The Experts below are selected from a list of 17613 Experts worldwide ranked by ideXlab platform
Robert Greenstein - One of the best experts on this subject based on the ideXlab platform.
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remote communication from a mobile Terminal an adjunct for a Computerized intensive care unit order management system
Critical Care Medicine, 1995Co-Authors: Neil A Halpern, Gary Bsee Burnett, Steven Bmt Morgan, Paul Miller, Robert GreensteinAbstract:Objectives : To develop and implement a fully mobile Computer Terminal that interfaces with our Computerized intensive care unit (ICU) local area network and order management system. This system can provide access to the entire network and to order review and entry and during ICU bedside rounds. Design : Descriptive report. Setting : Surgical ICU in Department of Veterans Affairs Medical Center. System Configuration : A parallel local area network was configured for the remote mobile Computer system. A proprietary remote transmission system (Altair II, Motorola) was used. This high-throughput system minimizes interference and errors by using licensed, nonshared, radiofrequency spectra. Conclusion : The resulting mobile system is an economical and time-efficient adjunct to an established ICU Computerized network and order management system. Clinical working bedside rounds are now routinely conducted with the mobile Terminal, providing immediate access to full network resources.
Neil A Halpern - One of the best experts on this subject based on the ideXlab platform.
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remote communication from a mobile Terminal an adjunct for a Computerized intensive care unit order management system
Critical Care Medicine, 1995Co-Authors: Neil A Halpern, Gary Bsee Burnett, Steven Bmt Morgan, Paul Miller, Robert GreensteinAbstract:Objectives : To develop and implement a fully mobile Computer Terminal that interfaces with our Computerized intensive care unit (ICU) local area network and order management system. This system can provide access to the entire network and to order review and entry and during ICU bedside rounds. Design : Descriptive report. Setting : Surgical ICU in Department of Veterans Affairs Medical Center. System Configuration : A parallel local area network was configured for the remote mobile Computer system. A proprietary remote transmission system (Altair II, Motorola) was used. This high-throughput system minimizes interference and errors by using licensed, nonshared, radiofrequency spectra. Conclusion : The resulting mobile system is an economical and time-efficient adjunct to an established ICU Computerized network and order management system. Clinical working bedside rounds are now routinely conducted with the mobile Terminal, providing immediate access to full network resources.
Paul Miller - One of the best experts on this subject based on the ideXlab platform.
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remote communication from a mobile Terminal an adjunct for a Computerized intensive care unit order management system
Critical Care Medicine, 1995Co-Authors: Neil A Halpern, Gary Bsee Burnett, Steven Bmt Morgan, Paul Miller, Robert GreensteinAbstract:Objectives : To develop and implement a fully mobile Computer Terminal that interfaces with our Computerized intensive care unit (ICU) local area network and order management system. This system can provide access to the entire network and to order review and entry and during ICU bedside rounds. Design : Descriptive report. Setting : Surgical ICU in Department of Veterans Affairs Medical Center. System Configuration : A parallel local area network was configured for the remote mobile Computer system. A proprietary remote transmission system (Altair II, Motorola) was used. This high-throughput system minimizes interference and errors by using licensed, nonshared, radiofrequency spectra. Conclusion : The resulting mobile system is an economical and time-efficient adjunct to an established ICU Computerized network and order management system. Clinical working bedside rounds are now routinely conducted with the mobile Terminal, providing immediate access to full network resources.
Steven Bmt Morgan - One of the best experts on this subject based on the ideXlab platform.
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remote communication from a mobile Terminal an adjunct for a Computerized intensive care unit order management system
Critical Care Medicine, 1995Co-Authors: Neil A Halpern, Gary Bsee Burnett, Steven Bmt Morgan, Paul Miller, Robert GreensteinAbstract:Objectives : To develop and implement a fully mobile Computer Terminal that interfaces with our Computerized intensive care unit (ICU) local area network and order management system. This system can provide access to the entire network and to order review and entry and during ICU bedside rounds. Design : Descriptive report. Setting : Surgical ICU in Department of Veterans Affairs Medical Center. System Configuration : A parallel local area network was configured for the remote mobile Computer system. A proprietary remote transmission system (Altair II, Motorola) was used. This high-throughput system minimizes interference and errors by using licensed, nonshared, radiofrequency spectra. Conclusion : The resulting mobile system is an economical and time-efficient adjunct to an established ICU Computerized network and order management system. Clinical working bedside rounds are now routinely conducted with the mobile Terminal, providing immediate access to full network resources.
Gary Bsee Burnett - One of the best experts on this subject based on the ideXlab platform.
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remote communication from a mobile Terminal an adjunct for a Computerized intensive care unit order management system
Critical Care Medicine, 1995Co-Authors: Neil A Halpern, Gary Bsee Burnett, Steven Bmt Morgan, Paul Miller, Robert GreensteinAbstract:Objectives : To develop and implement a fully mobile Computer Terminal that interfaces with our Computerized intensive care unit (ICU) local area network and order management system. This system can provide access to the entire network and to order review and entry and during ICU bedside rounds. Design : Descriptive report. Setting : Surgical ICU in Department of Veterans Affairs Medical Center. System Configuration : A parallel local area network was configured for the remote mobile Computer system. A proprietary remote transmission system (Altair II, Motorola) was used. This high-throughput system minimizes interference and errors by using licensed, nonshared, radiofrequency spectra. Conclusion : The resulting mobile system is an economical and time-efficient adjunct to an established ICU Computerized network and order management system. Clinical working bedside rounds are now routinely conducted with the mobile Terminal, providing immediate access to full network resources.