We present the Resource-Aware Visualization Environment (RAVE) project, from its inception and design phases, through implementation choices and final actual use cases. The RAVE (Resource-Aware Visualization Environment)is a distributed, collaborative Grid enabled visualization environment that supports automated resource discovery across heterogeneous machines. RAVE runs as a background process using Web services, enabling us to share resources with other users rather than commandeering an entire machine. RAVE supports a wide range of machines, from hand-held PDAs to high-end servers with large-scale stereo, tracked displays. The local display device may render all, some or none of the data set remotely, depending on its capability and...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
To focus on the research issues surrounding collabora-tive behavior in multiple mobile-robotic syste...
We present the Resource-Aware Visualization Environment (RAVE) project, from its inception and desig...
We present the Resource-Aware Visualization Environment (RAVE) project, from its inception and desig...
project, from its inception and design phases, through implementation choices and nal actual use cas...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
To focus on the research issues surrounding collaborative behavior in multiple mobile-robotic system...
To focus on the research issues surrounding collabora-tive behavior in multiple mobile-robotic syste...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
To focus on the research issues surrounding collabora-tive behavior in multiple mobile-robotic syste...
We present the Resource-Aware Visualization Environment (RAVE) project, from its inception and desig...
We present the Resource-Aware Visualization Environment (RAVE) project, from its inception and desig...
project, from its inception and design phases, through implementation choices and nal actual use cas...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
We present a status report on RAVE, our distributed, collaborative grid enabled visualization envi...
To focus on the research issues surrounding collaborative behavior in multiple mobile-robotic system...
To focus on the research issues surrounding collabora-tive behavior in multiple mobile-robotic syste...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
We present an initial report on using our distributed, collaborative grid enabled visualization envi...
To focus on the research issues surrounding collabora-tive behavior in multiple mobile-robotic syste...