The Experts below are selected from a list of 258 Experts worldwide ranked by ideXlab platform

Torleiv Maseng - One of the best experts on this subject based on the ideXlab platform.

  • Military Communications [Guest Editorial]
    IEEE Communications Magazine, 2015
    Co-Authors: Torleiv Maseng, Randall Landry
    Abstract:

    Modern Military Communications systems continue to face a number of unique challenges not present in commercial enterprises. These challenges include among other things, operating in contested environments, low bandwidth Communications links, unpredictable topological changes, and the need for special priority and security level considerations. In the face of these challenges, there is a need to leverage and build upon the explosive information technology advances being made in the commercial markets. This Feature Topic explores an interesting and important cross-section of topics along these lines, spanning Communications layers from physical, through networking and higher layer IT services.

  • Military Communications guest editorial
    IEEE Communications Magazine, 2011
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Software-defined networking (SDN) is an approach to computer networking that allows network administrators to manage network services through abstraction of higher-level functionality. This is done to achieve more centralized control and standardized interfaces. This is useful for Military networks and is addressed in two articles in this Feature Topic on Military Communications The article by Wrona et al. gives an introduction to a variation of attribute-based access control, developed by the NATO Communications and Information Agency, referred to as content-based protection and release (CPR). The majority of the article then goes on to consider cross-layer enforcement of CPR policies in SDN, including a proof-ofconcept implementation. The topic of content-based security is highly relevant and likely of interest to many readers.

  • guest editorial Military Communications
    IEEE Communications Magazine, 2010
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Since its introduction in the late 1990s, the concept of network-centric operations to enable information sharing has been a fundamental element of the vision of Military organizations throughout the world. As the complexity of operational environments increases, Military Communications network technologies must provide key characteristics such as self-organization and decentralization, which will speed information flow and increase situational awareness. In addition, given the rapid evolution of commercial Communications network technologies, and the applications and services that utilize them, Military organizations are increasingly looking at adopting commercial Communications technologies where practical. This is especially true in the mobile wireless Communications that are at the heart of tactical Military operations and have seen such rapid adoption in the commercial space. The five articles that make up this year's Feature Topic on Military Communications provide an excellent overview of these trends in Military Communications - increasing dependence on advanced technologies and leveraging of commercial technology where possible.

  • Military Communications
    IEEE Communications Magazine, 2009
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Since its introduction in the late 1990s, the concept of network-centric operations to enable information sharing has been a fundamental element of the vision of Military organizations throughout the world. As the complexity of operational environments increases, Military Communications network technologies must provide key characteristics such as self-organization and decentralization, which will speed information flow and increase situational awareness. In addition, given the rapid evolution of commercial Communications network technologies, and the applications and services that utilize them, Military organizations are increasingly looking at adopting commercial Communications technologies where practical. This is especially true in the mobile wireless Communications that are at the heart of tactical Military operations and have seen such rapid adoption in the commercial space. The five articles that make up this year's Feature Topic on Military Communications provide an excellent overview of these trends in Military Communications - increasing dependence on advanced technologies and leveraging of commercial technology where possible.

  • series editorial Military Communications
    IEEE Communications Magazine, 2009
    Co-Authors: Torleiv Maseng, Randall J Landry, K Young
    Abstract:

    This feature topic on Military Communications includes five articles that deal primarily with wireless tactical networks, covering topics ranging from security to software defined radio design and mobile ad hoc networks (MANETs) for covert battlefield operations.

K Young - One of the best experts on this subject based on the ideXlab platform.

  • Military Communications guest editorial
    IEEE Communications Magazine, 2011
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Software-defined networking (SDN) is an approach to computer networking that allows network administrators to manage network services through abstraction of higher-level functionality. This is done to achieve more centralized control and standardized interfaces. This is useful for Military networks and is addressed in two articles in this Feature Topic on Military Communications The article by Wrona et al. gives an introduction to a variation of attribute-based access control, developed by the NATO Communications and Information Agency, referred to as content-based protection and release (CPR). The majority of the article then goes on to consider cross-layer enforcement of CPR policies in SDN, including a proof-ofconcept implementation. The topic of content-based security is highly relevant and likely of interest to many readers.

  • guest editorial Military Communications
    IEEE Communications Magazine, 2010
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Since its introduction in the late 1990s, the concept of network-centric operations to enable information sharing has been a fundamental element of the vision of Military organizations throughout the world. As the complexity of operational environments increases, Military Communications network technologies must provide key characteristics such as self-organization and decentralization, which will speed information flow and increase situational awareness. In addition, given the rapid evolution of commercial Communications network technologies, and the applications and services that utilize them, Military organizations are increasingly looking at adopting commercial Communications technologies where practical. This is especially true in the mobile wireless Communications that are at the heart of tactical Military operations and have seen such rapid adoption in the commercial space. The five articles that make up this year's Feature Topic on Military Communications provide an excellent overview of these trends in Military Communications - increasing dependence on advanced technologies and leveraging of commercial technology where possible.

  • Military Communications
    IEEE Communications Magazine, 2009
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Since its introduction in the late 1990s, the concept of network-centric operations to enable information sharing has been a fundamental element of the vision of Military organizations throughout the world. As the complexity of operational environments increases, Military Communications network technologies must provide key characteristics such as self-organization and decentralization, which will speed information flow and increase situational awareness. In addition, given the rapid evolution of commercial Communications network technologies, and the applications and services that utilize them, Military organizations are increasingly looking at adopting commercial Communications technologies where practical. This is especially true in the mobile wireless Communications that are at the heart of tactical Military operations and have seen such rapid adoption in the commercial space. The five articles that make up this year's Feature Topic on Military Communications provide an excellent overview of these trends in Military Communications - increasing dependence on advanced technologies and leveraging of commercial technology where possible.

  • series editorial Military Communications
    IEEE Communications Magazine, 2009
    Co-Authors: Torleiv Maseng, Randall J Landry, K Young
    Abstract:

    This feature topic on Military Communications includes five articles that deal primarily with wireless tactical networks, covering topics ranging from security to software defined radio design and mobile ad hoc networks (MANETs) for covert battlefield operations.

Randall Landry - One of the best experts on this subject based on the ideXlab platform.

  • Military Communications [Guest Editorial]
    IEEE Communications Magazine, 2015
    Co-Authors: Torleiv Maseng, Randall Landry
    Abstract:

    Modern Military Communications systems continue to face a number of unique challenges not present in commercial enterprises. These challenges include among other things, operating in contested environments, low bandwidth Communications links, unpredictable topological changes, and the need for special priority and security level considerations. In the face of these challenges, there is a need to leverage and build upon the explosive information technology advances being made in the commercial markets. This Feature Topic explores an interesting and important cross-section of topics along these lines, spanning Communications layers from physical, through networking and higher layer IT services.

  • Military Communications guest editorial
    IEEE Communications Magazine, 2011
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Software-defined networking (SDN) is an approach to computer networking that allows network administrators to manage network services through abstraction of higher-level functionality. This is done to achieve more centralized control and standardized interfaces. This is useful for Military networks and is addressed in two articles in this Feature Topic on Military Communications The article by Wrona et al. gives an introduction to a variation of attribute-based access control, developed by the NATO Communications and Information Agency, referred to as content-based protection and release (CPR). The majority of the article then goes on to consider cross-layer enforcement of CPR policies in SDN, including a proof-ofconcept implementation. The topic of content-based security is highly relevant and likely of interest to many readers.

  • guest editorial Military Communications
    IEEE Communications Magazine, 2010
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Since its introduction in the late 1990s, the concept of network-centric operations to enable information sharing has been a fundamental element of the vision of Military organizations throughout the world. As the complexity of operational environments increases, Military Communications network technologies must provide key characteristics such as self-organization and decentralization, which will speed information flow and increase situational awareness. In addition, given the rapid evolution of commercial Communications network technologies, and the applications and services that utilize them, Military organizations are increasingly looking at adopting commercial Communications technologies where practical. This is especially true in the mobile wireless Communications that are at the heart of tactical Military operations and have seen such rapid adoption in the commercial space. The five articles that make up this year's Feature Topic on Military Communications provide an excellent overview of these trends in Military Communications - increasing dependence on advanced technologies and leveraging of commercial technology where possible.

  • Military Communications
    IEEE Communications Magazine, 2009
    Co-Authors: Torleiv Maseng, Randall Landry, K Young
    Abstract:

    Since its introduction in the late 1990s, the concept of network-centric operations to enable information sharing has been a fundamental element of the vision of Military organizations throughout the world. As the complexity of operational environments increases, Military Communications network technologies must provide key characteristics such as self-organization and decentralization, which will speed information flow and increase situational awareness. In addition, given the rapid evolution of commercial Communications network technologies, and the applications and services that utilize them, Military organizations are increasingly looking at adopting commercial Communications technologies where practical. This is especially true in the mobile wireless Communications that are at the heart of tactical Military operations and have seen such rapid adoption in the commercial space. The five articles that make up this year's Feature Topic on Military Communications provide an excellent overview of these trends in Military Communications - increasing dependence on advanced technologies and leveraging of commercial technology where possible.

  • network centric Military Communications special section introduction
    IEEE Communications Magazine, 2008
    Co-Authors: Torleiv Maseng, Randall Landry
    Abstract:

    Communications networks continue to play an increasingly important role in global Military operations. Among allied forces, improved network centric capabilities have been met with enthusiastic support as they are rolled out into the field. However, as Military operations become more and more dependent on networks, it is clear that a host of difficult technical challenges remain. These challenges span all layers of the Communications protocol stack and in many cases are representative of the complex nature of large-scale Communications networks. This feature topic includes four articles that touch on important challenge areas ranging from network security to mobile ad hoc network design.

Randall J Landry - One of the best experts on this subject based on the ideXlab platform.

J.a. Brendler - One of the best experts on this subject based on the ideXlab platform.

  • Tactical Military Communications
    IEEE Communications Magazine, 1992
    Co-Authors: J.a. Brendler
    Abstract:

    The evolution of Army tactical Communications systems, starting with the formation of the Signal Corps in 1856, is outlined. The use of mobile subscriber equipment (MSE), the single channel ground and airborne radio system (SINCGARS), and the maneuver control system (MCS), among others, to support American troops in Operation Desert Storm is described, and a representative sample of signal unit employment is presented. The fundamental goals of near-term efforts at the Army Signal Center to complete the planned Army tactical command and control (ATCCS) architecture, to enhance the integration of the systems composing that architecture, to prepare for and maintain compatibility with developments in the strategic environment, sustaining base, and tactical user community are discussed.