Page 65 - Special Topic Session (STS) - Volume 3
P. 65

STS515 Jim R. et al.
                •  Automation of literature searches, and the conduct of meta-analyses;
                •  Creating semantic nets of academic papers in terms of both content
                    and authorship in order to document the flow of discovery processes;
                •  Methodology  classification  systems,  that  support  automated
                    classification;
                •  Analogy generators, to suggest developments in fields other that the
                    one in which a method or tool was developed;
                •  Methods for analysing large corpora of research in different fields to
                    examine  the  epistemological  assumptions  made  (including
                    pragmatism).
            Knowledge gaps
                There are some glaring gaps in our knowledge that need to be remedied,
            we need: more formal theories of data analysis; more work on the cognitive
            psychology  of  data  visualisation  and  interpretation;  and  more  and  better
            modelling of emotion, social behaviour, and cognition; better understanding
            of the processes of knowledge generation, distribution and use, and more
            tools for working with very large data sets.

            4.  Competences for students of data wrangling
                So what do students need to know in order to work in this brave new
            world? Here, we offer some more lessons for young minds.
                •  Be aware of the politics of technology: technologies are never neutral
                    (e.g. cars cannot be driven by the very young or old, or the poor)
                •  Attend  to  unintended  consequences  (e.g.  cyberbullying  via  social
                    media) via ‘what if’ games
                •  Engage with moral issues (e.g. the dangers of the Panopticon)
                •  Be  aware  of  epistemological  issues:  the  nature  of  knowledge  as
                    conceived in different academic disciplines - how it is created, shared,
                    learned, and used (and by whom, and for what purposes)
                •  Understand modelling and the limits of modelling, and the principles
                    of model validation;
                •  Explore  the  reasons  for  the  existence  of  data  sets  –  adopt  a
                    hermeneutical approach
                •  Create a conceptual web to link between seemingly different methods
                •  Understand  the  principles  underpinning  different  techniques  (e.g.
                    neural nets)
                •  Learn to represent the same problem in a variety of ways
                •  Become fluent in the use of major data repositories
                •  Share your code and workflows
                •  Invent and modify data visualisations (including dashboards)



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