Collaborating Authors

Between hope and hype


But also: 'AI will deepen my research and bring it a step further than it is now.' There is a wide range of opinions. Nevertheless, four out of five Dutch scientists foresee that AI will have a considerable impact on society. Two thirds also believe that AI will have a radical impact on science. The figures come from a survey that the editorial board of Research commissioned among researchers in various disciplines at Dutch knowledge institutions.

2nd International Research Meeting on Artificial Intelligence Excelia Group


According to the 2018 report of the World Economic Forum, AI will be increasingly present in our professional and personal lives. Some people think that this is a great opportunity which will revolutionize the world and our daily lives. Others see it as a threat to jobs and freedom. According to J. G. Ganascia, a researcher at the Sorbonne-University Computer Laboratory (LIP6), AI refers to "a scientific discipline that aims to break down intelligence into elementary functions, to the point where a computer can be built to simulate them." The fields of AI and machine learning offer infinite opportunities for research and development and building solutions that can help human civilization and socities.

The Case Against Registered Reports

Interactive AI Magazine

Registered reports have been proposed as a way to move from eye-catching and surprising results and toward methodologically sound practices and interesting research questions. However, none of the top-twenty artificial intelligence journals support registered reports, and no traces of registered reports can be found in the field of artificial intelligence. Is this because they do not provide value for the type of research that is conducted in the field of artificial intelligence? Registered reports have been touted as one of the solutions to the problems surrounding the reproducibility crisis. They promote good research practices and combat data dredging1.

Astroinformatics - Wikipedia


Astroinformatics is primarily focused on developing the tools, methods, and applications of computational science, data science, and statistics for research and education in data-oriented astronomy.[1] Early efforts in this direction included data discovery, metadata standards development, data modeling, astronomical data dictionary development, data access, information retrieval,[3] data integration, and data mining[4] in the astronomical Virtual Observatory initiatives.[5][6][7] Further development of the field, along with astronomy community endorsement, was presented to the National Research Council (United States) in 2009 in the Astroinformatics "State of the Profession" Position Paper for the 2010 Astronomy and Astrophysics Decadal Survey.[8] That position paper provided the basis for the subsequent more detailed exposition of the field in the Informatics Journal paper Astroinformatics: Data-Oriented Astronomy Research and Education.[1] Astroinformatics as a distinct field of research was inspired by work in the fields of Bioinformatics and Geoinformatics, and through the eScience work[9] of Jim Gray (computer scientist) at Microsoft Research, whose legacy was remembered and continued through the Jim Gray eScience Awards.[10]

WSU Agriculture Research Raises Question From Faculty

U.S. News

Officials with the Washington Wheat Commission and Washington Tree Fruit Research Commission counter the industry identifies problems and solicits proposals from scientists, adding that they researchers should understand the objective when they apply for the funding.