CfP: (De)constructing Digital History, MESHS, Lille

Call for Papers
(De)constructing Digital History, MESHS, Lille
27-29 November, 2017
https://dhnord2017.sciencesconf.org/

dhnord2017 is the fourth edition of the annual Digital Humanities conference organized by the Maison européenne des sciences de l’homme et de la société (MESHS). This year’s edition is co-organized with the Luxembourg Centre for Contemporary and Digital History (C2DH) of the University of Luxembourg. The theme is: “(De)constructing Digital History”. The conference will take place in November 27-29, 2017 in Lille, France.

What is digital history? The term has been coined since at least 1999 (Ayers, 1999) and was further generalized by 2005 (Lines Andersen 2002, Lee 2002, Cohen & Rosenzweig 2005). Broadly defined, digital history is “an approach to examining and representing the past that works with the new communication technologies of the computer, the internet network, and software systems” (Seefeldt & Thomas 2009). In other words, it describes historical inquiry that is based on primary sources available as electronic data, whether digitized or born-digital, and the narratives that are constructed through such inquiries (Lee 2002).

The rise of digital history is in general perceived as the phase defined by the democratization of the personal computer technology, network applications and the development of open-source software (Thomas 2004, Cohen & Rosenzweig 2005, Graham, Milligan & Weingart 2015). With slight differences in periodization, medium-centered (e.g. relying on the use of the computer) genealogies see digital history at least partly as a descendant of quantitative and computational history, tracing its beginnings through the end of the 40s to the 60s (Thomas 2004, Graham, Milligan & Weingart 2015). Broader approaches insist instead on the heritage of public and oral history (Noiret 2011, Scheinfeldt 2014). Digital history participated greatly to the rise and development of the field of digital humanities since the mid-2000s (Schreibman et al. 2004, Kirschenbaum 2010, Gold 2012). However, specific disciplinary objects, sources and approaches continue to be present within the connected use of methods and tools that takes place under the digital humanities big tent. A typology of digital history projects identifies three main fields: academic research, public history, and pedagogy projects, of which the last two categories are considered particularly specific to historians within the digital humanities field (Robertson 2016).

We therefore propose to address digital history through this triple spectrum: academic research, public history, and pedagogy, in order to trace continuities and transformations in history as a discipline; and contribute to explore the broader digital humanities field through this case study.

1/ Academic research

It is understood that scholarly research in history has been affected by the digitization of sources, methods and the environment in which research is conducted, produced and disseminated (Clavert & Noiret 2013). Nonetheless, there also seems to be a tension between the potentiality of digital history and the actual delivery of argument-driven scholarship (Blevins 2016). In the last two decades, a significant number of digital history projects have been elaborated and, furthermore, digital history has been institutionalized through the creation of specialized departments in several universities. We should then be able to identify the impact of mutations in the ways historical research is driven and communicated, on the one hand; the novelties in objects, methods and analysis tools, and the eventual issues they raise, on the other.

In this sense, what is called the data revolution (Kitchin 2014) is one important component to take into account and to explore further. The massive production of digitized/born-digital historical data challenges historians’ existent approaches and methods of research and analysis, as recent debates on the longue durée approach have shown (Guldi & Armitage 2014, Annales 70 2/2015) or the transnational turn (Putnam 2016), just to mention a few. Moreover, it raises issues on how historians relate with present time and what their role is in digital preservation matters as showcase social media and other web-based ephemeral data (Webster 2015, Rosenzweig 2003). What is essentially at stake is inter-/transdisciplinary cooperation, even the dependency of history on input from other disciplines, whether from human, social or computer science (computational linguistics, visual analytics…), engineering, library and information science. Indeed, the use of connected methodologies as historians adopt new epistemologies (data mining and visualization, GIS, encoded critical edition), sheds light on the need to adapt historians’ literacy through the development of a shared culture with computer science and mathematics (Genet 1986, Lamassé & Rygiel 2014).

Furthermore, the ecology of scientific data raises some important interdisciplinary issues related to their collection, storage, archiving, dissemination and the correspondent infrastructures. What kind of scientific sovereignty can be exercised once data storage and infrastructures are externalized, and what is its impact on access and sustainability of scientific research and its output? How can disciplinary needs for effective organization and description of historical information be met (e.g. specific ontologies) in a global environment of structured interoperable data? Moreover, old problems of biases concerning the access of primary sources are updated as the result of digitization and its possible impact on availability or, instead, underrepresentation of certain types of archives (Putnam 2016, Milligan 2013). Let’s consider, for example, the impact of institutional decision-making and constraints (such as financial ones) on the digitization of sources, new actors in the web ecosystem such as digitization companies, or even digital fractures and inequalities at national and transnational levels, just to evoke some of the most probable biases. Last but not least, one should not forget the biases that algorithms and software can generate during the collection and analysis of historical data.

2/ Digital history and public history

From a vast literature on the synergies between digital and public history (see Noiret 2011, Cauvin 2016), we chose to focus on topics that shed light on the blurred frontiers between public and scholarly history, especially the osmosis between scholars, cultural heritage institutions, private sector and citizens. From this point of view, we propose to explore three main thematic unites. First, ways in which technology is used in the cultural heritage sector in order to engage the public with history: uses of social media, augmented and virtual reality, development of tools for the public to explore patrimonial data and collections, game industry and history, private sector digitization and engagement with history… Second, historical memory and the way it emerges at individual, collective and institutional levels to show using facts the relation of people to history and the multiple ways the present affects the perception of the past. Finally, the documentation of present-time events that actually builds primary sources and archives for future historians: crowdsourced archives, social and political movements documentation (such as Spanish 15M, Nuit débout, Women’s March), political uses of technology (social media propaganda, institutional use of social media, political use of game industry as in the case of the Israeli-Palestinian conflict etc). How is authority conceived and how does the role of historian persist in such diversified multi-actor contexts?

3/ Pedagogy

During the last few years, several digital history departments have been created in various universities in different countries. Furthermore, even in traditional history departments, teaching now integrates components of digital culture or associated skills. There are specialized tutorial blogs (The Programming Historian, La boîte à outils des historiens) providing for skill transfers between historians; digital transdisciplinary schools (such as the Digital Methods Initiative of the University of Amsterdam); an array of online services or/and software for one to easily explore and analyze data (Düring et al. 2011, Nodegoat, AnalyseSHS…). However, few systematic approaches allow to have an overall view of how historians get on with the digital transformations of their profession (Heimburger & Ruiz 2011) and even less from a transnational perspective. How are historians to teach digital history in these contexts and how are traditional and DH teaching articulated? What skills and methods do teachers need to develop for themselves, in order to teach them, and for their students to acquire them? How to better fit teaching to specific research interests so that students are able to acquire a method than simply become able to manage tools (Mahoney, Pierazzo 2012)? How are modules organized and how do students react to the teaching of digital history? How can a minimum skillset be defined in order to assure research of an acceptable quality and corresponding level publications but also a balance between a historian’s basic training and the acquisition of this skillset? Although there have been works developing the discussion (and solutions) regarding mainly the web resources (Cohen, Rosenzweig 2006), there is less focus on the ways interdisciplinarity is embedded in digital history teaching and even less on how to deal with born-digital data (e.g. social media data) use and analysis as primary sources for historians in specific modules.

Possible areas of interest for proposals include, but are not limited to, the following:

Academic research
Natural language processing and text analytics applied to historical documents
Applications of GIS
Social Network Analysis
Image analysis
Analysis of longitudinal document collections
Entity relationship extraction, detecting and resolving historical references in text
Digitizing and archiving
Applications of Artificial Intelligence techniques to History
Handling uncertain and fragmentary text and image data
OCR and transcription
Epistemologies in the Humanities and Computer Science
Novel techniques for storytelling
Historical ontologies
Historical data management and infrastructures
Software and applications development

Digital public history
Museums and exhibiting the past
Oral history and community projects
Digital media, the Internet and participatory knowledge
Moving images and documentaries
Re-enactments and living history
Historic preservation and community cultural heritage
Public archaeology
Social media, mobile app and user-generated contents
Public policies and applied history
Historical memory construction and the Web
Teaching public history

Pedagogy
Introduction of digital research methods in classrooms
Designing digital history curricula
Digital teaching materials
Digital media as alternative to text-based student theses and research papers
Methods for digital student assessment
Teaching digital literacy
Teaching the history of the “Digital Age”
Digital history teaching commons

Proposals (up to 1000 words) can be submitted until May 31, 2017 in English or in French. All proposals will be considered. Travel expenses can receive financial support. For further questions please contact dhnord[at]meshs[dot]fr

Summer School: On Computer Simulation Methods

Summer School: On Computer Simulation Methods
September 25-29, 2017, High Performance Computing Center Stuttgart (HLRS)
Organizers: Michael Resch, Viola Schiaffonati, Giuseppe Primiero, Andreas Kaminski

Call for Applications
Topic
The transformation of science through computer simulation is often considered to be a methodological one. A lot of literature has been dedicated to determining the relationship between computer simulation, experiments or theories as the classical sources of knowledge. This relation is both methodologically and technically complex. On the one hand, it is difficult for philosophers, social scientists, and historians to gain detailed insight into the methods used among practitioners. On the other hand, for computer scientists and practitioners in general, the methodological limitations and design constraints that simulation techniques impose on hypothesis formulation and testing may not be obvious. The summer school addresses these problems by offering lectures and tutorials on computer simulation methods for scholars from the humanities, social sciences, and computer science.

Schedule
The morning sessions will include lectures by faculty members, focusing on the philosophical, methodological, and technical aspects of different simulation techniques (including numerical methods, software techniques, visualization, agent-based modelling, and computational experiments). These will be followed by project presentations by participants. The afternoons will be dedicated to hands-on tutorials by practitioners. Finally, in the evenings, distinguished scholars will offer lectures on the most inspiring and exciting issues in this increasingly important research area.

Instructors (confirmed and requested)
Nicola Angius (Sassari), Petra Gehring (TU Darmstadt), Andreas Kaminski (Stuttgart), Johannes Lenhard (Bielefeld), Giuseppe Primiero (London), Michael Resch (Stuttgart), Viola Schiaffonati (Milan), Angelo Vermeulen (Delft)

Who is it for?
Researchers (especially but not exclusively postgraduates) from the humanities and social sciences who are interested in learning more about the methodological dimensions of computer simulation;
Computer scientists and practitioners in simulation who are interested in deepening their knowledge on the foundations, methods, and implications of their techniques.

Prerequisites for participation?
Technical skills (knowledge of programming languages, simulation experience) are helpful, but not required. Acquaintance with the literature in contemporary philosophy of science is useful, but will not be assumed.

How to apply?
The number of participants is limited to 20. To apply, email kaminski@hlrs.de.
All proposals must be submitted by May 30, 2017 and include:
(1) short curriculum vitae;
(2) description of your research (max. one page);
(3) questions or topics you are interested in regarding the summer school (just a few lines).
Participants will be notified by June 30, 2017.

What are the costs?
There is no fee, but participants will have to cover their travel and hotel expenses. The organizers will happily help participants organize their journey and hotel stay.
The DHST/DLMPST Interdivision Commission on the History and Philosophy of Computing (www.hapoc.org) will offer two bursaries of $250 each to support travel and accommodation costs of young researchers. To apply for this funding, please forward your application to
Liesbeth de Mol liesbeth.demol@univ-lille3.fr
Giuseppe Primiero G.Primiero@mdx.ac.uk
by May 31, 2017. Applicants will be informed of decisions pertaining to both funding and proposal submission at the same time (June 30, 2017).

Website: https://regi.hlrs.de/2017/summer-school/index.jsp

2nd CfP: HaPoC4

Second Call for Papers
4th International Conference on History and Philosophy of Computing
https://hapoc2017.sciencesconf.org/
Masaryk University Brno
4-7 October 2017

held under the auspices of the
DHST/DLMPS Commission for the History and Philosophy of Computing (HaPoC)
www.hapoc.org

In their societal impact, computers have grown way beyond their roots in mathematics and logic. Their ubiquity since the late 20th century has increased the number and impact of several of the original questions raised by early computer scientists and practitioners: questions about their expected and intended behaviour, as Alan Turing did when asking whether machines can think; questions about their ontology, as John von Neumann did when asking what the computer and the human brain have in common; questions about their role in performing human tasks, as Norbert Wiener did when asking whether automatic translation is possible. With new technologies, the need for rethinking formal and technological issues is crucial.

HaPoC conferences aim to bring together researchers exploring the various aspects of the computer from historical or philosophical standpoint. The series aims at an interdisciplinary focus on computing, rooted in historical and philosophical viewpoints. The conference brings together researchers interested in the historical developments of computing, as well as those reflecting on the sociological and philosophical issues springing from the rise and ubiquity of computing machines in the contemporary landscape.

For HaPoC 2017 we welcome contributions from logicians, philosophers and historians of computing as well as from philosophically aware computer scientists and mathematicians. We also invite contributions on the use of computers in art. As HaPoC conferences aim to provide a platform for interdisciplinary discussions among researchers, contributions stimulating such discussions are preferable. Topics include but are not limited to:

– History of computation (computational systems, machines, mechanized reasoning, algorithms and programs, communities of computing and their paradigms,…)
– Foundational issues in computer science and computability (models of computability, Church-Turing thesis, formal systems for distributed, cloud and secure computing, semantic theories of programming languages, …)
– Philosophy of computing (computer as brain / mind, epistemological issues, …), Computation in the sciences (computer experiments and simulations, computer-aided systems for teaching and research, …)
– Computer and the arts (temporality in digital art; narration in interactive art work, speculative software, programming as a deferred action, computing and affect, performativity of code, eristic of HCI, …)

We cordially invite researchers working in a field relevant to the main topics of the conference to submit a short abstract of approximately 200 words and an extended abstract of at most a 1000 words (references included)

Submit through EasyChair at
https://easychair.org/conferences/?conf=hapoc2017

Deadline for abstracts and extended abstracts: 15 May 2017
Notifications of acceptance: July 2016

Accepted papers will be presented in 30 minute slots including discussion. Abstracts must be written in English. Please note that the format of uploaded files must be in .pdf. Submissions without extended abstract will not be considered.

Conference fee: EUR 150, including welcome reception and conference dinner.

The conference will be preceded by a special workshop on the reception of Hilbert’s axiomatic method in Eastern Europe on 3 October 2017, organized by Mate Szabó (see the link in the left column for more details). Accompanying cultural programme will include: the remake of the 1968 Brno exhibition Computer Graphic (featuring Frieder Nake and others), the first computer art exhibition in Eastern Europe, preceding Cybernetic Serendipity by several months, Live coding performance (inspired by the Exhibition Computer Graphic), the concert Exposition of New Music (contemporary music), and field recordings of Brno (student project).

CiE 2017: call for informal presentations

Call for informal presentations

Computability in Europe 2017, June 12-16, Turku, Finland
http://math.utu.fi/cie2017/

Important dates
• Submission deadline: May 1, 2017
• Notification of acceptance: Within two weeks of submission

There is a remarkable difference in conference style between computer science and mathematics conferences. Mathematics conferences allow for informal presentations that are prepared very shortly before the conference and inform the participants about current research and work in progress. The format of computer science conferences with pre-conference proceedings is not able to accommodate this form of scientific communication.

Continuing the tradition of past CiE conferences, also this year’s CiE conference endeavours to get the best of both worlds. In addition to the formal presentations based on our LNCS proceedings volume, we invite researchers to present informal presentations. For this, please send us a brief description of your talk (one page) by the submission deadline May 1st.

Please submit your abstract electronically, via EasyChair <https://www.easychair.org/conferences/?conf=cie2017>, selecting the category “Informal Presentation”.

You will be notified whether your talk has been accepted for informal presentation within two weeks after your submission.

Jarkko Kari and Ion Petre (PC co-chairs of CiE 2017)

International Day of Women and Girls in Science, 11 february

11 February 2017 is the second celebration of the International Day of Women and Girls in Science.

Enjoy the celebrations and spread the news!

United Nations website http://www.un.org/en/events/women-and-girls-in-science-day/ Science and gender equality are both vital for the achievement of the internationally agreed development goals, including the 2030 Agenda for Sustainable Development. Over the past 15 years, the global community has made a lot of effort in inspiring and engaging women and girls in science. Unfortunately, women and girls continued to be excluded from participating fully in science. According to a study conducted in 14 countries, the probability for female students of graduating with a Bachelor’s degree, Master’s degree and Doctor’s degree in science-related field are 18%, 8% and 2% respectively, while the percentages of male students are 37%, 18% and 6%.

In order to achieve full and equal access to and participation in science for women and girls, and further achieve gender equality and the empowerment of women and girls, the United Nations General Assembly adopted resolution A/RES/70/212 (draft A/70/474/Add.2) declaring 11 February as the International Day of Women and Girls in Science.

UNESCO website

http://www.unesco.org/new/en/unesco/events/prizes-and-celebrations/celebrations/international-days/int-day-of-women-and-girls-in-science/international-day-of-women-and-girls-in-science-2017#.WJrEEWeKw8o

2017 Covey Award goes to Ray Turner

We are happy to announce that the IACAP 2017 Covey Award will go to Ray Turner, one of the HAPOC council members and we congratulate Ray with this well-deserved recognition of his work on the philosophy of computer science. See the announcement below for more details.

The International Association for Computing and Philosophy’s Covey Award
recognizes senior scholars with a substantial record of innovative
research in the field of computing and philosophy broadly conceived.

IACAP’s Executive Board is delighted to announce that Professor Raymond
Turner will be presented with the Covey Award at IACAP 2017, June 26-28,
Stanford University, where he will present the Covey Award Keynote
Address.

Professor Turner is Professor Emeritus of Logic and Computation in the
School of Computer Science and Electrical Engineering at the University
of Essex, where he has served since 1985. Holding doctorates in
Mathematical Logic and Theoretical Computer Science (Queen Mary College,
London, 1973) and Philosophy (Bedford College, London, 1981). Professor
Turner has also been a Sloan Research Fellow at the University of
Massachusetts-Amherst (1982) and CSLI, Stanford University (1984). He
was Visiting Professor and Research Fellow at the University of
Texas-Austin (1984 and 1987) and Senior Research Fellow at the
University of Massachusetts-Amherst (1984 and 1986). Currently he serves
on the editorial board of the Journal of Logic and Computation and, for
the Stanford Encyclopaedia of Philosophy, as Editor of Logic and
Computation.

Professor Turner’s work in Theoretical Computing Science and the
Philosophy of Computer Science has been field-defining and
ground-breaking. His books include Computable Models (Springer 2010),
Constructive Foundations for Functional Languages (McGraw Hill 1991),
Truth and Modality for Knowledge Representation (MIT Press 1990), and
Logics for Artificial Intelligence (Pitman, 1984). His publications
include “A Theory of Properties”, (Journal of Symbolic Logic, 1987),
“The Foundations of Specification” (Journal of Logic and Computation,
2005), “Type Inference for Set Theory” (Theoretical Computer Science,
2001), “Specification”, (Minds and Machines, 2011), “Programming
Languages as Technical Artefacts”, (Philosophy and Technology, 2014),
“Logics of Truth” (Notre Dame Journal of Formal Logic, 1990), and “The
Philosophy of Computer Science”, (Stanford Encyclopaedia of Philosophy,
2013).

As Professor Turner describes his research,

The philosophy of computer science is concerned with those
philosophical issues that arise from within the academic
discipline of computer science. It is intended to be the
philosophical endeavour that stands to computer science as
philosophy of mathematics does to mathematics and philosophy of
technology does to technology. Indeed, the abstract nature of
computer science, coupled with its technological ambitions,
ensures that many of the conceptual questions that arise in the
philosophies of mathematics and technology have computational
analogues. In addition, the subject will draw in variants of
some of the central questions in the philosophies of mind,
language and science.

In contrast, I take the central task of Theoretical Computing
Science to be the construction of mathematical models of
computational phenomena. Such models provide us with a deeper
understanding of the nature of computation and representation.
For example, the early work on computability theory provided a
mathematical model of computation itself. Turing’s work is of
fundamental importance here. Adapting Gödel’s diagonalization
argument, he demonstrated that there are problems that do not
admit of an algorithmic solution. He thus provided a
mathematical model of computation that displayed its
limitations. Later work on the semantics of programming
languages enabled a precise articulation of the underlying
differences between programming languages and led to a clearer
understanding of the distinction between semantic representation
and implementation. Early work in complexity theory supplied us
with abstract notions which formally articulated informal ideas
about the resources used during computation. I take this model
building endeavour to be the central and fundamental role of
theoretical computer science.

Please join us at IACAP 2017, June 26-28, Stanford University to
congratulate Professor Turner on this well-deserved award.

http://www.iacap.org/iacap-2017/

Best,

Don Berkich
IACAP President