Dragon09/odtu_chatbot huggingface dataset:
monitoring mental health in breast cancer

one over three women with breast cancer will develop mental health issues adding the burden of a deterioration of their quality of life to the management of cancer itselfthe objective of the mater project is to improve the detection and monitoring of mental health in women with breast cancer by leveraging symptom networks and vocal biomarkers the project addresses three research questions we first hypothesize that the use of symptom networks will allow a better understanding of the links between depressive symptoms fatigue and a decreased quality of life and identify the most important symptoms in the deterioration of the mental health of these womenwe also assume that automatically estimating these symptoms using voice descriptors extracted from reallife recordings and machine learning pipelines will make it easier to monitor them in the patients homes finally we hypothesize that the use of a bayesian network algorithm combining the symptom network and the voicebased symptom estimations will allow a more accurate joint estimation of these symptoms and thus improve the identification and monitoring of mental healthrelated symptoms in women with breast cancerthe interdisciplinary mater project is based on colive voice a unique dataset of clinical and voice data and leverages both the complementary hosts and supervisors extensive experience in digital and personalized health and the applicants knowledge of vocal biomarker design and machine learning mental disorder semiology and bayesian networks this project will allow the applicant to improve his skills in voice signal processing precision health in particular in oncology but also in scientific project management and in research valorization creating an international network and elevating his profile to such levels as to accelerate his access to highlevel academic positions
unleashing the flavour potential of plantbased foods via fermentation

flavourferm aims to optimize demonstrate and deploy fermentation technologies to unlock the flavor potential of plantbased foods and respond to consumer demand for tasty nutritious and healthy plantbased products precision fermentation biomass fermentation and traditional fermentation techniques will be optimized to improve the sensory properties flavor and texture as well as the protein content and bioavailability in plantbased foods innovative fermented foods will be developed by incorporating ingredients from the optimized fermentation techniques into food products the production will involve animalfree recombinant casein obtained by precision fermentation as well as fungal mycelia obtained from legume fermentation to produce an array of novel food products in three business cases plantbased cheese plantbased meat and plantbased milk all novel ingredients and final products will be scaledup and produced at pilot and precommercial scale in collaboration with industrial partners which include both innovative smes and established manufacturers from different eu regions
the politics of citizen opposition to urban development

a central conflict in urban politics lie between those who want cities to change physically by embracing ambitious urban development projects and urban conservationists who oppose such changes the outcome of this struggle has important implications for some of the most contentious issues and concerning developments in contemporary politics since urban planning is often under local democratic control local public opinion plays a central role in determining whether cities embrace or reject urban development however while we know much about what makes particular urban development project more or less popular we do not have a theory that can explain why opposition to urban development varies across individuals or citiesthis project advances a new research agenda to study public opinion on urban development the project breaks new ground by developing a novel theoretical model which argues that when housing prices in an area increase so does opposition to urban development among its residents the project is also pioneering methodologically combining quasiexperimental and surveyexperimental research designs with crosscity surveys that explore and explain public opinion on urban developmentas key empirical contributions the project develops a new survey instrument that quantifies opposition to urban development implements this instrument in a survey of citizens in 200 cities across western europe and the us and connect these survey responses to a series of innovative causally credible research designs that provide evidence on how the housing market shape citizen opposition to urban development across cities residences and individualsthe project will significantly improve our understanding of a salient conflict in urban politics that shape the future of cities timely and innovative the project will help us understand how and why current political conflicts over urban development will be settled differently in different cities
anthropology of global climate urgency

the overarching objective of this dn is to respond to a growing urgency expressed by european research councils and funding agencies as well as by governments publics and students that the social sciences should contribute to our understanding of and engagement with climate change we propose that the need for urgent action demands that social science attends to the notion of urgency itself we want to train doctoral candidates in understanding different perceptions on environmental and climatological urgency their temporalities and the political and environmental implications these understandings may have 10 phd students will carry out ethnographic research in africa latinamerica asia or europe the researchers will gain nonacademic transferable skills in organisations that either disseminate scientific findings or that work in political or developmentrelated contexts experts of 5 european universities ku leuven university university of edinburgh halle university uppsala university and the university of catania team up with 6 nonacademic partners and 10 members of the interdisciplinary advisory board in order to ensure that the 10 phd candidates will receive excellent training opportunities both in academia and outside academia this ensures the formation of a cohort of junior experts who will be able to contribute to the struggle against the disruptive effects of climate change curge responds to the invitation described in the european climate pact to connect and share knowledge about climate change as well as develop implement and scale up possible solutions and offers a qualitative innovative multisectoral as well as transdisciplinary approach to the various degrees of urgency that global climate change inspires the ontheground insights and knowledge that curge produces will ultimately strengthen european policy innovation and responsiveness to climate change and its impacts across the globe
flows waves and their asymptotic stability

equations of waves and flows are used extensively in physics and biology to describe phenomena ranging from the flow past an airfoil to the collective motion of cells and to the motion of water surface a major issue is to explain how the propagation through space and the concentration to various scales can emerge from these mathematical models fundamental progress have been made since the beginning of the millenium around the role played by specific solutions that either propagate or shrink while keeping the same shape such as solitary waves for example these specific solutions are the key to understand the global dynamics the goal of this project is to push forward the current knowledge on their stability their emergence over time and the dynamics they are responsible in several equations the flowas project will study seemingly unrelated models whose solutions in fact display remarkably close behavioursfirst we aim at describing how a thin layer of fluid can detach off a boundary and be ejected away in a stream this is a key phenomenon to understand the drag exerted on moving objects for this we will study singular solutions of the unsteady prandtl system of fluid mechanics second we will study concentration phenomena arising in the movement of bacteria for that we will consider nonlinear structures appearing in the kellersegel system how they can collapse and how they can interact third we will consider how from initially disordered wave packets order appears over time and traveling waves emerge this study will be made on the critical wave equation applications to weak wave turbulence will be pursued describing all these phenomena lies at the frontier of current research and we expect applications to a wide range of models
designing the european partnership on one health amr

at the highest political levels antimicrobial resistance amr is recognised as major threat to the health of citizens and societies food security and development as it threatens the effective prevention and treatment of infections and thus the attainment of the sustainable development goals global cooperation to address amr with a one health approach is needed to tackle increasing levels of amr in bacteria fungi viruses and parasites which present a major threat to human animal plant and environmental health design oh amr aims to promote a one health response to link the multisectoral amr research and innovation landscape the design oh amr will lay the preparatory groundwork of the candidate european cofunded partnership on oh amr by addressing the european one health action plan against amr it will develop the strategic basis for the oh amr partnership through engaging with and building on networks of research funders policy makers relevant agencies european partnerships under the horizon 2020 framework programme and authorities to strengthen coordination and collaboration among different fields of research and innovation with relevance to amr
understanding groundwater pollution to protect and enhance waterquality

among the available freshwater resources groundwater gw plays a key role in providing water supplies and livelihoods to respond the pronounced water scarcity gw pollution by chemicals organic and inorganic and biological agents viruses and bacteria originating from human activities is a widespread worldwide problem the scientific and technological goals of the underwater project are 1 to provide scientific knowledge on identification occurrence and fate of pollutants in the gw with costefficient sampling methods based on passive samplers for chemicals and pathogens 2 to develop sources apportionment methods to identify and quantify the pollution sources including compound specific isotopic analysis csia and 3 to validate and assess the performance of biobased engineered natural treatment systems designed as mitigation solutions the monitoring and mitigation solutions will be validated in 3 case studies dk gr and es representing different eu climate conditions and a combination of rural industrial and urban pollution sources the existing hydrogeological models will be updated with innovative water quality modelling tools allowing the simulation of decisionmaking scenarios under multiple stressors and climate change projections the scenarios will also include the expected impacts of scalingup the mitigation solutions and the adoption of other nontechnological preventive measures devoted to minimise the release of chemicals at source chemicals regulation taxation consumption campaigns public procurement etc the exploitation of specific underwater results will lead to expected midterm outcomes including among others updating the eu chemical priority lists scalingup the pilot biobased solutions to demonstration scale the adoption of some preventive measures in the case studies and the closetomarket development of the passive sampling devices
leadpro law enforcement assistance for disaster prediction and recovery optimisation

leadpro focuses on mature technological solutions achieving a technology readiness level trl 8 fostering collaboration among smes from different member states fostering collaboration among smes from different member states involving leafirst responder endusers in the validation process and promoting collaboration between small technology companies and research organisations with a consortium comprising three smes from spain lithuania ireland as well as three partner leas serving as end users from spain lithuania latvia complemented by dynamic ngo the project spans 24 monthsthe projects primary aim is to equip leas and first responders with advanced aibased tools and technologies that enhance their capabilities across all operational phases and contribute to digital societal resilience the leadpro solution encompasses three advancesrealtime information collection and analysis for disaster prediction the project develops an innovative platform for gathering processing and sharing realtime data and information this includes cctv cameras drones and anomaly detection systems the platform integrates stateoftheart technologies such as artificial intelligence cloud computing and big data to create a robust warning system and enhance geolocation capabilities for both the public and rescue teamsoptimisation of disaster prevention leadpro exploits monitoring data satelliteremote sensing information and artificial intelligence to conduct highlevel assessments this involves optimising the processing of data from satellite and aerial imagery sensor networks and weather information robust response for better recovery the project focuses on innovative solutions for postcrisis and disaster recovery including robotics for tasks in hazardous areas utilizing uavuas for assessing areas of interest the project addresses energy and data network rehabilitation autonomous systems and decentralised operation
the mechanobiology of hypoxia during bone regeneration

bone regeneration is a challenging clinical problem each year millions of patients worldwide experience bone fracture one every twotothree seconds over 1015 of these fractures suffer from impaired healing especially the elderly population is disproportionately affected being associated with permanent impairment and increased mortality two critical events early in fracture repair determine the outcome of the healing process lack of oxygen caused by blood vessel rupture and mechanical instability thus the progenitor cells that will eventually form cartilage and bone to heal the fracture must simultaneously adapt to both hypoxic and mechanical microenvironments to ensure full tissue restoration cellular hypoxiainduced signaling and mechanotransduction are therefore critical to bone healing but how crosstalk between these pathways impacts fracture repair is unknown the project aims to define new cellular and molecular mechanisms that mediate crosstalk between hypoxia and mechanical signaling during fracture repair and target this crosstalk in an innovative regenerative therapy to accelerate fracture repair improvement in therapeutic strategies and rehabilitation will have a global impact and are already included in european health care efforts to ensure health throughout the life course and to reduce hospitalization time and mortality in the elderly population the project will be conducted in the mckay research laboratory university of pennsylvania united states penn the department of chemistry materials and chemical engineering g natta politecnico di milano italy polimi secondment and the centre for translational bone joint and soft tissue research technische universitt dresden germany tud
translate and adapt an erotic story in the age of printing the vernacular tradition of piccolominis historia de duobus amantibus study and critical editions of the french and italian prosimetra

the project aims at examining the vernacular tradition of the historia de duobus amantibus first written in latin in 1444 by enea silvio piccolomini this novella is an example of literary and commercial success in the 15th16th centuries it was translated into many languages and circulated widely across europe both in its latin and vernacular versions the research will focus primarily on the french and italian prosimetra and study them within a comparative approach which will consider the cultural and book history the impact of new readership on literature the translation and rewriting processes the changes in the depiction of characters especially women it will provide the first critical editions of these translations the first complete analysis and the first comparative study of all the prosimetra the research will embrace and develop actual disciplinary trends which transcend the literary framework and consider the many historical cultural commercial and genderrelated aspects it will deliver an analysis resolutely anchored in the study the understanding and the valorisation of the european heritage therefore the work undertaken will expand our understanding of the literary linguistic historicalcultural aspects of the 15th16th centuries of the humanist construction the book market the exchanges between different areas and between society and cultural productionthe project also intends to reach a public interested in cultural history and humanities studies the tradition of the historia de duobus amantibus is particularly able to attract a wide audience as it is an erotic novella whose mechanisms of distribution and adaptation resonate with several current issues it is therefore an ideal medium for communicating about literary and cultural history it will also serve as a communication tool to explain the methodology used to edit old texts and provide information about philology and about what is read when reading an ancient text
implementation research on the tailored multidisciplinary ncd prevention package freshair4life targeting tobacco and air pollution exposure in mid to late adolescents in disadvantaged populations

noncommunicable diseases ncd are the leading cause of ill health and premature mortality although we know how to mitigate risk factors and prevent ncds we have failed to apply this knowledge especially in disadvantaged populations fa4life aims to bridge this translational gap and gain knowledge resources and capacity to optimize implementation of multilevel evidencebased tobacco and air pollution ap exposure prevention packages targeting adolescents in disadvantaged populations to do so fa4life will work in five countries greece the kyrgyz republic pakistan romania and uganda all face a high ncd burden but their contexts differ significantly these differences provide opportunity to gain implementation knowledge and resources that can be extrapolated to settings worldwide all fa4life activities are supported by dual capacity building creating youth advocacy and professional leadership in each setting we will 1perform situational analysis incl affordability and establish sustainable stakeholder engagement teams 2use the prevention palette method to cocreate a tailored evidencebased fa4life prevention package targeting tobacco and ap exposure in mid to late adolescents mindful of equity3implement evaluate and iteratively refine the fa4life prevention package4optimize sustainable implementation and equitable impact by building dual capacity via youth advocacy digital initiatives community leadership schools and teachtheteacher programsa robust and innovative dissemination exploitation and communication plan including the fa4life case for action the fa4life implementation toolbox and broad youth advocacyinformed social media strategy will promote upscaling and maximize global impact on ncd burden especially in those adolescents most at risk or in need in disadvantaged populations
unique aldmldenabled material functions

unienmld research seeks the extremity of the atomicmolecular layer deposition aldmld thinfilm technique to enable unforeseen material functionalities the targeted metalorganic materials and interfaceengineered superstructures are designed and elaborated so that the unique advantages of this atomicmolecular precision gasphase synthesis approach can be best exploitednew science evolves from our aim at i unique material assemblies bonding schemes crystal structures layer piling sequences interface interactions not accessible through conventional synthesis and ii synergistic combinations of different material functionalities also such which would be mutually exclusive in conventional materials an important project part is the search for new innovative organic components capable in bringing eg structural guidance redox control carrier doping or stimuliswitching into the hybrid material to create the desired functionalitiesthe technical advantage follows from the specific aldmld mechanism which yields the new adventurous materials as highquality largearea homogeneous and conformal coatings even on demanding surfaces this opens attractive new avenues for technology advances in important and strongly emerging fields such as efficient magnetic information storage and local energy harvesting and storage also addressed within the unienmld actionthis project builds on my long experience in frontier functional material research and my pioneering role in the development of the aldmld technology for building a beautiful variety of intriguing metalorganic materials our proofofconcept results also support the main hypotheses and feasibility of this ambitious unienmld research
uses of novel ultrasonic and seismic embedded sensors for the nondestructive evaluation and structural health monitoring of critical infrastructure and humanbuilt objects

detecting degradation that endangers the safety and impairs availability of infrastructure and components is currently the task of scheduledriven nondestructive evaluation nde this process is however costly and disruptive the attractive alternative is to use condition based structural health monitoring shmcurrent shm typically uses sensors that provide local information only which may be insufficient for detecting interior degradation or require very dense networks furthermore the performance of both insitu sensing systems and algorithms to process and interpret the sensor data is reduced when subject to environmental and operational conditions eoc this limits their largescale deploymentuses2 will develop and combine novel emerging sensing technologies optical fibre and wireless pieozoelectric sensors advanced processing compressed sensing artificial intelligence and fullmechanicalwaveformbased imaging to tackle these issueskey to this crossdisciplinary work is a new generation of researchers with skills across sensing and signal processing they will be trained with a unique combination of handson multidisciplinary research demonstrators industrial placements and courses workshops on scientific and transferable skills all of which is facilitated by the broad intersectoral composition of the consortiumuses2 will produce world class researchers expert in innovative sensing solutions advanced mechanical wave processing and robust eoc compensation methods their skills will be embodied in a series of laboratory demonstrators and in situ industrially relevant experiments spanning three key sectors of european industry energy power plants nuclear wind hydrogen storage pipeline networks for fuel exploration and transport mobility for citizens aircraft automotive industry and construction urban subsurface soil infrastructures