Fleischmann, Kenneth R. (Author)
Wallace, William A. (Author)
At their core, science, engineering, and all forms of inquiry involve making sense of a complex world. Modeling is one way of reducing the complexity of the world by abstracting away details. Computational modeling involves the use of computers to scale up mathematical models. Computational models play a critical role in a number of application areas. For example, agricultural engineers use them to control invasive species (Büyüktahtakin et al. 2014), and climatologists use them to predict changes in the Earth’s climate over time (Edwards 2010). In tennis the “Hawk-Eye” instant replay system is used to resolve challenges to refereeing: unlike instant replay used in most sports, it employs a computational model to track the ball using multiple camera angles and makes a prediction about whether a ball was in or out (Collins and Evans 2008). In each of these cases, computational modeling carries important ethical implications, as modelers have tremendous power to influence both perceptions and behavior, particularly when models are not transparent (Fleischmann and Wallace 2005).
...MoreArticle Galloway, Gerard E., Jr.; Johnson, Deborah G. (Spring 2017) Why Engineering Ethics Matters. The Bridge: Journal of the National Academy of Engineering (pp. 3-7).
Article
Thomas B. Kane;
(March 2019)
Artificial Intelligence in Politics: Establishing Ethics
(/isis/citation/CBB687883190/)
Article
Baker, Kevin T.;
(2017)
Simulation and “Seduction” at the Policy Interface
(/isis/citation/CBB450364367/)
Article
McAllister, Therese P.;
van de Lindt, John;
Ellingwood, Bruce;
(Summer 2019)
A Fully Integrated Model of Interdependent Physical Infrastructure and Social Systems
(/isis/citation/CBB495253737/)
Article
Miles MacLeod;
Nancy J. Nersessian;
(2018)
Modeling Complexity: Cognitive Constraints and Computational Model-Building in Integrative Systems Biology
(/isis/citation/CBB935002178/)
Book
Shannon Vallor;
(2016)
Technology and the Virtues: A Philosophical Guide to a Future Worth Wanting
(/isis/citation/CBB166777442/)
Article
Rider Foley;
Beverley Gibbs;
(2019)
Connecting Engineering Processes and Responsible Innovation: A Response to Macro-Ethical Challenges
(/isis/citation/CBB328472661/)
Article
Ronald C. Arkin;
(September 2018)
Ethics of Robotic Deception
(/isis/citation/CBB847078646/)
Article
Johnson, Deborah G.;
(Spring 2017)
Can Engineering Ethics Be Taught?
(/isis/citation/CBB099739215/)
Article
Krishna Sood;
(June 2018)
The Ultimate Black Box: The Thorny Issue of Programming Moral Standards in Machines
(/isis/citation/CBB475729971/)
Article
Marc Steen;
(May 2015)
Upon Opening the Black Box and Finding It Full: Exploring the Ethics in Design Practices
(/isis/citation/CBB908958824/)
Article
Schrader-Frechette, Kristin;
(Spring 2017)
How Some Scientists and Engineers Contribute to Environmental Injustice
(/isis/citation/CBB655614902/)
Article
Noah Goodall;
(June 2019)
More Than Trolleys: Plausible, Ethically Ambiguous Scenarios Likely to Be Encountered by Automated Vehicles
(/isis/citation/CBB172658297/)
Book
Mark Coeckelbergh;
(2013)
Human Being @ Risk: Enhancement, Technology, and the Evaluation of Vulnerability Transformations
(/isis/citation/CBB944837263/)
Article
Alastair Shipman;
(2019)
Ethical Implications of Designing Infrastructure Around Human Behavior: How Does the Future Accommodate Everyone?
(/isis/citation/CBB374177107/)
Chapter
Sedlet, S.;
(1999)
Computers, ethics, law and society: what do we teach undergraduates?
(/isis/citation/CBB471733429/)
Chapter
Elizabeth A. Buchanan;
Lipinski, T. A.;
(1999)
The "girl next door" in virtual play space: victim, or vixen, or invisible?
(/isis/citation/CBB718854553/)
Chapter
Vrishali Subramanian;
Sanjay Chandrasekharan;
Nancy J. Nersessian;
(2012)
Computational Modeling: Is This the End of Thought Experiments in Science?
(/isis/citation/CBB739614030/)
Book
Edwards, Paul N.;
(2010)
A vast machine: Computer models, climate data, and the politics of global warming
(/isis/citation/CBB001181659/)
Chapter
Edwards, Paul N.;
(2002)
Modellen, daten, ungewissheit und die politik in der weltweiten klimawissenschaft; (Models, data, suspense and the policy in the global climate science)
(/isis/citation/CBB001181673/)
Article
Miles MacLeod;
Nancy J. Nersessian;
(2015)
Modeling systems-level dynamics: Understanding without mechanistic explanation in integrative systems biology
(/isis/citation/CBB511081415/)
Be the first to comment!