SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Space-Borne and Ground-Based InSAR Data Integration: The Åknes Test Site

This work concerns a proposal of the integration of InSAR (Interferometric Synthetic Aperture Radar) data acquired by ground-based (GB) and satellite platforms. The selected test site is the Aknes rockslide, which affects the western Norwegian coast. The availability of GB-InSAR and satellite InSAR data and the accessibility of a wide literature make the landslide suitable for testing the proposed procedure. The first step consists of the organization of a geodatabase, performed in the GIS environment, containing all of the available data. The second step concerns the analysis of satellite and GB-InSAR data, separately. Two datasets, acquired by RADARSAT-2 (related to a period between October 2008 and August 2013) and by a combination of TerraSAR-X and TanDEM-X (acquired between July 2010 and October 2012), both of them in ascending orbit, processed applying SBAS (Small BAseline Subset) method, are available. GB-InSAR data related to five different campaigns of measurements, referred to the summer seasons of 2006, 2008, 2009, 2010 and 2012, are available, as well. The third step relies on data integration, performed firstly from a qualitative point of view and later from a semi-quantitative point of view. The results of the proposed procedure have been validated by comparing them to GPS (Global Positioning System) data. The proposed procedure allowed us to better define landslide sectors in terms of different ranges of displacements. From a qualitative point of view, stable and unstable areas have been distinguished. In the sector concerning movement, two different sectors have been defined thanks to the results of the semi-quantitative integration step: the first sector, concerning displacement values higher than 10 mm, and the 2nd sector, where the displacements did not exceed a 10-mm value of displacement in the analyzed period.
Method, system and apparatus for calculating the insulin-to-carbohydrate ratio for diabetics

A more accurate method of determining an Insulin to Carbohydrate Ratio for an individual diabetic is provided. The individual, who has been using or has been given a prior suggested dosage of rapid-acting insulin to be taken prior to meals, first plans a benchmark meal ("the Meal") and precisely counts the number of grams of carbohydrates which will be consumed in the meal. The individual blood glucose level is measured before the meal, then the previous dosage of rapid-acting insulin is injected. After the meal another reading is taken of the individual's blood sugar level. The number of units X of carbohydrates for each unit of rapid-acting insulin to be taken before future meal is then calculated by a unique formula.
Effective and environmentally friendly mechanical treatment for salmon delousing

Sea lice are considered one of the greatest challenges in salmon farming, posing a detrimental effect on marine ecosystems, fish health and welfare, and consequently threatening the sustainability of the aquaculture industry. In last years, there has been an alarming decrease in harvest quantity of Atlantic salmon due to sea lice, and the worldwide supply of salmon fell almost 10%. Norway, the largest salmon producer in the world, decreased the total harvest quantity by 63,000 tons  whole fish equivalent  in the period 2016-2017. Scotland reports a shocking annual growth in the share of sea lice affected farms, which increased from 28% to 49% in only one year .
DeBug is a pioneering technology for mechanical delousing of salmon, a breakthrough for sea lice removal that removes up to 100% of salmon sea lice without chemicals and medical treatments, it is a modular system, which can easily be extended to reach a capacity of +270 tonnes and is extremely friendly with both salmons and the environment. 
The consortia are composed by Green Sea Lice Solutions & Skamik, two Norwegian companies with years of experience in the salmon and sea lice removal methods. In 2012, Skamik developed the first prototype of a mechanical de-lousing system, which is now patented and sold worldwide. The objective of this project is to further improve the Skamik de-lousing system by including a new sub-system developed by Green Sea Lice Solutions, pilot the technology in real market conditions and start to commercialise it globally. Our projection clearly demonstrates the commercial potential of our solution, which recoups the anticipated investment within the end of 2nd year of commercialisation. The current projected amount of expected sales considers reaching 9% market share of salmon treatment on a Total Addressable Market (TAM) of 2.3M tons of target salmon produced.
HOTEL ROSATO S.C.

The company faces a difficult economic situation in the catering and hospitality market due to the effects of the pandemic. As a result, there was a significant decrease in customers, which in turn resulted in a high decrease in turnover. The introduction of a parking space for employees was necessary. Despite the lack of customers, the costs associated with maintaining the hotel and employees are maintained at the same level, while the significant decrease in turnover has contributed to the liquidity of the company. The company is applying for a grant, which would have a positive impact on the financial liquidity of the company, will allow to maintain the existing employment and will contribute to further business opportunities.
Improvements in or relating to motor vehicles with the motor mounted in the driving wheel

506,298. Motor wheels. FICHTEL & SACHS AKT.-GES. Feb. 17, 1938, Nos. 4991 and 4992. Convention dates, Feb. 17, 1937 and Feb. 19, 1937. [Class 79 (iii)] A motor wheel comprises a cup-shaped casing 3 secured to the wheel hub and forming the centre of the wheel, such casing accommodating the change-speed gear and clutch, the engine cylinder 8 and crank case being partially accommodated in the lower portion of the casing with the greater portion of the cylinder projecting laterally outside, the carburetter in the upper portion of the casing, whilst the exhaust pipe 9 and the flywheel 7 with the generator lie outside the casing. The projecting portion of the cylinder has cooling ribs parallel to the direction of travel, and inclined downwardly to avoid accumulation of dirt. The upper portion of the casing is closed by a stationary cover 4 having an aperture 6 through which an auxiliary fuel-injection pump on the carburetter is accessible. The engine cylinder 8 and crank case are integral with an inner casing enclosing the change-speed gear and clutch. This casing is freely mounted on the hub but is resiliently restrained against rotation.
Sound and Complete Subtyping between Coinductive Types for Object-Oriented Languages

Structural subtyping is an important notion for effective static type analysis; it can be defined either axiomatically by a collection of subtyping rules, or by means of set inclusion between type interpretations, following the more intuitive approach of semantic subtyping, which allows simpler proofs of the expected properties of the subtyping relation.

In object-oriented programming, recursive types are typically interpreted inductively; however, cyclic objects can be represented more precisely by coinductive types.

We study semantic subtyping between coinductive types with records and unions, which are particularly interesting for object-oriented programming, and develop and implement a sound and complete top-down direct and effective algorithm for deciding it. To our knowledge, this is the first proposal for a sound and complete top-down direct algorithm for semantic subtyping between coinductive types.
Diurnal and seasonal variation in light and dark respiration in field-grown<i>Eucalyptus pauciflora</i>

Respiration from vegetation is a substantial part of the global carbon cycle and the responses of plant respiration to daily and seasonal fluctuations in temperature and light must be incorporated in models of terrestrial respiration to accurately predict these CO2 fluxes. We investigated how leaf respiration (R) responded to changes in leaf temperature (T(leaf)) and irradiance in field-grown saplings of an evergreen tree (Eucalyptus pauciflora Sieb. ex Spreng). Seasonal shifts in the thermal sensitivity of leaf R in the dark (R(dark)) and in the light (R(light)) were assessed by allowing T(leaf) to vary over the day in field-grown leaves over a year. The Q10 of R (i.e., the relative increase in R for a 10 °C increase in T(leaf)) was similar for R(light) and R(dark) and had a value of ∼ 2.5; there was little seasonal change in the Q10 of either R(light) or R(dark), indicating that we may be able to use similar functions to model short-term temperature responses of R in the dark and in the light. Overall, rates of R(light) were lower than those of R(dark), and the ratio of R(light)/R(dark) tended to increase with rising T(leaf), such that light suppression of R was reduced at high T(leaf) values, in contrast to earlier work with this species. Our results suggest we cannot assume that R(light)/R(dark) decreases with increasing T(leaf) on daily timescales, and highlights the need for a better mechanistic understanding of what regulates light suppression of R in leaves.
Quantifying and protecting the privacy of genomic data

Genomic data carries a lot of sensitive information about its owner such as his predispositions to sensitive diseases, ancestors, physical attributes, and genomic data of his relatives (leading to interdependent privacy risks). Individuals share vast amount of information on the Web, and some of this information can be used to infer their genomic data. Hence, there is a need to clearly understand the privacy risks on genomic data of individuals considering publicly available information on the Web. It is also crucial to protect genomic privacy of individuals without compromising the utilization of genomic data in research and healthcare.

The two main objectives of this project are (i) to develop a new unifying framework for quantification of genomic privacy of individuals and (ii) to establish a complete framework for privacy-preserving utilization, sharing, and verification of genomic data under real-life threat models. Graph-based, iterative algorithms previously developed by the applicant to efficiently analyze big data and make inference from it will be the foundation for the new quantification framework. To achieve the holistic genomic privacy objective, cryptographic tools, techniques from information theory, and statistics (differential privacy) will be used. 

This project will be a significant step towards understanding the privacy risks on genomic data of individuals and protecting the privacy of genomic data. It will also provide a new vision for security and privacy of health-related data in general and will find many implications in other domains such as banking and online social networks. The results of the project will also have an impact on future policies and legislation about protection of health-related data. 

This EF will have big impact on the future career of the applicant by helping him build new connections, enhance his expertise, increase his visibility in the field of security and privacy, and improve his independent research skills.
Pricing Equity Swaps in an Economy with Jumps

Empirical evidence confirms that asset price processes exhibit jumps and that asset returns are not Gaussian. We provide a pricing model for equity swaps including quanto equity swaps for a non-Gaussian market. The market is driven by a general marked point process as well as by a standard multidimensional Wiener process. In order to obtain closed-form solutions of the swap values, we assume that all parameters in the asset price processes are deterministic, but possibly functions of time. We derive swap prices using martingale methods rather than replicating portfolios, and we show how to calculate the convexity correction term analytically. Our results are an extension of the results of Liao and Wang (2003; Pricing models of equity swaps, The Journal of Futures Markets, 23(8), pp. 751–772). The martingale method is the key that enables the extension.
(3553.04032020.158000316) PERTI40

3.1. THE IDEA BEHIND THE PROJETTOPERTI40 ORIGINATES IN PERTICI, A HISTORIC COMPANY IN THE ITALIAN AND WORLD PANORAMA OF THE PROCESSING OF ELEMENTS FOR FIXTURES AND STRUCTURES LEGGERE.L?AMBIZIONE DI PERTI40? EXPLOITING THE POTENTIALS? EXPERIMENTAL DEVELOPMENT OF TECHNICAL EVOLUTIONS, NEW INDUSTRIAL IDEAS AND NEW PRODUCTS, LEVERAGING ON:? KNOW-HOW ACQUIRED IN OVER 50 YEARS OF ACTIVITY? IN THE CONSTRUCTION OF PLANTS FOR ALL THE NECESSARY PROCESSES FOR THE PRODUCTION CYCLES OF PVC AND ALUMINUM DRAWN;? HISTORICAL BRAND ASSOCIATED WITH HIGH-QUALITY MACHINES? AND RELIABILITY ABLE TO OPERATE FOR DECADES IN DIFFERENT ENVIRONMENTS AROUND THE WORLD;? EXPERIENCE IN THE ESSENTIAL PHASES OF THE SPECIFIC TRANSFORMATION PROCESS, RANGING FROM CUTTING TO SIZE ACCORDING TO COMPLEX GEOMETRIES TO PREPARATION FOR THE JOINT, THROUGH MECHANICAL PROCESSING OPERATIONS, UP TO WELDING FOR PVC;? EXPERTISE IN THE TWO AREAS OF OPERATIONS DISTINCT FROM THE BASIC MATERIAL: POLYMERS (MAIN PVC
CROSSOVER ROPE SPLICE FOR CREATION OF EYE

Disclosed invention is a method to create slings in a rope and the product of the method. The splice in the present invention creates the splice primarily in the eye of the sling as opposed to the body of the sling. By creating the splice in the eye, the amount of rope needed for the splice is reduce, allowing for greater flexibility in the length of the resulting sling, and lower overall weight.
Levosimendan Treatment During Orthotopic Heart Transplantation: Case Report

OZET Kalp trans plan tas yo nu son ra si er ken mor ta li te nin en onem li se bep le rin den bi ri si pri mer greft yet mez li gi dir. Te da vi se ce nek le ri ise; inot rop lar ve me ka nik ola rak des tek le yen arac lar dir. Ye ni bir kal si yum (Ca+2) du yar las ti ri ci ajan olan le vo si men dan; po zi tif inot ro pik, ko ro ner, pul mo ner ve sis te mik va zo di la tor et ki ye sa hip tir. Bu su nu da or to to pik kalp trans plan tas yo nu ge ci ren iki ol gu da du suk kalp de bi si ne de niy le bir ol gu da inot ro pik des te ge, di ger ol gu da inot ro pik ve in tra a or tik ba - lon des te gi ne ek ola rak 12 µg -1 . kg -1 . dk'lik yuk le me do zu nu ta ki ben 0.2 µg -1 .kg -1 .dk'lik in fuz yon do zun da le vo si men dan des te gi bas lan mis ve 30 da ki ka son ra has ta la rin he mo di na mik ve ri le ri du - zel mis tir. Anah tar Ke li me ler: Kalp trans plan tas yo nu; kardiyotonik ajan lar; le vo si men dan ABS TRACT Primary graft failure is a major cause of early mortality after heart transplantation. Treatment alternatives include inotropes and mechanical assist devices. Levosimendan is a new cal - cium sensitizer presenting positive inotropic and vasodilator effect in the coronary, pulmonary and systemic vasculature. We report two patients who underwent orthotopic heart transplantation and suffered from low output syndrome. One of these cases was treated with a bolus dose levosimen - dan of 12 µg-1 . kg -1 and a 0.2 µg-1 . kg -1 . min-1 infusion rate in addition to classical inotropic agents.
AUTONOMOUS FLOW CONTROL SYSTEM AND METHODOLOGY

A technique facilitates regulation of flow through a flow control device to improve a well operation, such as a production operation. The technique utilizes a flow control device which has a valve positioned in a housing for movement between flow positions. The different flow positions allow different levels of flow through a primary flow port. At least one flow regulation element, e.g. a Venturi based flow regulation element, is used in a control line in communication with the valve to establish a differential pressure acting on the valve. The differential pressure is a function of fluid properties and is used to autonomously actuate the flow control device to an improved flow position.
The fall of 1200bc: the role of migration and conflict in social crises at end of the bronze age in south-eastern europe

This project explores changes in migration and conflict at the end of the Bronze Age (ca.1300-1000 BC) and their relevance for understanding the collapse of Europe’s first urban civilisation in the Aegean and proto-urban groups of the Balkans. The objective is to uncover the human face of this turning point in European prehistory by directly tracing the movement of people and the spread of new social practices across cultural boundaries. Hotly debated ancient tales of migrations are tested for the first time using recent advances in genetic and isotopic methods that can measure human mobility. Combined with mortuary research, this will precisely define relations between personal mobility and status, gender, identity and health to explore social scenarios in which people moved between groups.
To better understand the context of mobility, the project also evaluates social networks through which cultural traditions moved within and between distinct societies. For this purpose, regionally particular ways for making and using objects are analysed to explore how practices were exchanged and how types of objects shaped, and were shaped by, their new contexts of use. Metalwork is chosen for this research because new forms came to be widely shared across the region during the crisis, and we can employ a novel suite of analytic methods that explore how this material exposes wider social changes.
As personal and cultural mobility took place in social landscapes, the changing strategies for controlling access and mobility in settlement organisation are next explored. The character and causes of conflicts arising through these diverse venues for interaction are identified and we assess if they were catalysts for, or consequences of, unstable social systems.
THE FALL uses new primary research to test how this interplay between local developments, cultural transmissions and movement of people shaped the processes and events leading to the collapse of these early complex societies
Smart Urban Reuse Flagship Alliances in Central Europe

Large volumes of waste & waste water, poor air and water quality, high levels of ambient noise, lack of integrated environmental management are relevant issues in functional urban areas. Reuse is a highly relevant approach to tackle them. Despite recent improvements at transnational level there is still a highly fragmented decision making landscape in this field. SURFACE’s main objective is to improve environmental management & quality of life of functional urban areas through the establishment of Multi-Stakeholder based Smart Re-Use parks as a possible solution for increasing sustainability in selected functional urban areas. The change consists in the availability of a harmonized & evidence based decision making setting in the field of waste prevention & reuse in CE area where: 1) reuse & waste prevention options become integrated options of environmental management strategies & action plans, 2) urban decision makers can share decisions, 3) multi-stakeholder cooperation schemes and Smart ReUse Parks Action Plans can be shared and used; 4) tested & validated Pilots can be studied and 5) an increased set of immediately usable instruments be adopted through twinning training schemes. 7 outputs guide to this change: 1 Menu of Modular Reuse and Synergic oriented Urban Practices in Waste Prevention, 2 A Multi-Stakeholder Permanent Forum on Urban Waste Prevention Plans, 3 Cooperation Matrix, 4 Regional Smart Reuse Park Action Plans, 

5. Smart ReUse Parks Pilots, 

6. Smart ReUse Parks Activation Tool, 7 Smart ReUse Twinning Scheme are. SURFACE innovative approach is based on 1) a participatory system / Multi-Stakeholder Permanent Forum on Urban Waste Prevention Plans, 2) an on-site, real case based delivery of Smart Re-Use Park services portfolio. SURFACE involves complementary & synergic partners in different small and medium-sized cities to contribute to the development of local waste prevention & reuse based environmental management strategies and plans.
The Ideological Construction of Iran inThe NYT

This study used Critical Discourse Analysis (CDA) as a multidisciplinary approach to analyse The New York Times (The NYT) news texts in order to examine how systemic structures and properties of language played a role in the portrayal of the Iranian nation and to provide insights into how the information presented in the news texts had ideological implications. Analysis of news discourse in the study concentrated on the headlines and lead paragraphs of The NYT that covered the post-Islamic republic discourse around the Iranian hostage crisis (1979� 1980) and the more recent discourse concerning the Iranian presidential election of June 2009. The discursive analysis showed that there was a tendency to polarize between Us (good, righteous, peaceful, etc.) and Them (evil, violent, etc.) to associate stereotypical negative traits to the out-group. It was found that such ideological representations of the Iranian participants were linguistically realized via the dominant processes of transitivity, thematization, and lexicalization.
Map value transformations in a global interconnection. how sensory experiences and cultural interpretations shape concepts of “ethical diamond” and “mining work ethic”.

The aim of the project is to retrace, through an ethnographic research in the Canadian diamond mine Diavik and in the jewelry Belloni in Milan, the cultural interpretations that various parties (miners, consumers and owners of jewelry) give, within a global interconnection to ethical diamond and the idea of ethics of mining work. The Diavik Mine, who joined a certification program signed by the Government of the Northwest Territories of Canada, produces ethical certified diamonds that are sold in Italy in the jewelry store Belloni.
The project provides a detailed description of the concept of culture of limit, coined by the candidate, that Armano has already detected among miners of alpine mining communities; the concept explains the special relationship between miners and mine, which is interpreted by the workers as a symbolic threshold that the miner must challenge to be accepted in the group of companions; but it is also a threshold that the miner must not exceed to avoid accidents at the work of place. The anthropological concept of limit, regulates the relationship between workers in the mine and gives shape to a cultural representation of mining work ethic. 
In ethnographic research in jewelry, the project aims to study, from the anthropological point of view, consumer practices and understanding the cultural interpretations that consumers attribute to their actions when they buy ethical diamonds. It also wants to analyze which interpretations, the owners of the jewelry, give to the idea of mining work ethic and how it is used, advertising strategies, to promote the sale of ethical diamonds. 
The project aims to build an analysis methodology of anthropology, to the study of consumption that can provide a new key to anthropological interpretation of consumers and consumption practices. The main target is to contextualize, from the socio-cultural point of view, consumption practices and from the classic consumer research, bring out the consumers point of view.
A Profile-Based Identification of Standby and Useless Electricity Consumption in Buildings

Useless electricity consumption is the electricity consumption of an electric appliance or system that is not performing its primary function or that is performing its primary function without being useful. So, useless electricity consumption does not only consist of standby losses. To identify the useless electricity consumption in a building, a profile-based approach is developed. This approach is used to investigate the useless electricity consumption in five buildings of the University of Leuven. The result of this study is that in these buildings the useless electricity consumption accounts for 4 to 13% of the total electricity consumption. This paper will give a detailed discussion of a case study in a library of the university.