The Experts below are selected from a list of 28659 Experts worldwide ranked by ideXlab platform
Hichem Maaref - One of the best experts on this subject based on the ideXlab platform.
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A Framework for Designing Adaptative Systems in VR Applications
2009Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. With the multiplication of sensors in these systems, new constraints emerged, especially how to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application.
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CCNC - A Framework for Designing Adaptative Systems in VR Applications
2009 6th IEEE Consumer Communications and Networking Conference, 2009Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. With the multiplication of sensors in these systems, new constraints emerged, especially how to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application.
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An easy-to-use Framework to integrate Data Processing and Data Fusion in VR Applications
2008Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:One of the most important aspect when designing a VR application is to preserve the 3D interaction continuity. In order to respect this point, during the last years, VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. But, with the multiplication of sensors in these systems, new constraints has emerged, especially how to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application.
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VRCAI - A-3DI core: a framework for adding adaptative behaviour into VR applications
Proceedings of The 7th ACM SIGGRAPH International Conference on Virtual-Reality Continuum and Its Applications in Industry - VRCAI '08, 2008Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. With the multiplication of sensors in these systems, new constraints emerged, especially how to preserve the 3D interaction continuity. An approach for answering this is to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application and so provide an adaptative behaviour to the system.
T. Triffet - One of the best experts on this subject based on the ideXlab platform.
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A smart sensor-based hierarchical control system for an extraterrestrial oxygen production plant
Proceedings of the Annual International Conference of the IEEE Engineering in Medicine and Biology Society, 1992Co-Authors: T. TriffetAbstract:An autonomous control program for the space materials processing plant being developed at the NASA Space Engineering Research Center of the University of Arizona is described, with special emphasis on the lowest Hardware Layer. This Layer features dynamically reprogrammable, truly "smart", sensors with peripheral control capabilities, managed by a novel additional control Layer near the top of the hierarchy. Steady-state operational data containing an interesting anomaly, from which the system recovered without operator assistance, is also presented.
M M Silva - One of the best experts on this subject based on the ideXlab platform.
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run time reconfiguration support for fpgas with embedded cpus the Hardware Layer
International Parallel and Distributed Processing Symposium, 2005Co-Authors: Joao Canas Ferreira, M M SilvaAbstract:We report on work in progress that aims to provide a run-time management kernel for applications running on FPGAs with embedded CPUs. We describe the global concept, the organization of the Hardware environment for the reconfigurable modules and the reconfiguration strategy supported by the run-time management kernel. Practical issues concerning the implementation of the system on a Virtex-II Pro-based board are also addressed.
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IPDPS - Run-time reconfiguration support for FPGAs with embedded CPUs: the Hardware Layer
19th IEEE International Parallel and Distributed Processing Symposium, 1Co-Authors: Joao Canas Ferreira, M M SilvaAbstract:We report on work in progress that aims to provide a run-time management kernel for applications running on FPGAs with embedded CPUs. We describe the global concept, the organization of the Hardware environment for the reconfigurable modules and the reconfiguration strategy supported by the run-time management kernel. Practical issues concerning the implementation of the system on a Virtex-II Pro-based board are also addressed.
Pierre Boudoin - One of the best experts on this subject based on the ideXlab platform.
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A Framework for Designing Adaptative Systems in VR Applications
2009Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. With the multiplication of sensors in these systems, new constraints emerged, especially how to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application.
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CCNC - A Framework for Designing Adaptative Systems in VR Applications
2009 6th IEEE Consumer Communications and Networking Conference, 2009Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. With the multiplication of sensors in these systems, new constraints emerged, especially how to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application.
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An easy-to-use Framework to integrate Data Processing and Data Fusion in VR Applications
2008Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:One of the most important aspect when designing a VR application is to preserve the 3D interaction continuity. In order to respect this point, during the last years, VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. But, with the multiplication of sensors in these systems, new constraints has emerged, especially how to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application.
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VRCAI - A-3DI core: a framework for adding adaptative behaviour into VR applications
Proceedings of The 7th ACM SIGGRAPH International Conference on Virtual-Reality Continuum and Its Applications in Industry - VRCAI '08, 2008Co-Authors: Pierre Boudoin, Samir Otmane, Malik Mallem, Hichem MaarefAbstract:VR systems need more and more sensors to provide the most efficient 3D interaction in the virtual world. With the multiplication of sensors in these systems, new constraints emerged, especially how to preserve the 3D interaction continuity. An approach for answering this is to process the huge amount of incoming data and how to estimate a correct interpretation from it. However data processing is often a complex approach. In this paper, we present to you a framework that can be used such an upper-Layer on the Hardware Layer to provide data processing and data fusion to a virtual reality application and so provide an adaptative behaviour to the system.
Atsushi Iwata - One of the best experts on this subject based on the ideXlab platform.
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NCA - MultiLayer In-service Reconfiguration for Network Computing Systems
Sixth IEEE International Symposium on Network Computing and Applications (NCA 2007), 2007Co-Authors: Nobuharu Kami, Jun Suzuki, Youichi Hidaka, Takashi Yoshikawa, Atsushi IwataAbstract:We propose a method for multiLayer in-service reconfiguration for network computing systems that minimizes the total service downtime. Although both software and Hardware virtualization technologies has been proposed for dynamic reconfiguration, each one is currently designed to be executed independently and thus their cooperative operations that dynamically reconfigure both of them have not been well-considered. We have developed a method for multiLayer in-service reconfiguration that comprises Ethernet-based distributed device reconfiguration (Hardware Layer), fine-granular I/O service continuity management (software Layer), and their orchestration. Application to the management of a session initiation protocol server system built on distributed resources demonstrated that this method achieves dynamic load balancing in response to call rate increases without any failed calls.
