Dragon09/odtu_chatbot huggingface dataset:
global international digital cooperation on standards and related policy

indicoglobal followsup on the indico project implemented by etsi extending and complementing its action in a new set of targeted geographies within low and middle income economies while leveraging methodology networks and knowledge developed during the execution of indico the proposal aims at building bridges between technical communities as well as policy makers on topics relating to digital policies and the related ict standardisation priorities with a view to develop mutual understanding of policy regulatory and technical approaches to ictdigital as well as to enhance cooperation on ict standards and seek alignment in policies and regulations leading to a wider use of eu standards in turn supporting increased trade and propagation of eu valuesindicoglobal will therefore develop a sound understanding of the policy regulatory and standardization landscape of partner countriesregions foster awareness of the european standardisation system ess its deliverables in the context of ictdigital and how they support global acceptance and interoperability promote eu policies and standards developed or in the making for select ictdigital technologies and develop cooperation around them create and leverage opportunities for capacity building with partner countriesregionswhile indico was implemented by etsi only indicoglobal will see all three formal european standardization organizations esos join forces and leverage their unparalleled ability to combine their respective models and reach into all possible standardizationrelated communities formal isoiecitu national standards bodies or not national regional or global traditional or noveldisruptive eg open source groups with support of experts in communication dissemination and exploitation martel as well as handling of fstp trustit indicoglobal will be best positioned to contribute to a humancentred and ethical development of digital and industrial technologies
new data spaces for green mobility

mobility in the urban and maritime domains hugely impacts the global economy generating data at high rates from an increasing number of moving objects management of the complete lifecycle of such data implies that trustworthy and privacypreserving infrastructures need to be put in place so that reliable and secure data operations can be provided meanwhile the mobility data exploitation has still a wide potential due to the emerging applications and the environmental footprint caused by mobility eg carbon emissions energy consumption motivated by these pressing needs mobispaces delivers an endtoend mobilityaware and mobilityoptimized data governance platform with key differentiating factor that the outcomes of mobility analytics will be utilized to optimize the complete data path in terms of efficient reliable secure fair and trustworthy data processing mobispaces promises the extraction of actionable insights from ubiquitous mobile sensor data and iot devices in a decentralized way offering intelligent transportation services enforcing privacy constraints at the expected point of action xai techniques will be applied at the level of data management and machine learning supporting the creation of comprehensive and interpretable prediction models while all the research outcomes will be validated through five use cases 1 intelligent public transportation services in urban environments 2 intelligent infrastructure traffic sensing for smart cities 3 vessel tracking for noncooperative vessels 4 decentralized processing onboard of vessels and 5 enhanced nautical maps via crowdsourced bathymetry vessels data these actions will be continuously adapted and monitored for their environmental sustainability whereas mobispaces will create a widely accepted standard of data processing and analytics alongside a datarich ecosystem providing trustworthy and actionable data that is vital for enabling the growth of the eu digital economy
exotic quantum states by locallybroken inversion symmetry in extreme conditions

strong correlations between electrons in solids lead to a variety of exotic quantum states like mott insulator unconventional hightc or oddparity superconductivity the groundbreaking discoveries of these states have not only generated huge advances in our understanding of condensed matter but also uncover a great potential for applications such as roomtemperature superconductivity or quantum computingsymmetry is an important concept in classifying quantum states so far the majority of research has focused on global symmetry i have recently discovered striking experimental evidence that local inversion symmetry breaking opens up a new route for the appearance of novel quantum states of matter namely it can induce novel types of oddparity superconductivity with possibly topological character a muchneeded state for topological quantum computing however the effect of local inversion symmetry breaking on quantum states still lacks our control and understanding in the ixtreme project i propose to generalise and exploit this concept by investigating materials with locally broken inversion symmetry as a platform of exotic quantum states by measuring electric and thermal transport as well as magnetic properties in extreme conditions of very low temperature high magnetic field and high hydrostatic and uniaxial pressure the ixtreme team will study and control the delicate interplay of local inversionsymmetry breaking with correlated electrons magnetic and orbital degrees of freedom topology and superconductivity thereby this project will establish new understanding of the physical properties of this promising novel class of unconventional metals and lead to new design methodologies for emergent states such as oddparity superconductivity in locally noncentrosymmetric correlated electron systems
an ai powered turnkey solution for mri based interventional cardiology

nano4imaging n4i is a medtech company specialized in mr based interventional radiology we have previously successfully commercialized emeryglide a mr compatible guidewire in paediatric cardiology in this project we will deliver trackr a turnkey platform that provides the currently missing enabling technologies for mri guided interventional radiology the trackr technology consists of a a nanocoating platform based on proprietary magnafy technology the nanocoatings can be applied on any commercial intervention device catheter guidewire balloon and increase mr visibility drastically b a realtime tracking software based on novel deep learning algorithms that allows realtime tracking of the magnafy coated devices during an interventional procedure the platform will be commercialized as a b2b service to interventional device makers four large players terumo bbraun cook numed are ongoing collaborators and will be the early adopters
agile manufacturing as a service through ai autonomous agents

the goal of the project is the creation of the maasai system a comprehensive digital system to automate and facilitate interactions between suppliers of manufacturing systems providers and manufacturing companies consumers in a manufacturingasaservice maas ecosystem in an agile efficient and transparent manner the maasai system aims to revolutionise manufacturing and remanufacturing processes by facilitating access to flexible and decentralised capacities through the maas business model that extends the principles of the serviceoriented economy to the manufacturing industry the maasai system aims to contribute to the reduction of the heavy investments that manufacturers have traditionally had to make to set up and maintain their operations with an emphasis on production flexibility agility and responsiveness the maasai system enables ondemand sustainable manufacturing optimising resource utilisation facilitating the transition towards circular facilities and promoting better integration of the value chain the maasai project leverages on explainable artificial intelligence xai in autonomous agents to negotiate the use of manufacturing capacities between providers and consumers in a dynamic maas ecosystem the incorporation of secure and realtime data exchange between participating companies ensures fast response times and improves collaboration the maasai system represents a paradigm shift that enables manufacturers to access and utilise ondemand production capabilities further increasing efficiency and lowering barriers to entry for smes the maasai project will deploy 3 main key exploitable results 1 maasai cloud maas marketplace 2 maasai provider suite 3 maasai the maasai system will be demonstrated in 5 pilots of european companies from different sectors metal machining gears and mechanical power transmission biomaterials food processing and electronics manufacturing
hybrid lithium metalbased scalable solid state battery manufacturing

the hylist project aims at developing generation 4b allsolidstate lithiumion batteries ssbs for road and aeronautic applications these will be based on a high voltage hv spinel structured lnmo cathode and hybrid singleion polymer electrolyte hsicp and laser pulse deposited lithium foil on current collector as anode overall processing is aimed at being scalable and easy to transfer to currently available manufacturing infrastructure in europe wet coating for composite cathode preparation and dry processing for the hybrid solid electrolyte increase production efficiency and shorten developing periods solvents environmental impact is minimized eg by elimination of fluorinated binders a cobaltfree high voltage ca 47v lnmo cathode derisks on the dependence of cobalt and a singleion polymer electrolyte helps to develop high li ionic conductivity 05 mscm at room temperature with a high transfer number 10 rolltoroll pld manufacture of thin and ultrathin li anodes will strengthen the european supply chain for semifinished anode components a granulation process prepares uniform hybrid solid electrolyte feedstocks to guarantee microscopic uniformity and thereby the resulting electrochemical performance environmental impact will be monitored and materials and processes multicriteria optimization performed digital twinning is built simultaneously for the simulation of cell production with further iteration aiming at improved energy density and reduced cost hylist identifies the essential steps for making allsolidstate batteries at a large scale it provides valuable insights into efficient manufacturing methods and helps various industry players like machine engineers cell producers and equipment manufacturers to move toward safer batteries with enhanced storage capacities and high energy densities of 450 whkg suitable for both electric vehicles and aviation applications
imaging prostate cancer using viscoelastic biomarkers and a novel transurethral viscoelastic elastography procedure

improve aims to demonstrate the potentiality of transurethral shear wave viscoelastic elastography tuswave for improving the diagnosis of prostate cancer pca by identifying it through a new set of biomarkers based on the fractional viscoelastic properties of the prostate tuswave is a novel concept based on the transmission and reception of shear waves in the prostate through the urethra most prostatic tumours are stiffer than normal surrounding tissue which perturbs the propagation of shear waves the perturbed waves carry information about the location and changes in the viscoelastic properties of the tumours improve aims to further study the correlation between diagnosis features of prostate cancer such as grade stage and vascularisation with shear fractional viscoelastic properties of the prostate ie the shear modulus the shear viscosity and the fractionalorder parameter to achieve improves goal three main work packages are proposed first the development of a 3d anatomically realistic wave propagation model validated in ex vivo human prostate second the characterisation of the fractional viscoelastic properties of prostatic tissue under different pathological conditions using shear wave elastography and validated against independent techniques and finally the development of a preliminary artificial intelligencebased image reconstruction method for tuswave a large database of prostate cancer clinical scenarios will be generated using the data from the characterisation study and the 3d wave propagation model this database will be used to train and test the image reconstruction method prostatelike phantoms will be used to test the performance of the image reconstruction method improve will take tuswave towards a preclinical studies stage improve is aligned with the mission area cancer set on horizon europe
subliminal learning in the mandarin lexicon

central to this research project is the observation that there are regularitiesand systematicities in the spoken language that escape our awareness that are shielded from us by linguistic traditions and cultural conventions embodied in writing systems but that nevertheless are detected by our brains albeit subliminally and used to optimize lexical processing philosophers such as emmanual kant edmund husserl and maurice merleauponty and more recently the cognitive scientist hoffman have called attention to how our perception of reality is shaped by and filtered through our minds and bodies according to hoffman mathematically fitness beats truth our perceptions of the world are tuned to our survival writing systems are culturally evolved technologies that also hide from our eyes and ears the truth about what we really hear and say obviously in order to work writing systems must abstract away from the full richness of the spoken word however many features of our speech that are masked by writing systems are nevertheless exploited by our cognitive system when we listen or speak for native speakers mismatches between speech and writing are relatively unproblematic for second language acquisition however mismatches can render learning unnecessarily difficultthe research programme for which i am requesting funding addresses this issue for mandarin chinese two kinds of mismatches will be investigated using stateoftheart methods in computational modeling distributional semantics and statistical analysis subliminal mismatches between what written words are supposed to sound like and how they are actually spoken and subliminal mismatches between how the writing system is supposed to work and how it actually functions and as a semiotic system of its own influences thought these investigations will inform the applied goal of this project developing ways to enhance vocabulary learning of mandarin chinese as a second language
first fast and automated 5 min aibased inspection to increase operational safety of large critical infrastructure eg bridges dams and oil gas platforms and refineries

the global inspection repair and maintenance market tam is valued at 422b demand is driven by increasing urbanisation in europe most of the infrastructure is now reaching its 50100 years lifespan as it was built in the 50s and 60s following the marshall plan the drone inspection and monitoring market sam is growing rapidly and is currently valued at 111b drone inspections enable opex capex savings and keep inspectors safe on the ground this is driving the demand for data management solutions one bridge inspection generates 30gb of data and provides a unique opportunity for intelligence service providers like us to enter the market with innovative aibased solutions that simplify and automate infrastructure inspection twinspect is the first photogrammetry solution to enable the inspection of photorealistic 3d models of the infrastructure directly rather than having to inspect and annotate often multiple times defects in large 2k photo libraries manually
reframing the relationship between war and politics with 20th century women thinkers

the aim of this project is to explore the contribution of women philosophers to twentiethcentury political thought while womens work is currently being rediscovered in all fields of knowledge they are still marginalized in the history of political thought since politics has traditionally been considered a male domain polemwo reframing the relationship between war and politics with 20th century women thinkers aims to fill this gap in european intellectual history by examining the relationship between war and politics polemos and polis in the work of major european thinkers namely hannah arendt simone weil mara zambrano and rachel bespaloff the project will draw on their writings on the most pressing issues of their time the rise of totalitarianism the role of europe jewish identity the reconstruction of a democratic future to perform a critique of the traditional bond between politics and violence the result will be an original examination of the european tradition with the aim of producing a renewed political lexicon one based on hospitality friendship vulnerability plurality xenophilia as a conceptual resource for confronting a present challenged by war the global shift to populist politics and the refugees crisis using the methods of political theory gender studies archival research and digital humanities polemwo has a twofold objective on the one hand it will point out the gendered nature of traditional political notions while enlarging the semantical spectrum of politics on the other hand it will produce a noncanonical understanding of key categories such as politics war peace and democracy the project will make its results available to scholars and the public thus contributing to the strengthening of a diverse and inclusive imaginary within the framework of a shared european identity
streem energy application horizoneie2022scaleup02

streem energy proposal for horizoneie2022scaleup02streem energy a data services provider for the renewable energy sector submit this application for the horizoneie2022scaleup02 programmethe work contained in this proposal focuses on two main goals 1 establishing a presence in spain for the company this work package involves at its core the implementation of both a customer operations manager and asales representative to focus on the spanish market executing this successfully will require research into strategic locations for the team to be based securing an office space for this new team research into the legal landscape and possibility of creating a local subsidiary company market research for possible local partnerships and increasing the size of our local sales channel2 developing the next generation of the streem pricing engine this work package involves detailed analysis of regulatory frameworks and current market conditions extensive rd work on the applicability of machine learning and neural networks and also the addition of a firstclass imbalance cost calculation engine that will enable market participants to minimise their exposure in the balancing marketsthe objectives of the work discussed in this application growing our spanish presence and developing our pricing product are important steps towards the overall future vision for streem where we will have a suite of advanced data products for renewable energy market participants available and harmonised across all european borders
serotoninergic regulation of body axis morphology

idiopatic scoliosis is is a human pathology that affects 14 of adolescents worldwide who suffer from spine deformities for which an effective treatment is not currently available at present evidence for genetic causes of is exist but the aetiology of this pathology is still not understood the zebrafish is a powerful organism to model human pathologies that entail body axis misalignment as by swimming in a viscous liquid its spine is subject to forces similar to the ones acting on the spine in bipedal position one essential player in the establishment of embryonic zebrafish longitudinal axis is the reissner fibre rf the rf consists of scospondin protein which during post embryonic life is secreted by a paraventricular organ the sco zebrafish scospondin mutants lack the rf and exhibit severe scoliotic phenotype remarkably a similar scoliotic phenotype is observed in the tph2 zebrafish genetically depleted of serotonin preliminary observations have shown that serotoninergic projections reach the sco in mammals and in the zebrafish my research objective is to unravel how the neuronal activity of serotoninergic neurons can control the maintenance of a straight longitudinal body axis during the zebrafish post embryonic life firstly a detailed characterisation of spine alignment in correlation to rf assembly will be carried out in the tph2 zebrafish secondly the serotoninergic neurons projecting to the sco will be anatomically located and mapped thirdly the neuronal mechanism by which serotoninergic neurons regulate rf maintenance will be functionally investigated the longterm goal of this research project is to gain insights in the progression of is and to inform preclinical research on the development of diagnostic tools which are currently lacking
traffikgenetx targeted peptide carriers for rna delivery

traffikgenetx targeted and dynamic rna peptide vehiclesunmet clinical need and problemrare and complex genetic diseases lead to significant disability death and associated cost burdens for society complex genetic diseases include cardiovascular diseases cvd and cancer the two leading causes of death in the eu and up to 36 million europeans suffer from rare genetic diseases nucleic acid therapeutics nats represent a potential treatment but they are hampered by the delivery problem systemically administered naked rna is quickly degraded by endonucleases can provoke adverse immune reactions and has offtarget toxicity viral and lipid nanoparticle lnp delivery vectors have toxic sideeffects and are difficult to produce and targetthe solutiontraffikgenes rna delivery platform issafe biodegradable nonimmunogenic peptide carriers that cleave to avoid the detergent toxicity of lnpstargetable beyond the liver to the spleen lungs and heart with excellent delivery to the cytosolscalable production is automated simple and cheaptraffikgene combines modular design with highthroughput screening which will feed into aienhanced sarbased predictive vehicle design this will accelerate and derisk nat drug developmentthe projecttraffikgene will capitalize on the current breakthroughs in healthcare represented by nats rna therapeutics mrna sarna sirna lncrna mirna are now emerging driven by the success of mrna vaccines and traffikgene will deliver them to the tissues where they are needed we aim to break new ground in the field of rna validate our delivery vehicles and start developing our pipeline to advance to the preclinical trial stage with therapeutic rnas we aim to launch our company of customised peptide carriers for any rna medicine with a proprietary flagship rnabased immunotherapy our products will bring many promising nats to the market and help millions of patients while reducing health care costs