Control Subsystem definition

Control Subsystem means the software and any hardware developed by the Parties to integrate and control the various subsystems in the Magnus Analyzer; in particular, integrating and communicating with the NMR Subsystem, the Autosampler and any Diagnostic Applications or other software programs that may be employed with the Magnus Analyzer.
Control Subsystem means the software and any hardware integrating and controlling the various subsystems in the Vantera Analyzer; in particular, integrating and communicating with the NMR Subsystem, the auto-sampler and any IVD or other software programs that may be employed with the Vantera Analyzer.

Examples of Control Subsystem in a sentence

  • The Thermal Control Subsystem performance shall be evaluated using the following operational scenarios for the range of orbits specified in Section 3.

  • Varian will also have the principal responsibility for design and development of the acquisition software that communicates with the Control Subsystem.

  • Each Party will promptly disclose to the other Party any invention, idea, designs, methods, technology, copyrights or other intellectual property (whether or not patentable or protectable by copyrights) relating to the Magnus Analyzer (including the Autosampler, the NMR Subsystem and the Control Subsystem) conceived, developed, created or acquired (subject to any Third Party confidentiality obligations existing as of the Effective Date) by such Party during the Term.

  • Each Party will be responsible for its own costs and expenses associated with the development of the Magnus Analyzer, Varian Analyzer, NMR Subsystem, Autosampler and Control Subsystem and the performance of their other obligations under this Agreement, including travel and related costs to attend meetings of the Oversight Committee as set forth in Section 2.3.

  • The System Manufacturer will be responsible for manufacturing the prototypes and commercial versions of the Autosampler, and integrating the NMR Subsystem manufactured by Varian, the Autosampler and Control Subsystem to create the Magnus Analyzer.

  • Digital Outputs for the Alarm and Control Subsystem Review The IV&D and Microwave network will interface with an alarm and control system.

  • NASA ARC will provide an Attitude Determination and Control Subsystem (“ADCS”) and provide space systems engineering insight and oversight to reduce mission risks and assist HSFL in meeting HSFL’s project schedule.

  • It is a logical policy decision element of the TISPAN Resource Admission Control Subsystem (RACS).

  • The Thermal Control Subsystem performance shall be evaluated using the following operational scenarios for the range of orbits specified in Section 4.2.