Machine Learning, a recurrent and obvious topic in Science and Technology, will also radically change the way research is carried out in the Social Sciences and the Humanities in a near future. A close cooperation between SSH scholars and computer scientists could have a huge impact on both SSH and STEM (Science, Technology, Engineering and Mathematics) related research topics. On the one hand, social scientists and humanities scholars may not be able to design and implement themselves the machine learning algorithms they need for their research. The role of a linguist, a historian or a social scientist should be thus to help computer scientists outperform current machine learning models by offering them theoretical approaches both could adapt together to improve their accuracy. This conference, organised by the Social Sciences and Humanities Working Group of the Coimbra Group, will explore the practical possibilities Machine Learning offers to selected research fields within SSH, particularly linguistics, literature, musicology, and sociology.
Do you find yourself making multiple trips to Starbucks daily? Well, those caffeine headaches and jitters may be worth it in the long run. New research from the Institute for Scientific Information on Coffee found that people who drink between three and five cups of coffee daily may lower their risk of Alzheimer's, dementia, and Parkinson's disease by up to 27 percent. "Moderate coffee consumption could play a significant role in reducing cognitive decline which would impact health outcomes and healthcare spending," said professor Rodrigo A. Cunha of University of Coimbra in Portugal. The combination of caffeine, antioxidants, and polyphenol naturally found in coffee are the likely contributing factors to this scientific discovery.
Helder J. Araujo Rufino Silva Jose F. Abreu Dept. of Electrical Engineering Dept. of Ophthalmology Dept. of Ophthalmology University of Coimbra University Hospital University Hospital 3000 Coimbra 3000 Coimbra 3000 Coimbra Portugal Portugal Portugal Jose G. CunhaoVaz Dept. of Ophthalmology University Hospital 3000 Coimbra Portugal Introduction?here are several imaging devices that enable the acquiition of images from the human retina. In this paper we tart by considering the images obtained by means of ngiography. Stereoscopic (3D) reconstruction is first erformed by using only angiographic images. Next he combination and fusion of information from both ngiographic and laser-scan ophthalmoscopic images is)nsidered in order to overcome a number of difficules associated with the processing of the angiographic nages. From the medical point of view the 3D reconstrucon and quantification of anatomical structures in the uman retina is important for the evaluation of sev-:al pathologies.