PPT-Control Groups and Subsystem Observability

Marion Sudvarg Chris Gill Brian Kocoloski Son Dinh CSE 522S Advanced Operating Systems Washington University in St Louis St Louis MO 63130 1 So far we have discussed These provide mechanisms to build and monitor containers. Telemetry parameters describing the status configuration and health of the spacecraft payload and subsystems are downlinked to the Command and Data Acquisition CDA Station and sent to the Satellite Operations Control Center SOCC Commands are receive Control . Systems. Controllability&Observability. CONTROLLABILITY. Complete . State. . Controllability. . for. a . Linear. Time . Invariant. . Discrete. -Time Control . System. CONTROLLABILITY. AUTOMATED COIL GUN. Group 8. Brian . Hoehn. Kwok Ng. Ricardo Reid. Josef Von . Niederhausern. Motivation. Power . Design Project. Fascination . with Firearms. Interest in Electromagnetic Fields. Building a Low Noise Alternative Gun. System Design:. Decomposing the System. Design. “There are two ways of constructing a software design: One way is to make it so simple that there are obviously no deficiencies, and the other way is to make it so complicated that there are no obvious deficiencies.”. Systems Applied . to Humanoid Walking. Eric . C. Whitman . & Christopher . G. . Atkeson. Carnegie Mellon University. Related Work. Trajectory generation + trajectory tracking. Takanishi. 1990, . the Events Kernel. EK. April 2016. Note: the EK is infrequently used by NASA flight projects.. Only a brief overview of the EK subsystem is provided.. Intro to EK Subsystem. 2. This tutorial provides an overview of the entire Events Kernel subsystem, comprised of three components:. PCK. April 2016. PCK Subsystem. 2. Overview. Text . PCKs. PCK reference frames. Binary . PCKs. Using PCKs. Interface . Routines. PCK . Precedence Rules. PCK Utility Programs. Topics. PCK Subsystem. 3. Shaoyuan . Chen. Jim Fawcett. Intent. Provide a unified interface to a set of interfaces in a subsystem. Facade . defines a . higher-level interface that makes the subsystem easier to use. .. Wrap a complicated subsystem with a simpler interface.. Atiye Alaeddini. Spring 2016. Observability-Based Design. B. lind . cavefish generate a flow field as they swim through the water; the flow field is distorted by . various environmental . features (e.g. obstacles) when fish swim near them.. Week E. Today’s questions. Last week, we understood what experiments are (not). A robust experiment allows strong conclusions to be made. . How do we design robust experiments? . We . control. for variables which can upset or compromise our conclusions!. CK Cheng. CSE Dept.. UC San Diego. 1. System Designs. Introduction. Methodology and Framework. Components. Specification. Implementation. 2. Introduction. 3. Methodology. Approach with success . stories.. CEN 6017 - Engineering of Software 2. Second Semester Deliverables. (anticipated). Deliverable #6 – User Interface Design and Revisited Analysis Modeling. Deliverable #7 – Layered Architectural Design. Gwendolyn Yvonne Alexis, Ph.D., J.D.. galexis@depaul.edu. Adjunct Faculty Member. Department of Religious Studies. DePaul University. Chicago, Illinois. 23rd Nordic Conference for the Sociology of Religion . Controllability&Observability. CONTROLLABILITY. Complete . State. . Controllability. . for. a . Linear. Time . Invariant. . Discrete. -Time Control . System. CONTROLLABILITY. Complete . State.