SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Secure and assured hardware: facilitating estonia’s digital society

The overall aim of SAFEST is to enhance the scientific and technological capacity of Tallinn University of Technology (TalTech) in the field of Hardware Security, to be achieved through networking activities with its  internationally-leading Twinning partners: Centre National de la Recherche Scientifique (CNRS), Technische Universität München (TUM), Katholieke Universiteit Leuven (KU Leuven), and Technische Universität Graz (TU Graz). To achieve its overall aim, the 3 year project will build upon the existing strong competences of TalTech in closely-related fields, to be complemented by the specific know-how of the Twinning partners. TalTech will also make use of best practices learned from its previous Twinning experience as an enabler to the success of this project.

To boost their scientific excellence and innovation capacity, the partners will implement a networking strategy focused on four complementary subtopics:
- Test for security (CNRS)
- Reverse engineering and defences (TUM)
- Side channel attacks (KU Leuven)
- Hardware-software architectural vulnerabilities (TU Graz)

The networking strategy takes into account the SWOT analysis of TalTech and has the following objectives:
Objective 1: Strengthen the research capability of TalTech and its Twinning partners in the area of Hardware Security
Objective 2: Promote TalTech's competitiveness through sustainable participation in collaborative research efforts
Objective 3: Raise the research profile of TalTech and the Twinning partners
Objective 4: Contribute to the safety aspects of e-Estonia

In order to realize these objectives, the partners will implement a comprehensive set of measures via the following work packages (WPs):
- Short term staff exchanges (WP1)
- Short term exchanges of early stage researchers (WP2)
- Organization of workshops and summer schools (WP3)
- Dissemination and outreach (WP4)
- Project management (WP5)
Children Facing Parental Cancer Versus Parental Death: The Buffering Effects of Positive Parenting and Emotional Expression

The serious illness or death of a caregiver are two of the most distressing events that can befall a child, and are often temporally linked. Although both adversities may impact children’s mental health, studies have not yet attempted to disentangle the effects of parental illness versus those of parental death with regard to children’s psychological functioning. Further, there has been little empirical investigation of potential factors that may diminish risk for psychopathology following either of these adversities. The current study evaluated levels of anxiety, depression, and posttraumatic stress symptoms (PTSS) in youth age 7–13 grappling with either parental cancer (N = 31) or parental death (N = 32) and examined potential predictors of these mental health outcomes across both groups of children. Youth contending with parental cancer exhibited lower levels of PTSS than children who had experienced the death of a parent, but both groups exhibited similar levels of anxiety and depression. Expressive coping was associated with lower levels of PTSS, anxiety, and depression across both groups. An interaction effect revealed that for the bereaved group only, positive parental reinforcement and supportive caregiver communication were inversely associated with PTSS. These findings provide a foundation for future work designed to identify factors associated with distinct mental health outcomes among children facing parental cancer and/or parental death.
Installation for connecting hair to hair pieces, e.g. toupees, comprises hair feed and device for seizing and guiding hair

The invention comprises a hair feeder and a device for seizing and guiding the hair. The hair feeder comprises a V-shaped container (1), which moves lengthwise and has several openings (4) for receiving hair (2). A feed needle (3) moves longitudinally across the container and is guided through a guide tube (5). It rotates, can be replaced and is moved in and out of a lateral opening in the container in such a way that hair can be pulled out of over the area of a fixing device (6,7).
Televizní vysílání po internetu

In the theoretical part, this Bachelor’s thesis on “On-line Television Broadcasting“ outlines the legal regulation of television broadcasting by definition in order to provide a better understanding of the issue, as it differs from the “on-demand audiovisual media services” both by law and in the ways of broadcasting, transmission and delivery of electronic data to public. The new regulation of on-demand audiovisual media services adopted in 2010 has been initiated by the Directive 2007/65/EC of the European Parliament and of the Council of 11 December 2007. It introduced certain changes in the field of broadcast regulation towards all providers of audiovisual media services, revising also the television broadcasting and on-demand audiovisual services. The amended regulation addresses not only the on-demand audiovisual media services, but also reforms radio and television broadcasting as such, mainly the Act No. 231/2006 Coll., as amended.
Alternative Definitions of Passing Critical Gaps

A substantial proportion of the road network in most countries consists of two-lane highways. Available gaps for passing are a fundamental element in the operation of such highways. Providing passing opportunities is important for reducing the formation of vehicle platoons in the traffic flow, increasing the level of service, and improving safety. Passing opportunities also affect fuel consumption and emissions. Despite the importance of passing on two-lane highways, few studies have focused on exploring passing gap definitions when modeling passing behavior. Research was done to investigate various definitions of passing gaps, and these definitions were used to develop passing gap acceptance models. Data on passing maneuvers collected with a driving simulator were used to develop and calibrate three models. The generic structure of these models was composed of the drivers’ desire to pass and their gap acceptance decisions. The impact of traffic characteristics, road geometry, and driver characteristics was included in these models. The results show that the passing gap definition has a significant impact on the models’ ability to explain passing behavior. Moreover, the estimation results show that modeling a driver's desire to pass the vehicle ahead has a statistically significant contribution in explaining passing behavior. Variables that capture the impact of the traffic conditions, geometric characteristics of the road section, driver characteristics, and the unobserved heterogeneity in the driver population were found to have a significant impact on drivers’ desire to pass and their gap acceptance decisions.
GEOGRAPHICAL LOCATION BASED APPLICATION

There is a system suitable for using a mobile computer as a geographical location device to guide a user along a trail using a content server and a geolocation device, where an interactive tour is stored by the content server and the interactive tour can be accessed by a first computing device with access to the geolocation device, and the first computing device is operable to use the geolocation device to provide information and directions according to the interactive tour.
Preparation of Pt/poly(pyrogallol)/graphene electrode and its electrocatalytic activity for methanol oxidation

Abstract Graphene (RGO) can catalyze the electrochemical oxidative polymerization of pyrogallol in the acidic solution to form poly(pyrogallol) (PPG) that has oxygen-containing functional groups in the polymer chain and a rapid charge transfer ability. Pt particles are deposited on the bare glassy carbon (GC), PPG/GC, and PPG/RGO/GC electrodes, respectively, at a constant potential of −0.20 V or −0.25 V (vs. SCE). The sizes of the Pt particles are affected by the electrodeposition potential of Pt and the kinds of the electrode material. Both PPG and graphene play an important role in improving Pt particle dispersion and suppressing the agglomeration of Pt particles. The electrocatalytic efficiency of the Pt electrodes toward methanol oxidation is affected by the amount of Pt deposited on the electrode, sizes of Pt particles and the kinds of the electrode material. Under the same electrodeposition potential and the same amount of Pt deposited on the electrode, the order of the electrocatalytic efficiency of the three kinds of the electrode is as follows: Pt/PPG/RGO/GC > Pt/PPG/GC > Pt/GC. On the basis of the If/Ib ratio on cyclic voltammograms, the catalyst tolerance to CO poisoning is improved by PPG and graphene at the initial stage of methanol oxidation.
Design of static design of wood construction

As part of the project, the design of the construction solution of the timber construction (static solution) will be carried out and the services needed to verify the quality of the assembly will be provided. a.
Prevention of injuries to patients and nurses due to intravenous line dislodgement

Intravenous (IV) therapy is the channelling of medicine and blood directly into a patient’s venous system using a plastic tube. With 3.8 billion tubes used per year, it is the most performed invasive treatment in Europe and USA. However, up to 36% of all these treatments are interrupted by an accidental pull to the tube, costing healthcare an annual €28.3 billion. When this happens, the patient will get hurt and blood and medicine will be spilled. It takes a nurse on average 30 minutes to tend to the patient, clean the spill and reinstate therapy. And when doing so, the nurse puts him or herself at risk for being exposed to contaminated blood and toxic medication such as chemotherapy. There global nursing shortage will worsen with population ageing, IV dislodgement does not help this situation.  What can help is the ReLink safety connector. ReLink is an award-winning, patented technology which is low cost to produce, intuitive to use, and have the potential to create a new annual market worth €11.4 billion in Europe and USA.  The objective for the proposed project is to grow ReLink from its current prototype phase to a market ready product. This involves product development to frozen design (WP 1), regulatory activities to secure clinical evidence, ISO certificate, CE mark and apply for FDA approval (WP 2), intellectual property related activities (WP 3), as well as market surveillance and networking to secure the supply chain, prepare for post-project investments and support from future customers (WP 4) and project management and growing the team (WP 5).  TADA Medical’s business model is to focus on R&D and marketing. Our core competence is need based product development and evidence based medtech marketing. Production and sales will be done by strategic partners, thus keeping cost of goods low as sales increase.  ReLink prevents dislodgement, we will reshape the IV landscape and save lives. Will you join our quest? Join TADA!
Thidiazuron increases fruit number in the biofuel plant Jatropha curcas by promoting pistil development

Jatropha curcas L. is a potential biofuel plant because the composition of its seed oil is suitable for biodiesel and bio-jet fuel production and it is able to grow in unproductive subtropical or subdesert soils. Many studies have been performed to improve the seed yield of J. curcas to meet the needs of the biodiesel industry. As female flower number is an important factor affecting seed yield, an increase in the number of female flowers through the modification of sex expression is critical to the improvement of J. curcas for use as a biofuel. In this study, thidiazuron (TDZ), a synthetic compound with cytokinin (CK) activity, was exogenously applied to inflorescence meristems in four developmental stages to study its effect on sex expression in J. curcas. The results revealed that TDZ treatments of 75 mu M and 225 mu M promoted pistil development, which significantly increased the number of female flowers along with the development of inflorescence meristems. Number of female flowers reached a peak (40.0 female flowers per inflorescence) at 225 mu M TDZ on stages III and IV inflorescence meristems. TDZ also reversed stamen abortion in stages II, III, and IV female flowers and induced bisexual flowers, which largely depends on the development stage of the inflorescence meristems. Furthermore, TDZ treatment increased the branch orders of the dichasia on the inflorescence, as observed by scanning electron microscopy. However, the total number of flowers was significantly decreased, as a result of the abortion of flower buds caused by TDZ. The number of mature fruits, which determines seed yield, was significantly increased by TDZ treatment, although this treatment resulted in a greater number of premature fruits. This study found that treatment with TDZ improved the fruit number of J. curcas by promoting pistil development. TDZ may play dual roles in the determination of flower sex, i.e., promoting pistil development and reversing stamen abortion in female flowers, which could shed light on the mechanism of sex determination in J. curcas and/or other non-model plants.
Battery diagnosis device, battery diagnosis method, and battery diagnosis program

The purpose of this invention is to make it possible to accurately assess the degradation state of a storage battery within a practical time. This battery diagnosis device acquires a first variation of the voltage value of a storage battery during a rest period after the storage battery has been subjected to a charge operation and calculates a degradation state that does not include the influence of the internal resistance of the storage battery on the voltage value by removing the influence of the internal resistance from the first variation (see FIG. 8).
Business intelligence service for the management of crops based on cloud and big data

Agro-industrial companies face the necessity of acquiring more information and control over their crops and the operations they perform in order to produce them. The challenge lies in reducing the hydric and energy resources they use with the objective of increasing their competitiveness and reducing the impact on the environment. Under the brand name of bynse, our SME cubenube (www.cubenube.com) has developed the first big data solution for agriculture in the world. bynse allows managers and producers to analyse the current and future needs of their crops in real time, using an innovative and inexpensive microclimatic sensing system called bynsebox for collecting field data, and a cloud information service called bynsecloud for processing and displaying the information to the users. This data is intersected with data from weather forecasts and vegetative growth tasks (pruning, seeding, etc), and a number of recommendations are generated, leading to a 30% reduction in energy and water consumption, and up to 40% reduction in the use and subsequent cost of phytosanitary products.

Other information, such as strength and vigour of the plants, cannot be extracted from sensors and require colour areal maps (providing data through chlorophyll levels). The combined information provided by these maps plus bynse sensor information has great market potential for our target market of owners and managers of high added-value crops with extensions of between 20 and 100 hectares of non-intensive, woody or extensive agriculture.

The main goal of this innovation project is to evolve bynse offering a “universal” solution by linking big data to geographical data to provide a full Precision Agriculture solution by adding the capability of processing colour maps and geo-localization to the overall information analysis and recommendations.
Karst without borders: scenarios and flavours

This project, consisting of a specific action of connection, cooperation and promotion of food and wine tourism in the Italian and Slovenian Karst, is based on the experience acquired by the partners in the framework of the initiatives entitled “Karst pilot project”, “Spring of Karst delights”, “Terrano wine route” and “Karst flavours”. The project starts with an analysis of the tourist and eno-gastronomical offer of the area to develop joint promotional actions through the creation of targeted tourist packages, that entail the organisation of events, meetings, initiatives, joint and tasting sessions in the cross-border context. The main purpose of the project is the enhancement of tourist attractions in the crossborder Karst area, by harmonizing the different types of food and wine tourism, while establishing a permanent network for the exchange and dissemination of local produce. The project also entails the promotion of restaurants/farmhouses, tourist operators, local tradesmen and entrepreneurs, and the world of typical cuisine and products of Karst, while preserving the importance of an eco-sustainable tourism and of the possible activities to be carried out in the area: a cross-border cycling route, excursions, horseriding, sailing, etc.
Modelling of micro wire electro discharge machining in aerospace material

During the last decade there has been continuing demand of compact, integrated and small size products by a non-traditional process for accurate and cost-effective measurement of material properties. These are needed for machining for tools and product design, the development of
micro size components, the growing needs for micro-feature generation. Micro-manufacturing processes have different material capabilities and machining performance specifications. Machining performance specifications of concern include minimum feature size, tolerance, surface finish, and material removal rate (MRR) and applications of advanced, which is very difficult-to machine materials. They have made the wire EDM an important manufacturing
process to meet these demands. Wire electrical discharge machining (WEDM) technology has been widely used in production, aerospace/aircraft, medical and virtually all areas of conductive material machining. Aerospace materials are known as unique materials ever produced in 
manufacturing industries. It’s capable to withstand in very high temperature and the excellent resistance in mechanical and chemical debilitate. The aerospace material is nickel based superalloys is having high strength, thermal conflict with very tough material characteristics. It is
also very good in corrosion resistance in many conditions of engineering applications. Due to very tough in nature and the machinability has been studied by many researchers on these materials and been carried out for last few years. This project presents the machining of the aerospace materials using wire EDM with in micro size. The objective of this project is to investigate the performance of micro wire EDM machining on aerospace materials. WEDM is 
extensively used in machining of conductive materials when accuracy and tight tolerance is important. Zigzag cutting operation in wire EDM is treated as challenging one because
improvement of more than one performance is measured. Simple and easily understandable model for an axisymmetric 2D model for wire electric discharge machining (WEDM) has been developed using the finite element method (FEM). The observation have been influenced on various characteristics namely, material removal rate (MRR) and residual stress. A full factorial design of experiment (DOE) approach with two-level, three factorials is employed to conduct this experiment. Mini tab software was used to perform the ANOVA analysis and confirmation test was also conducted to verify and compare the results from the theoretical prediction using software.
USING MAXIMAL SUM-RATE MUTUAL INFORMATION TO OPTIMIZE JCMA CONSTELLATIONS

A method and a system for calculating a JCMA constellation for use in a JCMA communication system where the method includes a step of using maximum sum-rate mutual information criterion to select an optimal JCMA constellation for the number of transmitters N, SNR and modulation schemes used by the transmitters.
Dialogue and argumentation for cultural literacy learning in schools

DIALLS is a three year project with three objectives. First, it will develop an understanding of young people’s cultural literacy in formal education through the teaching of dialogue and argumentation as a means to understand European identities and cultures. This will be achieved by the creation and implementation of a cultural literacy learning programme where students respond to and produce multimodal texts reflecting European heritages with the promotion of tolerance, inclusion and empathy as core cultural literacy dispositions. Second, the project will provide comprehensive guidance for the development of cultural literacy in schools through the creation and evaluation of a scale of progression for cultural literacy learning as manifested in students’ interactions and produced artefacts. Finally, DIALLS will promote the emergence of young people’s cultural identities in a student-authored manifesto for cultural literacy and a virtual gallery of their cultural artefacts.  We will conduct analyses of students’ class-based and online interactions, mapping the development of dialogue and argumentation skills to create an open access multilingual data corpus. Cross-comparative analyses of classrooms in seven countries will include analysis of gender, age, ethnicity and socio-economic factors. DIALLS is directly relevant to the call’s work programme as it addresses the role of formal education in supporting the acquisition of the knowledge, skills and competences needed for effective intercultural dialogue and mutual understanding. The novelty of our proposal lies in the intersection of cultural literacy, multimodality, dialogue and argumentation, and through the use of face-to-face and online learning environments where students can share their perspectives as they make sense of Europe and its different cultures. Our innovative teaching and assessment tools will guide teachers in their development of a dialogic pedagogy for cultural literacy in tomorrow’s Europe.
Test Case Generation from Activity Diagram Using Multiobjective Evolutionary Algorithm

The software industry has become one of the world's key industries in recent decades. The tremendous amount of growth in software development industry has taken a pace and has become a driving force. It has grabbed the attention of researchers due to its subtle impact on world's economy and society. Software engineering deals with the design and development of high quality and reliable software. The overall objective in developing software is to provide high quality software without errors and failures. In order to produce high quality software which confirms to be the requirement specifications, it is necessary to test the software. Testing is required to make the software error free.This paper also highlights different techniques used for test case generation. Multi-objective formulations are realistic models for many complex engineering optimization problems. Customized genetic algorithms have been demonstrated to be particularly effective to determine excellent solutions to these problems. In many real-life problems, objectives under consideration conflict with each other, and optimizing a particular solution with respect to a single objective can result in unacceptable results with respect to the other objectives. A reasonable solution to a multiobjective problem is to investigate a set of solutions, each of which satisfies the objectives at an acceptable level without being dominated by any other solution. This paper describes a method using multi-objective evolutionary algorithm for the automatic generation of test cases.