Synonyms were used for: Untersystem
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1–18 of 18 hits
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    Models for Underwater Vehicles

    Fossen, Thor I | Wiley | 2021
    Keywords: lateral subsystem , course angle subsystem , pitch‐depth subsystem , forward speed subsystem , longitudinal subsystem

    Satellite Hardware

    Maini, Anil K. / Agrawal, Varsha | Wiley | 2014
    Keywords: payload subsystem , propulsion subsystem , orbit control subsystem , TTC subsystem , power supply subsystem , thermal control subsystem

    Spacecraft Subsystem Reliability

    Saleh, Joseph Homer / Castet, Jean‐François | Wiley | 2011
    Keywords: spacecraft subsystem identification ‐ statistical failure data analysis at subsystem level, subsystems identified in database , spacecraft subsystem reliability ‐ 95% confidence intervals , error between nonparametric ‐ and Weibull reliability for each subsystem , spacecraft subsystem reliability , comparative analysis of subsystem failure ‐ culprit subsystems, driving spacecraft unreliability identified , Thruster subsystem contribution to spacecraft failures ‐ second to leadership, in failure of TTC subsystem for first 6 years on orbit , traveling‐wave tube (TWT) ‐ subsystem 6, solar array drive, failure leading to nondeployment of solar arrays , Weibull parametric models ‐ for spacecraft subsystem reliability

    Crashworthiness Analysis of Composite and Thermoplastic Foam Structure for Automotive Bumper Subsystem

    Koricho, Ermias / Belingardi, Giovanni / Tekalign, Alem et al. | Wiley | 2013
    Keywords: automotive bumper subsystem

    System Coupling Mechanism and Vehicle Dynamic Model

    Chen, Wuwei / Xiao, Hansong / Wang, Qidong et al. | Wiley | 2016
    Keywords: chassis subsystem coupling mechanisms

    Time to Anomaly and Failure of Spacecraft Subsystems: Exploratory Data Analysis

    Saleh, Joseph Homer / Castet, Jean‐François | Wiley | 2011
    Keywords: subsystem distribution ‐ all 773 anomaly, and failure events , number of anomalies ‐ and failures by spacecraft subsystem , time to anomaly ‐ and spacecraft subsystem failure , box‐plots of time to anomaly ‐ failure for beam subsystem , distribution of anomalies ‐ and failure events by subsystem

    Planetary Robotic System Design

    Allouis, Elie / Gao, Yang | Wiley | 2016
    Keywords: subsystem design trade‐offs

    Subsystem EMC for Aircraft

    Kay, Paul | Wiley | 2018
    Keywords: aircraft subsystem

    I‐2g

    Power Systems
    Compadre, Marcos / Garrigós, Ausias / Strain, Andrew | Wiley | 2020
    Keywords: flight switch subsystem

    Requirements Analysis, Partitioning, Implementation in Aircraft Subsystems

    Rigby, Keith A. | Wiley | 2013
    Keywords: Subsystem implementation

    Multi‐State Failure Analysis of Spacecraft Subsystems

    Saleh, Joseph Homer / Castet, Jean‐François | Wiley | 2011
    Keywords: Gyro subsystem, Thruster subsystem and TTC subsystem

    Differential GNSS

    Grewal, Mohinder S. / Weill, Lawrence R. / Andrews, Angus P. | Wiley | 2007
    Keywords: new ground uplink subsystem (GUS) clock steering algorithm and GEO orbit determination

    Vehicle Management Systems

    Moir, Ian / Seabridge, Allan G. | Wiley | 2006
    Keywords: subsystem descriptions

    Differential GPS

    Grewal, Mohinder S. / Weill, Lawrence R. / Andrews, Angus P. | Wiley | 2000
    Keywords: uplink subsystem

    Localisation of multiple faults in motorcycles based on the wavelet packet analysis of the produced sounds

    Free access
    Anami, Basavaraj S. / Pagi, Veerappa B. | Wiley | 2013
    Keywords: exhaust subsystem

    Telemetry, Command, Data Handling and Processing

    Fillery, Nigel P. / Stanton, David | Wiley | 2011
    Keywords: avionics, of Attitude and Orbit Control System (AOCS) subsystem

    Optimal Navigation and Control of Aircraft

    Tewari, Ashish | Wiley | 2011
    Keywords: optimal aircraft navigation ‐ state equations for subsystem, as nonlinear plant

    On Time, Reliability, and Spacecraft

    Saleh, Joseph Homer / Castet, Jean‐François | Wiley | 2011
    Keywords: electrical power subsystem (EPS) on board spacecraft ‐ differences in failure behavior of EPS, in low Earth orbit (LEO) and geosynchronous orbit (GEO)