodes during this period (focusing on hyperthermals or the descent to icehouse in the Oligocene), there is a lack of studies which look holistically at the entire period. Furthermore, sedimentological evidence that suggests transient cool periods (local or global in scale) may have punctuated the long-term warmth of the early part of the Palaeogene have been largely overlooked as this appears to disagree with published geochemical proxy studies. This project proposes to Investigate Climatic Events, relating Cooling and Ash in the Palaeogene period (ICECAP), by generating a high resolution, multi-proxy temperature reconstruction for the exceptionally well-preserved, continuous Palaeogene succession from northern Denmark, which contain numerous thick ash horizons and enigmatic deposits associated with cold water (“glendonites”). Geochemical analysis and temperature reconstructions for other Palaeogene sites containing cold-water indicators will be undertaken in order to understand the global palaeoclimatic significance of the Danish glendonites.
In-Touch:  digital touch and communication

The rapid expansion of digital touch technologies is set to reconfigure touch and the tactile in significant ways, much as optical technologies transformed sight and the visual. This has immense social significance for communication. There are, however, major gaps in our understanding of touch as it is digitally mediated, and methods are under-developed for a social account of digital touch communication. This project will break new ground as the first comprehensive study of digital touch communication. It aims to obtain a deep understanding of the social and semiotic character of touch as it is mediated by digital technologies and its consequences and impact on human communication, through four objectives, to:
1. Develop innovative methodologies for researching digital touch communication; 
2. Describe, explore and critically analyze the social and semiotic understanding of the communicative potentials and consequences of digital touch; 
3. Advance new theoretical insights on digital touch communication;
4. Make a major contribution to knowledge on digital touch interventions and design.
Digital touch will be brought into sharp focus through the development of a novel socially oriented framework and methods that integrate the micro-lens of multimodality, the broad-ethnographic lens of sensory anthropology, and the experiential-lens of the arts. Eight in-depth case studies will be conducted in world-leading centres of digital touch innovation, with designers and users of digital touch communication in the wild (e.g. museums) and labs. These will investigate how the digital can supplement, heighten, extend, and reconfigure touch communication across a range of contexts (health, learning, work, leisure); re-shape what can be touched, lead to new touch-based capacities, practices and new forms of knowledge about the world.
Method of gluing wood based materials

The present invention relates to a method of gluing wood based materials by providing an adhesive system onto wood based materials followed by curing, the adhesive system comprises a melaminic amino resin and a phenolic resin composition, wherein the phenolic resin composition comprises an acid and a phenolic resin. The invention also relates to an adhesive system and a stable phenolic resin composition as well as wood based products obtained by the method or through the use of the adhesive system.
An approach to construction the neuromorphic classifier for analog fault testing and diagnosis

Testing and diagnosis of analog circuits are very important tasks at the quality assurance of integrated circuits and electronic devices. Faults detection and identification are realized using fault dictionary. The architecture of fault dictionary has an essential influence on time and efficiency of diagnosis at whole. An approach to the construction of fault dictionary as the neuromorphic classifier for analog fault testing and diagnosis is proposed. The approach takes into account the component tolerances, includes the faults clustering as the preprocessing and selection the essential characteristics of CUT's output responses providing the maximum distinguishability between all fault clusters. The experimental results were obtained for second-order bandpass filter and are presented in the paper for demonstrating the proposed approach.
AUTOMATIC BLADE CONTROL SYSTEM DURING A PERIOD OF A GLOBAL NAVIGATIONSATELLITE SYSTEM REAL-TIME KINEMATIC MODE SYSTEM OUTAGE

For precision grading of terrain by a dozer, the dozer blade can be automatically controlled based on measurements from a combination of a global navigation satellite system real-time kinematic mode (GNSS RTK) system and inertial sensors. At least one GNSS sensor and at least one inertial sensor are mounted on the dozer. Control algorithms are based on blade elevation and blade slope angle. During a period of GNSS RTK system outage, control of blade elevation is not available. Blade control is maintained by switching to control algorithms based on blade slope angle and blade pitch angle. Blade slope angle and blade pitch angle are controlled based on extrapolated target values of blade slope angle and blade pitch angle. The extrapolated target values of the angles are extrapolated from target values of the angles prior to the GNSS RTK system outage with the use of a distance travelled by the dozer.
DEVICE FOR MEASURING THE ELECTROMAGNETIC PERFORMANCE OF A GROUND RADAR

The invention relates to a device comprising at least: - one ground station (22) having a beacon function, suitable for sending signals to the radar; and - an airborne sending and receiving system (21) which routes the signals sent by the station to the radar (20) and routes the signals sent by the radar to said station (22).
The dynamics of solidarity on madagascar: an ethnography of political conflicts and appeasement strategies in the context of a pronounced consens norm

The aim of this anthropological research project is to improve understanding of the peace-making processes operating in the ongoing Malagasy political crisis. A dispute in 2009 over the Malagasy presidency, the most powerful political position on the island, marked the beginning of a particularly difficult period. At first tensions were limited to the national political level, but the situation rapidly degenerated into a more general social crisis as international support was suspended, the economy plummeted down and the population of about 22 million had to cope with great insecurity.

In this period of acute risk to social order a number of unusual conflict resolution strategies were adopted independently. Alongside the official, internationally brokered negotiations, there were a number of distinctive, local mechanisms which had a clear, positive impact on the situation. The innovative institutional embodiment of a local concept of solidarity rooted in traditional ancestor worship (fihavanana) and popular justice movements led by charismatic personalities were amongst the most important in paving the way for conflict resolution and a new beginning for Madagascar.

The rarity of such successful conflict resolution in post-colonial contexts arouses curiosity and demands close evaluation. An attractive scientific challenge is triggered, offering a unique opportunity to devise an ethnography of de-escalation and peace which will stand in contrast to the conventional focus on war and disorder. Anthropological fieldwork in Antananarivo (the Madagascan capital) and the Western Melaky region as well as historical research will furnish qualitative evidence for an insightful interpretation of the unique dynamics of solidarity observed.

The project will contribute to a better understanding of the recent Malagasy crisis but will also provide an important case study of theoretical and practical relevance to political anthropology and international peace-building initiatives.
Methane plasma-based ion implantation of metallic and galvanically oxidized tantalum

Tantalum and oxidized tantalum exhibit distinct differences when treated with plasma-based ion implantation of methane with − 20 kV. The implantation profiles of carbon are similar, but carbides are formed in the case of tantalum, as verified with X-ray diffraction and X-ray photoelectron spectrometry in combination with depth profiling, whereas there is no detectable carbide in the tantalum oxide film. The distributions of the co-implanted hydrogen also vary in that the intensity in depth profiling with secondary ion mass spectrometry does steadily decrease in the oxidized Ta, while in the metallic Ta it shows a short indentation below the surface and then decreases only very slowly.
US inflation dynamics on long-range data

In this article, we evaluate inflation persistence in the United States using long-range monthly and annual data. The importance of inflation persistence is crucial to policy authorities and market participants, since the level of inflation persistence provides an indication on the susceptibility of the economy to exogenous shocks. Departing from classic econometric approaches found in the relevant literature, we evaluate inflation persistence through the nonparametric Hurst exponent within both a global and a rolling window framework. Moreover, we expand our analysis to detect the potential existence of chaos in the data generating process, in order to enhance the robustness of our conclusions. Overall, we find that inflation persistence is high from 1775 to 2013 for the annual data-set and from February 1876 to May 2014 in monthly frequency, respectively. Especially from the monthly data-set, the rolling window approach allows us to derive that inflation persistence has reached to historically high leve...
Rupture process of the 2011 off the Pacific coast of Tohoku Earthquake (M w 9.0) as imaged with back-projection of teleseismic P-waves

We use the back-projection method, with data recorded on the dense USArray network, to estimate the rupture propagation for the Mw 9.0 earthquake that occurred offshore of the Tohoku region, Japan. The results show a variable rupture propagation ranging from about 1.0 to 3.0 km/s for the high-frequency radiation. The rupture propagates over about 450 km in approximately 150 s. Based on the rupture speed and direction, the high-frequency source process can be divided into two parts. The first part has a relatively slow rupture speed of 1.0 to 1.5 km/s and propagates northwestward. In the second part, the rupture progresses southwestward starting with a slow speed of about 1.5 km/s and accelerating to about 3.0 km/s. We see three large pulses at 30 s, 80 s and 130 s. The first two, including the largest second pulse, were located 50 to 70 km northwest of the epicenter. The third occurred about 250 km southwest of the epicenter. The variability of rupture velocity may be associated with significant changes of physical properties along the fault plane. Areas of low/high rupture speed are associated with large/small energy releases on the fault plane. These variations may reflect the strength properties along the fault. Also, locations of the high-frequency radiation derived from the back-projection analysis are significantly different from the areas of very large slip for this earthquake.
Promotion of Self-Transcendence in a Multiple Sclerosis Peer Support Groups

Article history: Received: 26 Dec 2011 Accepted: 18 Jan 2012 Available online: 17 Feb 2013 ZJRMS 2014; 16(5): 73-78 Background: Self-transcendence can organize the challenges of multiple sclerosis patients to achieve and maintain a constant state of well-being and sense of integrity in the disease process. As a research based on self-transcendence didn't done in Iran, the present study was conducted to evaluate the effectiveness of peer groups on promoting selftranscendence level in multiple sclerosis (MS) patients. Materials and Methods: This study is a before and after quasi-experimental study that was conducted on 33 patients with confirmed MS participated in three peer support groups: 10 men in male group, 11 women in female group and 12 men and women in mixed group. Eight weekly sessions and each session was 2 hours were held. Data collection tool was Self-Transcendence Scale (STS) with 15 item and Cronbach's coefficient was 0.68 that after modifying, it increased to 0.81. Patients completed self administered questionnaires preand post of sessions. Results: Results showed that peer support groups promote the self-transcendence (p=0.001) with increases in mean self-transcendence scores in all 3 groups (men group: 0.008, women group 0.005 and mixed group: 0.003). Comparing scores before and after intervention demonstrated that self-transcendence increased equally in all groups. Conclusion: The results showed an improving in self-transcendence in peer support group participants at the end of the intervention. The results can be used in areas of nursing education and management. It is proposed that the self-transcendence assessment to be done in other chronic disease in order to evaluate its efficiency. Copyright © 2014 Zahedan University of Medical Sciences. All rights reserved.