%0 Journal Article %1 scaife1996 %A Scaife, M. %A Rogers, Y. %D 1996 %J International Journal of Human-Computer Studies %K distributed-modeling cognition %N 2 %P 185--213 %R 10.1006/ijhc.1996.0048 %T External cognition: how do graphical representations work? %U http://www.sciencedirect.com/science/article/B6WGR-45MH14N-T/2/f2641a617c317bc5e76601cca697a63f %V 45 %X Advances in graphical technology have now made it possible for us to interact with information in innovative ways, most notably by exploring multimedia environments and by manipulating three-dimensional virtual worlds. Many benefits have been claimed for this new kind of interactivity, a general assumption being that learning and cognitive processing are facilitated. We point out, however, that little is known about the cognitive value ofanygraphical representations, be they good old-fashioned (e.g. diagrams) or more advanced (e.g. animations, multimedia, virtual reality). In our paper, we critique the disparate literature on graphical representations, focusing on four representative studies. Our analysis reveals a fragmented and poorly understood account of how graphical representations work, exposing a number of assumptions and fallacies. As an alternative we propose a new agenda for graphical representation research. This builds on the nascent theoretical approach within cognitive science that analyses the role played by external representations in relation to internal mental ones. We outline some of the central properties of this relationship that are necessary for the processing of graphical representations. Finally, we consider how this analysis can inform the selection and design of both traditional and advanced forms of graphical technology.

@article{scaife1996, abstract = {Advances in graphical technology have now made it possible for us to interact with information in innovative ways, most notably by exploring multimedia environments and by manipulating three-dimensional virtual worlds. Many benefits have been claimed for this new kind of interactivity, a general assumption being that learning and cognitive processing are facilitated. We point out, however, that little is known about the cognitive value ofanygraphical representations, be they good old-fashioned (e.g. diagrams) or more advanced (e.g. animations, multimedia, virtual reality). In our paper, we critique the disparate literature on graphical representations, focusing on four representative studies. Our analysis reveals a fragmented and poorly understood account of how graphical representations work, exposing a number of assumptions and fallacies. As an alternative we propose a new agenda for graphical representation research. This builds on the nascent theoretical approach within cognitive science that analyses the role played by external representations in relation to internal mental ones. We outline some of the central properties of this relationship that are necessary for the processing of graphical representations. Finally, we consider how this analysis can inform the selection and design of both traditional and advanced forms of graphical technology.}, added-at = {2006-07-20T15:37:46.000+0200}, author = {Scaife, M. and Rogers, Y.}, biburl = {https://www.bibsonomy.org/bibtex/2dc359e6a668c02fe3f5a70b089d0737f/mstrohm}, doi = {10.1006/ijhc.1996.0048}, interhash = {e53c556941863c44de1c180d12e234b3}, intrahash = {dc359e6a668c02fe3f5a70b089d0737f}, journal = {International Journal of Human-Computer Studies}, keywords = {distributed-modeling cognition}, month = {August}, number = 2, pages = {185--213}, timestamp = {2006-07-20T15:37:46.000+0200}, title = {External cognition: how do graphical representations work?}, url = {http://www.sciencedirect.com/science/article/B6WGR-45MH14N-T/2/f2641a617c317bc5e76601cca697a63f}, volume = 45, year = 1996 }