The Experts below are selected from a list of 135 Experts worldwide ranked by ideXlab platform

Jurgen Harms - One of the best experts on this subject based on the ideXlab platform.

  • International Conference on Internet Computing - Remote Real Laboratory: Linux Installation and Configuration.
    2020
    Co-Authors: Alassane Diop, Amine Berqia, Jurgen Harms
    Abstract:

    Remote real laboratories deal with performing real lab experiments remotely via Internet. Recent advances in Internet/web technologies and computer-controlled instrumentation allow net-based techniques to be used for setting up remote real laboratory access. The goal of our project VITELS (Virtual Internet Telecommunications Laboratory of Switzerland) is to develop a course that provides practical exercises in the area of telecommunications and computer networks to the students. The exercises shall be performed by students remotely and students do not need to be present in particular laboratory rooms. As regards communication between machines, several levels of complexity must be differentiated. The management and total handling become more complicated according to the kind of desired networks functionality and data exchange. This differentiation is often based on the following functions networks: File transfer (File transfer), Execution of programs on other machines (remote execution), virtual Terminals (Network File System). In our paper, we present a remote laboratory which consists to learn how to install and configure Linux on a real remote machine using a simple Internet connection. Three approaches have been studied and have been implemented. First approach is the Installation of Linux Mandrake distribution by simulation. The second approach, more interesting, consists in using VNC (Virtual Network Computing) to really install Linux on a remote machine just using a navigator and our environment. The third approach which consists in combining the two approaches to obtain an optimal result. The distant user would gain in time and would profit from an interaction of the assistance coming from the server. This system is based on a client-server concept with a deployment by levels of the Installation on the remote machine. Our environment allows several users to make the virtual Installation on the same machine at the same time and the real deployment of the user’s parameters is done once the virtual Installation is finished.

  • remote real laboratory Linux Installation and configuration
    International Conference on Internet Computing, 2003
    Co-Authors: Alassane Diop, Amine Berqia, Jurgen Harms
    Abstract:

    Remote real laboratories deal with performing real lab experiments remotely via Internet. Recent advances in Internet/web technologies and computer-controlled instrumentation allow net-based techniques to be used for setting up remote real laboratory access. The goal of our project VITELS (Virtual Internet Telecommunications Laboratory of Switzerland) is to develop a course that provides practical exercises in the area of telecommunications and computer networks to the students. The exercises shall be performed by students remotely and students do not need to be present in particular laboratory rooms. As regards communication between machines, several levels of complexity must be differentiated. The management and total handling become more complicated according to the kind of desired networks functionality and data exchange. This differentiation is often based on the following functions networks: File transfer (File transfer), Execution of programs on other machines (remote execution), virtual Terminals (Network File System). In our paper, we present a remote laboratory which consists to learn how to install and configure Linux on a real remote machine using a simple Internet connection. Three approaches have been studied and have been implemented. First approach is the Installation of Linux Mandrake distribution by simulation. The second approach, more interesting, consists in using VNC (Virtual Network Computing) to really install Linux on a remote machine just using a navigator and our environment. The third approach which consists in combining the two approaches to obtain an optimal result. The distant user would gain in time and would profit from an interaction of the assistance coming from the server. This system is based on a client-server concept with a deployment by levels of the Installation on the remote machine. Our environment allows several users to make the virtual Installation on the same machine at the same time and the real deployment of the user’s parameters is done once the virtual Installation is finished.

Alassane Diop - One of the best experts on this subject based on the ideXlab platform.

  • International Conference on Internet Computing - Remote Real Laboratory: Linux Installation and Configuration.
    2020
    Co-Authors: Alassane Diop, Amine Berqia, Jurgen Harms
    Abstract:

    Remote real laboratories deal with performing real lab experiments remotely via Internet. Recent advances in Internet/web technologies and computer-controlled instrumentation allow net-based techniques to be used for setting up remote real laboratory access. The goal of our project VITELS (Virtual Internet Telecommunications Laboratory of Switzerland) is to develop a course that provides practical exercises in the area of telecommunications and computer networks to the students. The exercises shall be performed by students remotely and students do not need to be present in particular laboratory rooms. As regards communication between machines, several levels of complexity must be differentiated. The management and total handling become more complicated according to the kind of desired networks functionality and data exchange. This differentiation is often based on the following functions networks: File transfer (File transfer), Execution of programs on other machines (remote execution), virtual Terminals (Network File System). In our paper, we present a remote laboratory which consists to learn how to install and configure Linux on a real remote machine using a simple Internet connection. Three approaches have been studied and have been implemented. First approach is the Installation of Linux Mandrake distribution by simulation. The second approach, more interesting, consists in using VNC (Virtual Network Computing) to really install Linux on a remote machine just using a navigator and our environment. The third approach which consists in combining the two approaches to obtain an optimal result. The distant user would gain in time and would profit from an interaction of the assistance coming from the server. This system is based on a client-server concept with a deployment by levels of the Installation on the remote machine. Our environment allows several users to make the virtual Installation on the same machine at the same time and the real deployment of the user’s parameters is done once the virtual Installation is finished.

  • remote real laboratory Linux Installation and configuration
    International Conference on Internet Computing, 2003
    Co-Authors: Alassane Diop, Amine Berqia, Jurgen Harms
    Abstract:

    Remote real laboratories deal with performing real lab experiments remotely via Internet. Recent advances in Internet/web technologies and computer-controlled instrumentation allow net-based techniques to be used for setting up remote real laboratory access. The goal of our project VITELS (Virtual Internet Telecommunications Laboratory of Switzerland) is to develop a course that provides practical exercises in the area of telecommunications and computer networks to the students. The exercises shall be performed by students remotely and students do not need to be present in particular laboratory rooms. As regards communication between machines, several levels of complexity must be differentiated. The management and total handling become more complicated according to the kind of desired networks functionality and data exchange. This differentiation is often based on the following functions networks: File transfer (File transfer), Execution of programs on other machines (remote execution), virtual Terminals (Network File System). In our paper, we present a remote laboratory which consists to learn how to install and configure Linux on a real remote machine using a simple Internet connection. Three approaches have been studied and have been implemented. First approach is the Installation of Linux Mandrake distribution by simulation. The second approach, more interesting, consists in using VNC (Virtual Network Computing) to really install Linux on a remote machine just using a navigator and our environment. The third approach which consists in combining the two approaches to obtain an optimal result. The distant user would gain in time and would profit from an interaction of the assistance coming from the server. This system is based on a client-server concept with a deployment by levels of the Installation on the remote machine. Our environment allows several users to make the virtual Installation on the same machine at the same time and the real deployment of the user’s parameters is done once the virtual Installation is finished.

Dhrubajyoti Goswami - One of the best experts on this subject based on the ideXlab platform.

  • PDP - Parallelizing Soft-Synths with Soft Real-Time Requirements
    2017 25th Euromicro International Conference on Parallel Distributed and Network-based Processing (PDP), 2020
    Co-Authors: Ede Cameron, Dhrubajyoti Goswami
    Abstract:

    Though parallel processing of applications related to video processing and rendering are widespread, parallel processing of audio synthesis software (also known as soft-synths) is not much researched. This paper addresses our research and experiments in parallelizing digital audio synthesizers on a commodity multicore platform where these synthesizers are most commonly used. Soft real-time requirements and overheads of parallelization are two of the competing forces in this research. As a case study, the ALSA (Advanced Linux Sound Architecture) Modular audio Synthesizer (AMS) is evaluated. AMS employs a modular approach to digital music synthesis, is often part of a standard Linux Installation package, has a GUI for user interactions, and like other audio synthesizers it has a soft real-time requirement. The main intentions of parallelization are for enhancing throughput and hence stability, whereby more complex and higher quality audio can be generated. The GUI based interactive approach adds an extra challenge of a dynamic call graph that can change on-the-fly. The paper compares the pros and cons of the different techniques adopt-ed, and highlights the advantages of parallelization. The lessons learnt can also be used in parallelizing other existing audio synthesizers and designing new parallel synthesizers from scratch.

  • Parallelizing Soft-Synths with Soft Real-Time Requirements
    2017 25th Euromicro International Conference on Parallel Distributed and Network-based Processing (PDP), 2017
    Co-Authors: Ede Cameron, Dhrubajyoti Goswami
    Abstract:

    Though parallel processing of applications related to video processing and rendering are widespread, parallel processing of audio synthesis software (also known as soft-synths) is not much researched. This paper addresses our research and experiments in parallelizing digital audio synthesizers on a commodity multicore platform where these synthesizers are most commonly used. Soft real-time requirements and overheads of parallelization are two of the competing forces in this research. As a case study, the ALSA (Advanced Linux Sound Architecture) Modular audio Synthesizer (AMS) is evaluated. AMS employs a modular approach to digital music synthesis, is often part of a standard Linux Installation package, has a GUI for user interactions, and like other audio synthesizers it has a soft real-time requirement. The main intentions of parallelization are for enhancing throughput and hence stability, whereby more complex and higher quality audio can be generated. The GUI based interactive approach adds an extra challenge of a dynamic call graph that can change on-the-fly. The paper compares the pros and cons of the different techniques adopt-ed, and highlights the advantages of parallelization. The lessons learnt can also be used in parallelizing other existing audio synthesizers and designing new parallel synthesizers from scratch.

Amine Berqia - One of the best experts on this subject based on the ideXlab platform.

  • International Conference on Internet Computing - Remote Real Laboratory: Linux Installation and Configuration.
    2020
    Co-Authors: Alassane Diop, Amine Berqia, Jurgen Harms
    Abstract:

    Remote real laboratories deal with performing real lab experiments remotely via Internet. Recent advances in Internet/web technologies and computer-controlled instrumentation allow net-based techniques to be used for setting up remote real laboratory access. The goal of our project VITELS (Virtual Internet Telecommunications Laboratory of Switzerland) is to develop a course that provides practical exercises in the area of telecommunications and computer networks to the students. The exercises shall be performed by students remotely and students do not need to be present in particular laboratory rooms. As regards communication between machines, several levels of complexity must be differentiated. The management and total handling become more complicated according to the kind of desired networks functionality and data exchange. This differentiation is often based on the following functions networks: File transfer (File transfer), Execution of programs on other machines (remote execution), virtual Terminals (Network File System). In our paper, we present a remote laboratory which consists to learn how to install and configure Linux on a real remote machine using a simple Internet connection. Three approaches have been studied and have been implemented. First approach is the Installation of Linux Mandrake distribution by simulation. The second approach, more interesting, consists in using VNC (Virtual Network Computing) to really install Linux on a remote machine just using a navigator and our environment. The third approach which consists in combining the two approaches to obtain an optimal result. The distant user would gain in time and would profit from an interaction of the assistance coming from the server. This system is based on a client-server concept with a deployment by levels of the Installation on the remote machine. Our environment allows several users to make the virtual Installation on the same machine at the same time and the real deployment of the user’s parameters is done once the virtual Installation is finished.

  • remote real laboratory Linux Installation and configuration
    International Conference on Internet Computing, 2003
    Co-Authors: Alassane Diop, Amine Berqia, Jurgen Harms
    Abstract:

    Remote real laboratories deal with performing real lab experiments remotely via Internet. Recent advances in Internet/web technologies and computer-controlled instrumentation allow net-based techniques to be used for setting up remote real laboratory access. The goal of our project VITELS (Virtual Internet Telecommunications Laboratory of Switzerland) is to develop a course that provides practical exercises in the area of telecommunications and computer networks to the students. The exercises shall be performed by students remotely and students do not need to be present in particular laboratory rooms. As regards communication between machines, several levels of complexity must be differentiated. The management and total handling become more complicated according to the kind of desired networks functionality and data exchange. This differentiation is often based on the following functions networks: File transfer (File transfer), Execution of programs on other machines (remote execution), virtual Terminals (Network File System). In our paper, we present a remote laboratory which consists to learn how to install and configure Linux on a real remote machine using a simple Internet connection. Three approaches have been studied and have been implemented. First approach is the Installation of Linux Mandrake distribution by simulation. The second approach, more interesting, consists in using VNC (Virtual Network Computing) to really install Linux on a remote machine just using a navigator and our environment. The third approach which consists in combining the two approaches to obtain an optimal result. The distant user would gain in time and would profit from an interaction of the assistance coming from the server. This system is based on a client-server concept with a deployment by levels of the Installation on the remote machine. Our environment allows several users to make the virtual Installation on the same machine at the same time and the real deployment of the user’s parameters is done once the virtual Installation is finished.

Ede Cameron - One of the best experts on this subject based on the ideXlab platform.

  • PDP - Parallelizing Soft-Synths with Soft Real-Time Requirements
    2017 25th Euromicro International Conference on Parallel Distributed and Network-based Processing (PDP), 2020
    Co-Authors: Ede Cameron, Dhrubajyoti Goswami
    Abstract:

    Though parallel processing of applications related to video processing and rendering are widespread, parallel processing of audio synthesis software (also known as soft-synths) is not much researched. This paper addresses our research and experiments in parallelizing digital audio synthesizers on a commodity multicore platform where these synthesizers are most commonly used. Soft real-time requirements and overheads of parallelization are two of the competing forces in this research. As a case study, the ALSA (Advanced Linux Sound Architecture) Modular audio Synthesizer (AMS) is evaluated. AMS employs a modular approach to digital music synthesis, is often part of a standard Linux Installation package, has a GUI for user interactions, and like other audio synthesizers it has a soft real-time requirement. The main intentions of parallelization are for enhancing throughput and hence stability, whereby more complex and higher quality audio can be generated. The GUI based interactive approach adds an extra challenge of a dynamic call graph that can change on-the-fly. The paper compares the pros and cons of the different techniques adopt-ed, and highlights the advantages of parallelization. The lessons learnt can also be used in parallelizing other existing audio synthesizers and designing new parallel synthesizers from scratch.

  • Parallelizing Soft-Synths with Soft Real-Time Requirements
    2017 25th Euromicro International Conference on Parallel Distributed and Network-based Processing (PDP), 2017
    Co-Authors: Ede Cameron, Dhrubajyoti Goswami
    Abstract:

    Though parallel processing of applications related to video processing and rendering are widespread, parallel processing of audio synthesis software (also known as soft-synths) is not much researched. This paper addresses our research and experiments in parallelizing digital audio synthesizers on a commodity multicore platform where these synthesizers are most commonly used. Soft real-time requirements and overheads of parallelization are two of the competing forces in this research. As a case study, the ALSA (Advanced Linux Sound Architecture) Modular audio Synthesizer (AMS) is evaluated. AMS employs a modular approach to digital music synthesis, is often part of a standard Linux Installation package, has a GUI for user interactions, and like other audio synthesizers it has a soft real-time requirement. The main intentions of parallelization are for enhancing throughput and hence stability, whereby more complex and higher quality audio can be generated. The GUI based interactive approach adds an extra challenge of a dynamic call graph that can change on-the-fly. The paper compares the pros and cons of the different techniques adopt-ed, and highlights the advantages of parallelization. The lessons learnt can also be used in parallelizing other existing audio synthesizers and designing new parallel synthesizers from scratch.