5 citations found. Retrieving documents...
P. Dourish, Designing for Change: Reflective Metalevel Architecture for Deep Customization in CSCW, TR EPC-93-102, Xerox EuroParc, 1/93.

 Home/Search   Document Details and Download   Summary   Related Articles   Check  

This paper is cited in the following contexts:
CPCE: A Kernel for Building Flexible Collaborative.. - Lonchamp (1995)   (8 citations)  (Correct)

....class precedence list computation in case of multiple inheritance, method lookup) Currently, many non language applications follow the Meta Object Protocol approach. For instance, Silica, a customizable open ended window manager [8] Muse operating system [10] and a CSCW toolkit project [11]. They all emphasize flexibility and openness provided by the Meta Object Protocol approach. Static and dynamic flexibility of process centered environments have been extensively discussed, mainly through process model evolution [12] Evolution of enactment mechanisms has received less interest. ....

....Contract primitive class customized class isa relationship class to class link type class to instance link type application specific application specific Fig.4. CPCE generic process classes. settings, it is very important to consider this meta process as a collaborative process [11,15]. Another important aspect that must be considered is integrity specification and enforcement at the level of individually evolving classes and at the level of the global network of classes. A second decision in CPCE is that integrity properties shall not be encoded into the meta process, because ....

P. Dourish, Designing for Change: Reflective Metalevel Architecture for Deep Customization in CSCW, TR EPC-93-102, Xerox EuroParc, 1/93.


Tailorable Component Architectures for CSCW-Systems - Stiemerling, Cremers (1998)   (8 citations)  (Correct)

....systems is its accessibility on different conceptual levels of complexity and from different points of view. While experienced users or system administrators might have an interest to pursue more extensive and thus complex tailoring activities, novice users might want to access the 3 [4] points out the relevance of reflective architectures for the design of tailorable CSCW applications adaptable system adaptable aspects of the system causally connected self representation of the system, which determines ( the state of the adaptable aspects. It is subject to manipulations ( ....

Dourish, P., "Designing for Change: Reflective Metalevel Architectures for Deep Customisation in CSCW," Rank Xerox Research Centre, Cambridge Laboratory, UK, Research Report EPC-1993-102, 1993.


Supporting Tailorability of Groupware through Component.. - Stiemerling (1997)   (2 citations)  (Correct)

....of itself. In order to support tailorability, this selfrepresentation needs to be manipulatable and causally connected to the represented aspects, i.e. if the representation changes, the application changes as well. In this sense the application is a reflective computational system (see [11] [3] points out the relevance of reflective architectures for the design of tailorable CSCWapplications. 5. State of the art and research questions In the following we want to describe design issues and options for tailorability on the three levels of component architectures, taking into account ....

Dourish, P., "Designing for Change: Reflective Metalevel Architectures for Deep Customisation in CSCW," Rank Xerox Research Centre, Cambridge Laboratory, UK, Research Report EPC-1993-102, 1993.


Aspects - Composing CSCW Applications. - Stephen Barrett (1995)   (Correct)

....might provide generic support for a wide range of groupware. This research has followed two threads which may be characterised as extending either current language models or current operating system support with functionality tailored to the needs of groupware applications. For example, Dourish [Dourish, 1994] has explored the applicability of reflection in toolkit design. His approach simplifies the construction of specific classes of groupware supported by his toolkits. He reports that adding reflection to the programming language via a reflective toolkit facilitates the building of groupware ....

Dourish, P. (1994). Designing for change: Reflective metalevel architectures for deep customisation in cscw. Technical report, Rank Xerox EuroParc, Cambridge, UK.


Kernel, Proc. CAISE'94, Utrecht, LNCS 811, pp 28-41.. - Designing Generic..   (Correct)

No context found.

P. Dourish, Designing for Change: Reflective Metalevel Architecture for Deep Customization in CSCW, TR EPC-93-102, Xerox EuroParc, 1/93.

Online articles have much greater impact   More about CiteSeer.IST   Add search form to your site   Submit documents   Feedback  

CiteSeer.IST - Copyright Penn State and NEC