SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Prophetic:An innovating personal healthcare service for a holistic remote management and treatment of parkinson patients.

Parkinson's disease (PD) is a movement disorder characterized by muscle rigidity, tremor, physical movement slowing and in extreme cases, loss of physical movement. Primary symptoms result of decreased motor cortex stimulation caused by insufficient dopamine formation in the brain’s dopaminergic neurons. Secondary symptoms include high level cognitive dysfunctions and subtle language problems. PD is chronic and progressive. Currently there is no cure for PD and associated costs, in terms of quality of life and health and social care expenditures, are expected to rise as the population ages. 
As none of the existing PD interventions has been really effective the field shows potential for the development of systems to monitor individuals and facilitate symptoms’ management. The design of efficient ICT management system integrating remote monitoring of multi-parametric factors, decision support for medical staff, personalized and adaptable care, and patient and family education is a viable solution.
PROPHETIC will exploit modern smart miniaturized systems and advanced information systems towards an infrastructure for remote, continuous, noninvasive acquisition and advanced processing of multi-parametric data and friendly telecare provision based on serious gaming. It will use embedded electronics (suite and cap) capable of measuring neural, psychological, physiological, and biomechanical parameters, and securely communicating them to a Medical Business Intelligence System where pre-processed data will be further analysed hence overcoming real time activity monitoring limitations. Continuous monitoring while aware of the patient’s levodopa medication will help determine health and motor status and avoid levodopa side effects e.g. dyskinesia, freezing, low blood pressure, and falls. It will support caregivers’ decisions and allow early interventions. Appropriate information could be shared between the actors through e.g. smart phones with access according to their role.
Robot for autonomous underground trenchless operations, mapping and navigation

The goal of the proposed project is the design and development of the BADGER autonomous underground robotic system that can drill, manoeuvre, localise, map and navigate in the underground space, and which will be equipped with tools for constructing horizontal and vertical networks of stable bores and pipelines. The proposed robotic system will enable the execution of tasks that cut across different application domains of high societal and economic impact including trenchless constructions, cabling and pipe installations, geotechnical investigations, large-scale irrigation installations, search and rescue operations, remote science and exploration, and defence applications.
For this purpose, BADGER will deliver a highly innovative robotic system by integrating research into all required novel technical advances. BADGER will integrate innovative mechatronic concepts with robust industrial drilling tools to yield advanced manoeuvrability and motion capability; will integrate perception, localisation and mapping techniques in order to sense map and interpret the surrounding underground environment; the system will merge collected underground data with legacy digital maps to plan and track the motion of the robot with respect to physical landmarks.  The robotic system actions and reactions will be governed by the cognition component which makes decisions on task execution, path planning and motion planning. Finally, the robotic system will be capable to manage and intelligently combine the massive data gathered during underground operation so as to continuously improve its perception and cognition abilities whilst also providing human users the means to store, process and analyse this data, thus enabling the efficient off-line planning and on-line remote monitoring and control of the overall operation process.
The Visualization of National Art in Millenium Actress

National art is rich and colorful,the aesthetic orientation of the art also have each different,the core of the nationality of art is the national spirit. The animation works also want to reflect the diversity of national spirit to meet different audience aesthetic taste. Millenium Actress is a visualization of the Japanese national spirit,the film is full of wuai,tiaohe style.The film inspires us,the nationality of art is closely related to the style of animation works,should attach great importance to the nationality of animated films have using art to carry forward the national spirit of the function. Those who accord with the general human nature national art will be received in the world,and as a result,good fusion national art factors to animation work are more likely to get more broad market recognition.
Urinary bladder bioprinting for fully autologous transplantation

A number of conditions, including trauma, inflammation, incontinence, overactive bladder, renal impairments, neurological disorders (like spinal cord injury or spina bifida) and cancer, require bladder augmentation. For almost a century now, the majority of cystoplasties utilize bowel segments (enterocystoplasty). This, almost a century years old, gold standard practice bears numerous risks and complications affecting the majority of patients, thus compromising the quality of life while burdening the health care systems. This has fuelled efforts towards the development of engineered bladder tissue. Advancements in bioprinting technologies are increasingly employed in regenerative medicine but mostly in smaller and less complicated tissues. UroPrint proposes the use of Laser Induced Forward Transfer (LIFT) to generate bladder tissue for autologous transplantation that would meet the biological, mechanical and functional properties of human bladder. To this end, primary urothelial and smooth muscle cells will be obtained from healthy donors and expanded in fully Good Medical Practice compliant methodologies. These will be combined with novel natural autologous scaffold material obtained from platelet lysates. Then, a novel approach in the generation of bladder transplant will be utilized, combining intestine denudation and in vivo printing during surgery using a novel prototype LIFT printer that achieved high spatial resolution (<10 μm), high cell viability (>95%) single-urothelial cells.
Activators And Methods Of Using The Same For Barricading A Door

Barricade devices and methods of barricading a door are disclosed. Such devices and methods may be used to barricade a door, and thereby prevent an intruder from entering a sheltering space, such as a classroom, storeroom, or hallway. The barricade-device may have a pivotable stop-device that is pivotable from a location adjacent to a door. The pivot-location may be at an elevation that is lower than a door handle. The stop-device may be pivotable from a reserve-position to a stop-position. In the reserve-position, the stop-device does not barricade the door. In the barricade-position, the stop-device barricades the door. Operation of the barricade-device may require the application of an activation operation to an activator. A wide range of people having differing physical and mental capabilities may use the barricade-device properly and quickly.
Practice papers for MCEM Part A

Edited by J Chitnis, G Cumberbatch, A Gankande. (£18.56). Wiley-Blackwell, 2010. ISBN 978-1-4443-3068-7

A fiercely competitive exam with a dearth of resources to prepare with, the first part of the Membership of the College of Emergency Medicine gives shudders to all emergency medicine trainees—past, present and future.

This book provides the reader high-yield facts in the form of 11 practice papers with 50 questions in a true/false format similar to the exam layout. Perhaps more tailored to the candidate who is looking for some mock exam practice, this book will benefit anyone thinking of sitting the Part A exam.

The questions are tough and logic provoking, and so …
FIXING SYSTEM, SERVER, TERMINAL DEVICE, FIXING METHOD, AND RECORDING MEDIUM

In a fixing system, a first terminal device transmits information about a trouble in a target device to a server, receives information for restoration of the target device, and operates a measuring instrument for measurement on the target device to measure the state of the target device based on the information for restoration of the target device. The server receives the information about the trouble, and refers to a fixing know-how database to analyze the trouble. The fixing know-how database contains know-how information about fixing of the target device. The server selects information required for fixing from information for restoration specified based on a result of the analysis by a trouble analyzing unit so as to comply with a selection condition set in advance, and transmits the selected information to the first terminal device.
Hetero-Structures for efficient luminescent devices

We propose to engineer stable-highly luminescent heterostructures based on defect tolerant benign perovskites and their integration into efficient planar/thin film optoelectronic devices. Primary targeted devices are: blue and white planar electroluminescent devices, high efficiency solar cells and electrically pumped lasers.

We will use processing methods that are compatible with large area industrial processes, in particular focusing on vapour deposition using thermal sublimation of the perovskite precursors. The boundaries of this simple, scalable and economic coating method will be determined using an advanced real time in-situ optical monitoring system based on hyperspectral imaging. This tool will unveil the limits and processing conditions for the preparation of uniform and very thin (< 10 nm) crystalline thin-film semiconductors.

We will also attempt to replace the toxic lead in today’s most studied perovskite materials, by less toxic materials such as tin and silver/bismuth mixtures. Here vacuum based processing is beneficial in view of the limited air-stability and solubility of their pre-cursor salts.

Accurate vapour deposition methods will allow the fabrication of perovskites in multiple layered heterostructures (MLH) that passivate the perovskite crystal boundaries. This will increase their thermal and structural stability and above all their photoluminescence efficiency. With the sophisticated processing control, multiple quantum wells (MQWs) will be engineered. MQWs are promising for light-emitting devices, in particular for lasers.
 
The impact of the project is large on various fields ranging from processes, materials and device engineering, physics, and energy. High efficiency, planar LEDs and solar cells, can shift the energy landscape and strongly help to meet the worlds CO2 reduction targets. The demonstration of electrically pumped lasing in easily processed thin film semiconductors will generate so far un-available fields of science.
CABLE SECTION AND METHOD FOR SPLICING A CABLE WHICH FORMS A PERSON TRANSPORTING WIRE CABLE

The invention relates to a cable section of a cable (12a-c) which forms a person transporting wire cable and which has a diameter d, in particular a continuous cable, comprising at least one splice (14a-c) which is designed as a longitudinal splice and which has multiple stranded longitudinal elements (16a-26a; 16b-26b; 16c-26c), in particular wires, at least one of which has at least one insert end (28a-50a; 28b; 28c) that is inserted between other longitudinal elements, in particular instead of a core (94a), at least in some sections. The person transporting wire cable and/or the stranded longitudinal elements (16a-26a; 16b-26b; 16c-26c) are at least largely free of at least one casing which at least partly surrounds the person transporting wire cable and/or at least one stranded longitudinal element (16a-26a; 16b-26b; 16c-26c). According to the invention, the insert end (28a-50a; 28b; 28c) has a length of maximally 50*d.
Research infrastructure for circular forest bioeconomy

The ERIFORE will realize the European potential to consolidate its place as a world leader in biomass based research and innovations. ERIFORE builds on a new firm alliance aiming to establish open access distributed forest bioeconomy research infrastructure across Europe enabling scientific discoveries to be transferred to new business models, novel products and services enabling sustainable growth. The research infrastructure will focus on topics supporting Circular Forest Bioeconomy concepts starting from fundamental teaching and knowledge sharing to high level research laboratories and large scale piloting facilities.
This two-year action will be carried out by 11 European research organisations, 2 universities and a SME. The main objective of ERIFORE is to facilitate development the Circular Forest Bioeconomy field towards the following overall targets:
1) Coordinate, complement and update major European research infrastructure to enable the full potential of available forest biomass in balance with diverse use of forests. 
2) A new level of co-operation between the major RTD providers.
3) Establish a globally competitive European research infrastructure.
The main deliverables of ERIFORE are the following:
1) To enhance the awareness, utilisation and open access of the complementary research facilities between the major European RTD providers in circular forest biorefinery.
2) To prepare a conceptual design and plan for cooperation arrangements between the main European RTD providers in this field. 
3) To prepare Stakeholder analysis for the development needs in the infrastructure network at European level.
4) To upgrade bioeconomy competence base by providing contact interface for facilities for education and training. A plan for implementing is prepared.
The suggested future European research infrastructure will then facilitate the development towards enhanced utilisation of renewable raw materials and renewal of established European process industry.
Teaching cardiac electrophysiology modeling to undergraduate students: laboratory exercises and GPU programming for the study of arrhythmias and spiral wave dynamics

As part of a 3-wk intersession workshop funded by a National Science Foundation Expeditions in Computing award, 15 undergraduate students from the City University of New York 1 collaborated on a study aimed at characterizing the voltage dynamics and arrhythmogenic behavior of cardiac cells for a broad range of physiologically relevant conditions using an in silico model. The primary goal of the workshop was to cultivate student interest in computational modeling and analysis of complex systems by introducing them through lectures and laboratory activities to current research in cardiac modeling and by engaging them in a hands-on research experience. The success of the workshop lay in the exposure of the students to active researchers and experts in their fields, the use of hands-on activities to communicate important concepts, active engagement of the students in research, and explanations of the significance of results as the students generated them. The workshop content addressed how spiral waves of electrical activity are initiated in the heart and how different parameter values affect the dynamics of these reentrant waves. Spiral waves are clinically associated with tachycardia, when the waves remain stable, and with fibrillation, when the waves exhibit breakup. All in silico experiments were conducted by simulating a mathematical model of cardiac cells on graphics processing units instead of the standard central processing units of desktop computers. This approach decreased the run time for each simulation to almost real time, thereby allowing the students to quickly analyze and characterize the simulated arrhythmias. Results from these simulations, as well as some of the background and methodology taught during the workshop, is presented in this article along with the programming code and the explanations of simulation results in an effort to allow other teachers and students to perform their own demonstrations, simulations, and studies.
MAGNETIC SEPARATION DEVICE

A magnetic separation device comprising a magnetic base and a retention mechanism, as well as a method of evacuating liquid from a well plate containing liquid and magnetic particles, are disclosed. In specific embodiments, the retention mechanism comprises one or more wire clips. In certain embodiments, the magnetic base comprises apertures configured to receive the wire clips. The retention mechanism can be configured to secure a well plate to the magnetic base so that a user may evacuate liquid from a well plate containing liquid and magnetic particles. In certain embodiments, the method comprises inverting the magnetic separation device and well plate. In particular embodiments, the method comprises rapidly and forcefully inverting magnetic separation device and well plate.
Wheel bearing assembly

A wheel bearing assembly comprising inner and outer race rings defining between them axially spaced raceways and rolling elements, the inner race ring formed of two axially spaced rings between which is a spacer sleeve and fastener means between said rings and said sleeve for maintaining a fixed axial relationship between said rings and sleeve and for maintaining the components of this assembly together.
SELECTIVE LAYER-2 FLUSHING IN MOBILE COMMUNICATION TERMINALS

A method includes classifying signaling messages to be transmitted from a mobile communication terminal (20) into one or more classes, wherein each class corresponds to a respective event relating to the terminal and specifies the signaling messages that become irrelevant when the event occurs. The signaling messages are queued for transmission in a queue (40). In response to detecting an occurrence of a given event, the irrelevant signaling messages are removed from the queue based on the class specifying irrelevant signaling messages corresponding to the given event.
L’angina e le sue complicanze

Con circa 9 milioni di casi all’anno in Francia, le angine acute rappresentano una patologia estremamente frequente nella pratica quotidiana. Le angine eritematose o eritematopultacee sono di origine virale nel 60-80% dei casi. Le eziologie batteriche sono dominate dallo streptococco β-emolitico di gruppo A (SBGA). Le angine da SBGA sono rapidamente rilevabili in visita con l’uso del test diagnostico rapido (RDT) per le infezioni da streptococco e richiedono una terapia antibiotica per evitare le complicanze post-streptococciche, essenzialmente il reumatismo articolare acuto (RAA). La terapia antibiotica non ha dimostrato alcun ruolo preventivo sulla comparsa di suppurazioni perifaringee (flemmoni peritonsillari, ascessi prestiloidei e celluliti cervicali). Le angine pseudomembranose e ulceronecrotiche presentano eziologie varie e richiedono trattamenti diversi.
ITERATIVE TRAINING OF MACHINE LEARNING MODEL

A computer-implemented method, computer program product, and computer system are provided. The method comprises training a machine-learning model using an initial set of training data samples, receiving a new training data sample, and predicting a label for the new training data sample. The method also comprises, upon determining that a prediction quality value for the predicted label of the new training data sample is below a predefined quality value, adding the new training data sample to the initial set, thereby building an extended training data set. The method also comprises retraining the machine-learning model using the extended training data set.
Evolution and mechanisms of thermal performance – answers through artificial selection in zebrafish

Abstract Climate change is warming waters globally. Ectothermic animals, such as fish, have the same body temperature as the surrounding water and are therefore thought to be particularly sensitive to warming. To predict climate change impacts on fish populations, we must first know how fish are affected and how rapidly evolution may help mitigate some of those impacts.   Some of the most central questions regarding thermal acclimation and adaptation of ectothermic animals remain unresolved: 1. Which mechanisms limit upper thermal tolerance?  2. How rapid is evolution of thermal performance? 3. Which physiological mechanisms limit thermal performance? 4. Which genetic changes are most important for climate change adaptation?  5. Do laboratory experiments predict thermal adaptation in the wild?   By addressing these important questions, this project will substantially move the field of thermal biology forward. We will gain knowledge needed to understand and predict climate change impacts, insights that may help focusing conservation efforts. The proposed project will address these great challenges by using two artificial selection experiments on wild zebrafish (Danio rerio). The first selection experiment on upper acute thermal tolerance has recently been completed, and the adapted zebrafish lines will be used in the current proposal for physiological and genetic analyses. The second and larger selection experiment on thermal performance will be conducted during the first three years of the proposed project, and those adapted zebrafish lines will be used to identify the physiological and genetic changes that adaptation required. Additionally, unique natural warm-adapted stickleback (Gasterosteus aculeatus) populations from geothermally heated lakes on Iceland will be used to validate the project’s findings on zebrafish.
SPINDLE LOCKING DEVICE

The invention is based on a spindle locking device, in particular a hand tool spindle locking device having a spindle (12a-c), a clamping ring (14a-e) and at least one clamping piece (16a-c) which connects the spindle (12a-c) and the clamping ring (14a-e) together for conjoint rotation in at least one operating state. The invention proposes that the spindle locking device has at least one magnetic means (18a-e) that exerts a force on the clamping piece (16a-c) in at least one operating state.
Autonomous computing artificial cells

We propose an ambitious 5-year multidisciplinary program that seeks to pioneer and establish a fundamentally new paradigm in molecular information systems that is based on novel conceptual and experimental advances on the integration of DNA-based chemical reaction networks (CRNs) and semipermeable microcapsules, i.e. protocells. In AutonoMous computInG Artificial cells (AMIGA), we will establish a platform technology, based on molecular communication between interacting protocells, capable of revolutionary new modes of molecular sensing, computation and data storage/retrieval. 
Progress in this emerging field requires i) the development of computer-aided design (CAD) strategies to implement large-scale CRNs consisting of hundreds of components, ii) formulating suitable micro-substrates, such as droplets or vesicles, to spatially localize CRNs and ways to manipulate their interconnection and iii) strategies that allow direct recording of molecular operations onto a chemical storage medium such as DNA. We address these challenges via a comprehensive research program in which we implement large-scale, DNA-based CRNs by localization of components in interacting protocells resulting in distributed molecular circuits programmed to display advanced computational functions such as (i) asynchronous logic, (ii) integral feedback control and (iii) molecular pattern recognition. Combining protocell localization with recent advances in CRISPR base editors, we will construct an integrated system where molecular operations can write instructions on permanent memory storage elements. The developed methodology finds applications in emerging technologies aimed at using molecular circuits for in-vitro diagnostics and the use of synthetic DNA as a storage medium for digital data.