The Experts below are selected from a list of 15 Experts worldwide ranked by ideXlab platform

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

  • the integral ground segment and its science operations centre
    Astronomy and Astrophysics, 2003
    Co-Authors: R Much, P Barr, L Hansson, E Kuulkers, P Maldari, J Nolan, T Oosterbroek, A N Parmar, M Schmidt, J Sternberg
    Abstract:

    The INTEGRAL ground segment is divided into operational and scientific components. The operational component consists of the Mission Operations Centre, the ground stations and communications lines while the scientific component com- prises of a Science Operations Centre and Science Data Centre. The overall architecture of the ground segment is described paying particular attention to the tasks and functionalities of the INTEGRAL Science Operations Centre. 2. The INTEGRAL operational ground segment The MOC is responsible for the operation of the spacecraft and instruments, for ensuring the spacecraft safety and health, for the maintenance of the satellite's on-board software, for the provision of flight dynamics support including determination and control of the satellite's orbit and attitude and for provision of the telemetry and auxiliary data to the ISDC. The MOC is the sole interface to the spacecraft and all commands to be sent to the spacecraft or instruments are generated at the MOC. INTEGRAL operations are executed using an automated timeline. The timeline is generated on a revolution by revo- lution basis, i.e. one timeline covers the period from Perigee Passage to the next Perigee Passage, which is approximately three days. Although there are already activities much be- fore (the planning of ground station resources commences a

R Much - One of the best experts on this subject based on the ideXlab platform.

  • the integral ground segment and its science operations centre
    Astronomy and Astrophysics, 2003
    Co-Authors: R Much, P Barr, L Hansson, E Kuulkers, P Maldari, J Nolan, T Oosterbroek, A N Parmar, M Schmidt, J Sternberg
    Abstract:

    The INTEGRAL ground segment is divided into operational and scientific components. The operational component consists of the Mission Operations Centre, the ground stations and communications lines while the scientific component com- prises of a Science Operations Centre and Science Data Centre. The overall architecture of the ground segment is described paying particular attention to the tasks and functionalities of the INTEGRAL Science Operations Centre. 2. The INTEGRAL operational ground segment The MOC is responsible for the operation of the spacecraft and instruments, for ensuring the spacecraft safety and health, for the maintenance of the satellite's on-board software, for the provision of flight dynamics support including determination and control of the satellite's orbit and attitude and for provision of the telemetry and auxiliary data to the ISDC. The MOC is the sole interface to the spacecraft and all commands to be sent to the spacecraft or instruments are generated at the MOC. INTEGRAL operations are executed using an automated timeline. The timeline is generated on a revolution by revo- lution basis, i.e. one timeline covers the period from Perigee Passage to the next Perigee Passage, which is approximately three days. Although there are already activities much be- fore (the planning of ground station resources commences a

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

  • the integral ground segment and its science operations centre
    Astronomy and Astrophysics, 2003
    Co-Authors: R Much, P Barr, L Hansson, E Kuulkers, P Maldari, J Nolan, T Oosterbroek, A N Parmar, M Schmidt, J Sternberg
    Abstract:

    The INTEGRAL ground segment is divided into operational and scientific components. The operational component consists of the Mission Operations Centre, the ground stations and communications lines while the scientific component com- prises of a Science Operations Centre and Science Data Centre. The overall architecture of the ground segment is described paying particular attention to the tasks and functionalities of the INTEGRAL Science Operations Centre. 2. The INTEGRAL operational ground segment The MOC is responsible for the operation of the spacecraft and instruments, for ensuring the spacecraft safety and health, for the maintenance of the satellite's on-board software, for the provision of flight dynamics support including determination and control of the satellite's orbit and attitude and for provision of the telemetry and auxiliary data to the ISDC. The MOC is the sole interface to the spacecraft and all commands to be sent to the spacecraft or instruments are generated at the MOC. INTEGRAL operations are executed using an automated timeline. The timeline is generated on a revolution by revo- lution basis, i.e. one timeline covers the period from Perigee Passage to the next Perigee Passage, which is approximately three days. Although there are already activities much be- fore (the planning of ground station resources commences a

T Oosterbroek - One of the best experts on this subject based on the ideXlab platform.

  • the integral ground segment and its science operations centre
    Astronomy and Astrophysics, 2003
    Co-Authors: R Much, P Barr, L Hansson, E Kuulkers, P Maldari, J Nolan, T Oosterbroek, A N Parmar, M Schmidt, J Sternberg
    Abstract:

    The INTEGRAL ground segment is divided into operational and scientific components. The operational component consists of the Mission Operations Centre, the ground stations and communications lines while the scientific component com- prises of a Science Operations Centre and Science Data Centre. The overall architecture of the ground segment is described paying particular attention to the tasks and functionalities of the INTEGRAL Science Operations Centre. 2. The INTEGRAL operational ground segment The MOC is responsible for the operation of the spacecraft and instruments, for ensuring the spacecraft safety and health, for the maintenance of the satellite's on-board software, for the provision of flight dynamics support including determination and control of the satellite's orbit and attitude and for provision of the telemetry and auxiliary data to the ISDC. The MOC is the sole interface to the spacecraft and all commands to be sent to the spacecraft or instruments are generated at the MOC. INTEGRAL operations are executed using an automated timeline. The timeline is generated on a revolution by revo- lution basis, i.e. one timeline covers the period from Perigee Passage to the next Perigee Passage, which is approximately three days. Although there are already activities much be- fore (the planning of ground station resources commences a

M Schmidt - One of the best experts on this subject based on the ideXlab platform.

  • the integral ground segment and its science operations centre
    Astronomy and Astrophysics, 2003
    Co-Authors: R Much, P Barr, L Hansson, E Kuulkers, P Maldari, J Nolan, T Oosterbroek, A N Parmar, M Schmidt, J Sternberg
    Abstract:

    The INTEGRAL ground segment is divided into operational and scientific components. The operational component consists of the Mission Operations Centre, the ground stations and communications lines while the scientific component com- prises of a Science Operations Centre and Science Data Centre. The overall architecture of the ground segment is described paying particular attention to the tasks and functionalities of the INTEGRAL Science Operations Centre. 2. The INTEGRAL operational ground segment The MOC is responsible for the operation of the spacecraft and instruments, for ensuring the spacecraft safety and health, for the maintenance of the satellite's on-board software, for the provision of flight dynamics support including determination and control of the satellite's orbit and attitude and for provision of the telemetry and auxiliary data to the ISDC. The MOC is the sole interface to the spacecraft and all commands to be sent to the spacecraft or instruments are generated at the MOC. INTEGRAL operations are executed using an automated timeline. The timeline is generated on a revolution by revo- lution basis, i.e. one timeline covers the period from Perigee Passage to the next Perigee Passage, which is approximately three days. Although there are already activities much be- fore (the planning of ground station resources commences a