1,075 research outputs found
Crida de lâAplec de la Rosa a Lurdes i al Castell 2016.
En la crida del 2016 Arnau Tordera fa una lloança a lâart de cantar. Defensa la creaciĂł artĂstica mitjançant el fet de cridar i dâalçar la veu per reivindicar allò que mĂŠs estimemi valorem. A mĂŠs, posa de manifest els seus orĂgens tonencs i enalteix la geografia de Tona com a essència del poble i sĂmbol degermanor en una festa tan bonica i tan nostrada com ĂŠs lâAplec. La llengua i la cultura catalanes tambĂŠ tenen un valor fonamental pel cantant, que assegura que el seu èxit artĂstic rau en la bellesa i la sonoritat de les lletrescantades en catalĂ . La crida va tenir lloc a la sala La Canal el diumenge 15 de maig
Disrupting Discipline: A DisCrit Critique of Behavior âManagementâ in the Art Room
Utilizing a required training module on restraint and seclusion as an example for analysis, this article employs a Disability Critical Race Theory (DisCrit) lens to critique dominant classroom management practices that negatively and disproportionately affect disabled students, particularly disabled students of color. This article suggests that critical disability studies holds potential for informing counter-practice in the art classroom, connecting the radical politics of Disability Art with resistance to special educationâs influence on art pedagogy. In suggesting disability studies as an alternative paradigm to inform art education, the article concludes by proposing art teachers can disrupt school-based cycles of harm
Assessing Non-Linear Structures in Real Exchange Rates Using Recurrence Plot Strategies
Non-linearity; chaos; recurrence analysis
Improved 3D MR Image Acquisition and Processing in Congenital Heart Disease
Congenital heart disease (CHD) is the most common type of birth defect, affecting about 1% of the population. MRI is an essential tool in the assessment of CHD, including diagnosis, intervention planning and follow-up. Three-dimensional MRI can provide particularly rich visualization and information. However, it is often complicated by long scan times, cardiorespiratory motion, injection of contrast agents, and complex and time-consuming postprocessing. This thesis comprises four pieces of work that attempt to respond to some of these challenges.
The first piece of work aims to enable fast acquisition of 3D time-resolved cardiac imaging during free breathing. Rapid imaging was achieved using an efficient spiral sequence and a sparse parallel imaging reconstruction. The feasibility of this approach was demonstrated on a population of 10 patients with CHD, and areas of improvement were identified.
The second piece of work is an integrated software tool designed to simplify and accelerate the development of machine learning (ML) applications in MRI research. It also exploits the strengths of recently developed ML libraries for efficient MR image reconstruction and processing.
The third piece of work aims to reduce contrast dose in contrast-enhanced MR angiography (MRA). This would reduce risks and costs associated with contrast agents. A deep learning-based contrast enhancement technique was developed and shown to improve image quality in real low-dose MRA in a population of 40 children and adults with CHD.
The fourth and final piece of work aims to simplify the creation of computational models for hemodynamic assessment of the great arteries. A deep learning technique for 3D segmentation of the aorta and the pulmonary arteries was developed and shown to enable accurate calculation of clinically relevant biomarkers in a population of 10 patients with CHD
ElaboraciĂł dâuna unitat didĂ ctica sobre la instal¡laciĂł elèctrica dâun habitatge
Aquest treball presenta la unitat didĂ ctica de la instal¡laciĂł elèctrica dâun habitatge, corresponent al temari de quart dâESO segons el currĂculum. Per a comprendre millor el contingut teòric dâaquest tema, de vegades els llibres de text de lâassignatura de Tecnologies proposen realitzar maquetes de cases sobre les quals poder fer la seva instal¡laciĂł elèctrica. Però la realitzaciĂł dâaquestes maquetes necessita un bon nombre de sessions de taller.
El present treball intenta donar soluciĂł a aquest problema, amb una proposta dâactivitat que permet simular la instal¡laciĂł elèctrica dâun habitatge en molt poc temps i amb un pressupost econòmic molt reduĂŻt, a mĂŠs de descriure tambĂŠ com fer la instal¡laciĂł elèctrica sobre la maqueta dâuna casa.
Per altra banda, en aquest estudi es tracta la diferència dâeficiència energètica entre la il¡luminaciĂł amb bombetes incandescents i la il¡luminaciĂł amb leds.
I finalment, sâofereix la possibilitat dâincorporar plaques fotovoltaiques com a sistema de generaciĂł dâenergia per a la instal¡laciĂł elèctrica de maquetes de cases
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