Puppeteer is a system for adapting component-based applications in mobile environments. Puppeteer takes advantage of the exported interfaces of these applications and the structured nature of the documents they manipulate to perform adaptation without modifying the applications. The system is structured in a modular fashion, allowing easy addition of new applications and adaptation policies. Our initial prototype focuses on adaptation to limited bandwidth. It runs on Windows NT, and includes support for a variety of adaptation policies for Microsoft PowerPoint and Internet Explorer 5. We demonstrate that Puppeteer can support complex policies without any modification to the application and with little overhead. To the best of our knowledge,...
Adaptation is an increasing important attribute for software that must operate well in changing envi...
Abstract. Current commercial software frameworks for the development of mobile applications targeted...
The limited memory, processing power, and network bandwidth compared to the desktop environments set...
Conference PaperPuppeteer is a system for adapting component-based applications in mobile environmen...
Puppeteer is a system for adapting component-based applications in mobile environments. Puppeteer ta...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/18...
Component-based adaptation is a novel approach for adapting applications to the limited availability...
Abstract—Iterative Adaptation is a novel approach to adaptation for resource-limited mobile and wire...
Iterative Adaptation is a novel approach to adaptation for resource-limited mobile and wireless envi...
This paper presents a new framework for building adaptive mobile applications in mobile computing en...
Adaptation is an important requirement for mobile applications due to the varying levels of resource...
International audienceThe trend toward ubiquitous services and any multimedia, the proliferation of ...
In this paper, we present our experience with application-aware adaptation in the context of Odyssey...
In this paper, we present our experience with application-aware adaptation in the context of Odyssey...
Recent evolutions of mobile devices have opened up for new opportunities for building advanced mobil...
Adaptation is an increasing important attribute for software that must operate well in changing envi...
Abstract. Current commercial software frameworks for the development of mobile applications targeted...
The limited memory, processing power, and network bandwidth compared to the desktop environments set...
Conference PaperPuppeteer is a system for adapting component-based applications in mobile environmen...
Puppeteer is a system for adapting component-based applications in mobile environments. Puppeteer ta...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/18...
Component-based adaptation is a novel approach for adapting applications to the limited availability...
Abstract—Iterative Adaptation is a novel approach to adaptation for resource-limited mobile and wire...
Iterative Adaptation is a novel approach to adaptation for resource-limited mobile and wireless envi...
This paper presents a new framework for building adaptive mobile applications in mobile computing en...
Adaptation is an important requirement for mobile applications due to the varying levels of resource...
International audienceThe trend toward ubiquitous services and any multimedia, the proliferation of ...
In this paper, we present our experience with application-aware adaptation in the context of Odyssey...
In this paper, we present our experience with application-aware adaptation in the context of Odyssey...
Recent evolutions of mobile devices have opened up for new opportunities for building advanced mobil...
Adaptation is an increasing important attribute for software that must operate well in changing envi...
Abstract. Current commercial software frameworks for the development of mobile applications targeted...
The limited memory, processing power, and network bandwidth compared to the desktop environments set...