SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Analysis of a Large Companyâ€™s Global Activity Sustained by the Organizational Culture

Organization's strategic position has to be understood in relation to the external environment, its internal resources, the employeesâ€™ skills, desires, and influences endogenous and exogenous. But, above all, the competition and the programs applied have to be different from that activities or services of the competitors. Market research provides the firm with information regarding the markets or market segments with the best prospects, the price levels accepted by the market, the ways of distributing the products on the market, promotional actions, etc. Equally important for grounding the strategy are the macroeconomic forecasts, the field projections, and the policies of the bodies regulating and supervising insurances. This provides the guidance of the organizationâ€™s development in accordance with the main macroeconomic developments foreshadowed for the following period. The quality of the global activity is given by the nature of the organizational culture, a powerful instrument for performing the management and getting the appropriate results. I think that Petrom is the most suitable enterprise (firm) for the analyze, being the largest company in Southeast Europe, whose market penetration force and market sustainability are largely due to the European management implemented by OMV, as Petrom is part of the OMV structure. At the same, in this period, it is capable to get down the prices, in order to keep the clients, but maintaining the efficiency of the main activity.
Evolving service for a complex, resilient, and sustainable world

Abstract As the world evolves complex interdependencies, it is more important than ever to pay special attention to service system resiliency and sustainability. The emergence and growth of service science and Service-Dominant (S-D) Logic helps to encourage systems-level thinking and provides at least some initial guidance on developing appropriate ‘mind-sets’ and skills. In turn, this provides the means to be more innovative in developing solutions to ‘wicked’ human problems that growing complexity brings forth. Undoubtedly, some of these innovative solutions must deal with policymaking. And some of these policies may encourage new types of value-propositions that grant shared access rights to resources while developing new rules that allow the co-evolution of dispute resolutions. This invited commentary on service integration and coordination in a complex world should be of value to enterprises and governments searching for ways to adopt a more service-oriented perspective and develop more innovative se...
Factors of Hamilton Depression Rating Scale (17 items) at 2 weeks correlated with poor outcome at 1 year in patients with ischemic stroke

There was fewer paper about the relation between the Hamilton Depression Rating Scale (17 Items, HDRS-17) factors and stroke outcomes. Our aim was to investigate the influence of total score and factors of HDRS-17 on outcome of ischemic stroke at 1 year. A total of 1,953 patients with acute ischemic stroke were enrolled into a multicentered and prospective cohort study. The HDRS-17 was used to assess symptoms at 2 weeks after ischemic stroke. The Modified Ranking Scale (mRS) scores of 3–6 points and 0–2 points were regarded as poor outcome and benign outcome, respectively. At 1 year, 1,753 (89.8 %) patients had mRS score data. After adjusting for the confounders, patients with a total HDRS-17 score of ≥8 had a worse outcome at 1 year (OR = 1.62, 95 % CI 1.18–2.23). Symptoms of suicide (OR = 1.89, 95 % CI 1.27–2.83), decreased or loss of interest of work (OR = 1.89, 95 % CI 1.38–2.58), retardation (OR = 1.74, 95 % CI 1.27–2.38), psychic anxiety (OR = 1.72, 95 % CI 1.26–2.34), and agitation (OR = 1.61, 95 % CI 1.08–2.40) increased the risks for poor outcome by >60 %, respectively. Depressed mood, somatic anxiety, somatic symptoms-gastrointestinal, and early insomnia also increased the risk for poor outcome by nearly 50 %, respectively. A total HDRS-17 score of ≥8, and suicide, decreased or loss of interest of work, anxiety, agitation, retardation, depressed mood, somatic anxiety, somatic symptoms-gastrointestinal, and early insomnia of the HDRS-17 factors at 2 weeks after ischemic stroke increase the risk for poor outcome at 1 year.
The Julian Alps between present and future: the king of Saxony's route

This project is part of a wider integrated project called “The Julian Alps between present and future”. It envisages specific initiatives in the cross-border area comprised among the municipalities of Tarvisio and Resia (in Italy) and of Kranjska Gora and Bovec (in Slovenia), the publication of information material in two languages as well as the setting up of a Working Group of experts from the various participating bodies, who will have the task of assessing the progress of individual sub-projects. This initiative aims at re-launching tourism and consolidating the local economy in the cross-border area of the region, through the adoption of specific and integrated actions in the fields of high altitude, naturalistic, educational and rural tourism, by enhancing the local resources and maintaining the typical features of the area. The general objective of this imitative consists in renovating three CAI routes: route 625 leading to the Brunner and Corsi Huts (between Sella Nevea and Cave del Predil), the former, now severely deteriorated, was the hunting lodge of Frederick Augustus King of Saxony, while the latter is still used to access alpine routes and equipped trails; route 628 towards Casera Cragnedul di Sopra; route 629 leading to the Grantagar Mountain Hut (“malga”) (between Cima Alta di Rio Bianco and Monte Cragnedul), where a farmhouse accommodation has been set up and the malga owner’s home has been renovated. The project envisages earthwork to restore the layout of the route, vegetation cutting, setting up of anchorage, cables and steps, trussing, installing Italian Alpine Club’s bilingual boards and signs and publishing publicity material.
Cervical Cancer Prevention in HIV-Infected Women Using the “See and Treat” Approach in Botswana

Cervical cancer is a major public health problem in resource-limited settings, particularly among HIV-infected women. Given the challenges of cytology-based approaches, the efficiency of new screening programs need to be assessed.Community and hospital-based clinics in Gaborone, Botswana.To determine the feasibility and efficiency of the "see and treat" approach using visual inspection acetic acid (VIA) and enhanced digital imaging (EDI) for cervical cancer prevention in HIV-infected women.A 2-tier community-based cervical cancer prevention program was implemented. HIV-infected women were screened by nurses at the community using the VIA/EDI approach. Low-grade lesions were treated with cryotherapy on the same visit. Women with complex lesions were referred to our second tier specialized clinic for evaluation. Weekly quality control assessments were performed by a specialist in collaboration with the nurses on all pictures taken.From March 2009 through January 2011, 2175 patients were screened for cervical cancer at our community-based clinic. Two hundred fifty-three patients (11.6%) were found to have low-grade lesions and received same-day cryotherapy. One thousand three hundred forty-seven (61.9%) women were considered to have a normal examination, and 575 (27.3%) were referred for further evaluation and treatment. Of the 1347 women initially considered to have normal exams, 267 (19.8%) were recalled based on weekly quality control assessments. Two hundred ten (78.6%) of the 267 recalled women, and 499 (86.8%) of the 575 referred women were seen at the referral clinic. Of these 709 women, 506 (71.4%) required additional treatment. Overall, 264 cervical intraepithelial neoplasia stage 2 or 3 were identified and treated, and 6 microinvasive cancers identified were referred for further management.Our "see and treat" cervical cancer prevention program using the VIA/EDI approach is a feasible, high-output and high-efficiency program, worthy of considering as an additional cervical cancer screening method in Botswana, especially for women with limited access to the current cytology-based screening services.
Automated 3d thermal imaging of industrial plants and residential buildings by drones

At TECHNIDRONE we develop and manufacture cutting edge technology for the small UAV industry sector. Together with IDEYA, an engineering company specialised in the environmental and energy efficiency sector, we have a strategic vision relying the design and development of an automatic vision UAV system able to collect images of buildings and structures in three dimensions (3D) and to include thermal profiling in order to produce 3D thermal models giving useful information for different applications, such as industrial or urban area energy auditing.

Current energy audits represents the thermal radiation from the objects using infrared thermal pictures in two dimensions (2D) taken from the ground. However 2D images are not sufficiency accurate and lacks information on the geometry and location of objects preventing any quantitative calculation of the actual energy performance losses. Moreover, terrestrial images do not get any building-envelope scans, so cannot really determine if the envelope or which part on it is indeed the culprit. However, up to 25% of the energy leaks at home are usually lost through the roof, and other 35% through the walls. In that sense, the solution that we propose using 3D thermal images taken by UAVs is actually the only way to detect such losses on the roof and top of the walls. 

In addition,  by the utilization of innovative vision technologies we will be able to produce 3D-reconstruction of buildings and structures from images from drones in which thermal imaging overlay will be applied to generate precise 3D models of objects with augmented temperature and visible information. Such information will allow the accurate thermal analysis, calculation of energy losses and can lead to energy savings up to 30-40% compared to current energy auditing methods.
Support for maintaining the business activity of the company E-LEKTROMEDIA.PL Marzena Kościuk in the context of a significant decrease in turnover due to COVID-19.

The project concerns support for the working capital of E-LEKTROMEDIA.PL Marzena Koścuk in the event of a significant decrease in turnover (revenue from sales) due to the disruption of the economy as a result of COVID-19.
Valorisation of mof-based voc gas sensors

Considerable progress has been made in the FET Open SPRINT project.  Technology has been developed for the vapour phase deposition of metal-organic framework thin films in mild conditions.  Metal-organic frameworks are crystalline nanoporous materials of which the pore properties can be tuned.  Derivative applications of this technology are being explored such as gas sensors and low-k insulator films for microelectronics. Proof-of-concept gas sensors based on MOF thin films have been built and evaluated.    MOVOS focuses on gas sensors and aims to build market and technical knowledge by close interaction with the value chain. In addition a portable demonstrator will be developed that builds further on the lab sensor concepts.
Sostenere le imprese registrate ai sensi della legge sul turismo come tour operator o agente di viaggio per superare le conseguenze economiche della pandemia di COVID-19

Sostenere le imprese registrate ai sensi della legge sul turismo come tour operator o agente di viaggio per superare le conseguenze economiche della pandemia di COVID-19
Model Checking BRS based AADL Specification

the architecture description language AADL differs from other ADLs by its possibility to describe both hardware and software aspects of a system, it does not provide a formal notation for describing the deployment operation which is crucial in systems where hardware and software components are tightly coupled such as embedded systems. In this paper, we show the relevance of bigraphical reactive systems (BRS) to formalize the deployment operation of AADL architectures. The proposed approach allows, firstly a formal description of the two structures of AADL architectures, namely the platform and the application scenario, and secondly a natural modelization of the installation and the reconfiguration of AADL specification thanks to composition and transformaton operations of BRS. To validate the obtained model, we use a model checker dedicated to BRS.
SUBVENCIÓN DE CAPITAL DE TRABAJO PARA KRUPKA MAŁGORZATA «TEXTMAR»

El proyecto se refiere al apoyo del empresario a proporcionar liquidez financiera y apoyo a las actividades actuales debido a las dificultades financieras experimentadas por el empresario como consecuencia del brote de COVID-19. Ayuda financiera concedida en el marco del programa n.º SA.57015 (2020/N)
The Adriatic's museums enrich cultural tourism

MUSEUMCULTOUR’s main aim is to contribute to the strengthening of cultural tourism by creating and promoting market-oriented programmes which include cultural heritage. In more detail, the project deals with the introduction of new museum exhibitions and collections, using modern, interactive and innovative techniques and approaches; with the establishment of better conditions for forming (new) integrated tourist products that emphasize cultural heritage and, finally, with an increase of activities relating to strategic marketing communication and networking. To obtain this, partners will elaborate, at interregional level, a joint and shared marketing strategy based on the specific characteristics of the addressed Adriatic regions, a joint manual for interpretative guidance based on the common interpretative guidance training, and they will create new innovative services and products. These products will be based on new and improved museum exhibitions, mutual shared knowledge and experience exchange. In doing so, the project gives a great contribute in the achievement of the main objective of the IPA Adriatic CBC Programme, that is the strengthening of the sustainable development capabilities of the Adriatic region. In particular, the project addresses the specific objective of promoting, improving and protecting the natural and cultural resources of the Adriatic area through the measure Sustainable tourism. The partnership is made of heterogeneous organisations with specific characteristics, roles, functions and different knowledge: local authorities, development agencies, museum institutions, and an undertaking from the tourist sector managing cultural and natural heritage. Partners represent a wide portion of the area interested by the programme, as they cover different areas from Italy, Slovenia, Croatia, Montenegro and Albania. Cross-border dimension will bring an added value as for the exchange of know-how, experiences and expertise among partners and stakeholders. The common and joint elaborated project’s studies and their implementation ensure a joint approach to the promotion of the Adriatic basin as a whole. Cultural Tourism is certainly one of the sectors able to initiate the development of eastern Adriatic countries and the sustainable exploitation of their resources. On the one hand, the involved museums are suffering from inadequate or inappropriate equipment, lack of innovative services and products and lack of strategic marketing communication and networking. On the other hand, museums are still under-used and not recognized tourist resources and are notoriously neglected by tourist organizations. The Project proposal intends to reduce problems relating to the absence of integrated package tours, to marketing of cultural heritage and to lack of information exchange within the tourism and cultural sectors. By reducing these problems it will have a long-term impact in the strengthening of cultural tourism and in the prolongation of the tourist season in the whole involved area
Establishment and Characterization of the First Pediatric Adrenocortical Carcinoma Xenograft Model Identifies Topotecan as a Potential Chemotherapeutic Agent

Abstract Purpose: Pediatric adrenocortical carcinoma (ACC) is a rare and highly aggressive malignancy. Conventional chemotherapeutic agents have shown limited utility and are largely ineffective in treating children with advanced ACC. The lack of cell lines and animal models of pediatric ACC has hampered the development of new therapies. Here we report the establishment of the first pediatric ACC xenograft model and the characterization of its sensitivity to selected chemotherapeutic agents. Experimental Design: A tumor from an 11-year-old boy with previously untreated ACC was established as a subcutaneous xenograft in immunocompromised CB17 scid−/− mice. The patient harbored a germline TP53 G245C mutation, and the primary tumor showed loss of heterozygosity with retention of the mutated TP53 allele. Histopathology, DNA fingerprinting, gene expression profiling, and biochemical analyses of the xenograft were conducted and compared with the primary tumor and normal adrenal cortex. The second endpoint was to assess the preliminary antitumor activity of selected chemotherapeutic agents. Results: The xenograft maintained the histopathologic and molecular features of the primary tumor. Screening the xenograft for drug responsiveness showed that cisplatin had a potent antitumor effect. However, etoposide, doxorubicin, and a panel of other common cancer drugs had little or no antitumor activity, with the exception of topotecan, which was found to significantly inhibit tumor growth. Consistent with these preclinical findings, topotecan as a single agent in a child with relapsed ACC resulted in disease stabilization. Conclusion: Our study established a novel TP53-associated pediatric ACC xenograft and identified topotecan as a potentially effective agent for treating children with this disease. Clin Cancer Res; 19(7); 1740–7. ©2013 AACR.
"Sviluppo di attività di innovazione rafforzando gli impianti di R & S"

L'obiettivo principale del progetto, che è previsto per essere realizzato dalla società biotecnologica Proteon (una società del settore PMI), è quello di aumentare l'attività di R & S. Ciò sarà realizzato attraverso un investimento in immobilizzazioni materiali (opere e lavori di costruzione finalizzati alla realizzazione dell'adeguata infrastruttura tecnica del nuovo laboratorio aziendale e all'acquisizione di immobilizzazioni specialistiche), grazie al quale il richiedente sarà in grado di svolgere i lavori di ricerca previsti inclusi nel Piano di Lavoro R & S. Proteon intende sviluppare nuove soluzioni innovative basate sulle proprietà uniche che i batteriofagi conferiscono grazie alle capacità della tecnologia moderna. Il livello di novità dei risultati attesi dovrebbe essere considerato a livello globale. L'investimento sarà effettuato in modo indipendente dal richiedente nel periodo 02/2020-06/2021. Nella fase operativa si ipotizza la cooperazione con i centri di ricerca. Questo progetto è una logica continuazione della strategia di sviluppo dell'azienda ed è una risposta alle attuali esigenze dell'azienda e ai problemi di mercato. L'investimento porterà una serie di vantaggi tangibili per il richiedente, tra cui un aumento del livello di innovazione e competitività. Il progetto è collegato a due RIS definiti per il POR WŁ, e il suo luogo di attuazione è l'Area Metropolitana di Łódź (l'attività si inserisce nelle direzioni strategiche di sviluppo). Come risultato dell'investimento, l'occupazione sarà aumentata da personale qualificato di ricerca. L'attuazione del progetto avrà un impatto positivo sulle politiche orizzontali dell'UE. Proteon garantisce un elevato potenziale di realizzazione del progetto e progetti di R & S, fornisce personale qualificato, risorse e know-how necessari, garantendo la piena fattibilità (anche finanziaria) del progetto e mantenendo i suoi risultati a lungo termine.
Application and Research Progress of Heater in Natural Gas Industry

With high-speed development, the natural gas industry will lead and promote the development of related techniques and equipments. This article studies the application of the heater in the gas industry, and indicates that it is an indispensable piece of equipment in natural gas application systems. As a special furnace type, the natural gas heater is the main energy consumer for the process of gas production, transportation, and application. Thus, the development of highly efficient natural gas heaters has become an important research aspect. Investigations and improvements on the structure and heat-transfer process of the heater in order to improve its thermal efficiency are discussed in this article. It is concluded that as a weak point, the heat transfer effect inside the natural gas heater needs to be improved. A simple and effective improved structure of a diversion-type natural gas heater is put forward, so as to help the heat transfer medium form an organized flow and enhance the heat transfer, thus...
Freedom Space for Rivers: A Sustainable Management Approach to Enhance River Resilience

River systems are increasingly under stress and pressure from agriculture and urbanization in riparian zones, resulting in frequent engineering interventions such as bank stabilization or flood protection. This study provides guidelines for a more sustainable approach to river management based on hydrogeomorphology concepts applied to three contrasted rivers in Quebec (Canada). Mobility and flooding spaces are determined for the three rivers, and three levels of "freedom space" are subsequently defined based on the combination of the two spaces. The first level of freedom space includes very frequently flooded and highly mobile zones over the next 50 years, as well as riparian wetlands. It provides the minimum space for both fluvial and ecological functionality of the river system. On average for the three studied sites, this minimum space was approximately 1.7 times the channel width, but this minimum space corresponds to a highly variable width which must be determined from a thorough hydrogeomorphic assessment and cannot be predicted using a representative average. The second level includes space for floods of larger magnitude and provides for meanders to migrate freely over a longer time period. The last level of freedom space represents exceptional flood zones. We propose the freedom space concept to be implemented in current river management legislation because it promotes a sustainable way to manage river systems, and it increases their resilience to climate and land use changes in comparison with traditional river management approaches which are based on frequent and spatially restricted interventions.