Control Systems and instrumentation
2014-2015 - ELE3331 - 10 ECTS

On the basis of

ELE3321 Elektronikk 2 og Lineær Systemteori

Expected learning outcomes

The student will be learning dimensioning of control systems and compensation methods. The student will be given an overwiev of modern methods for timedomain models, multivariable control and estimation techniques.

This subject covers general methods of process instrumentation with emphasis on electronic solution and systems for information transfer

KNOWLEDGE
• Knowing measuring standards for the instrument world
• Knowing fundamental concepts and definition within subjects as accuracy, conformity, linearity, resolution, repeatability
• Knowing uncertainty, calibration, regression analyses, statically process control
• Knowing detection of resistance, capacitance, pressure, position, and velocity
• Knowing methods and standards for information transfer
• Knowing technical security and documentation of instrumental systems
• Knowing series compensation
• Knowing cascade control and control with forwarding
• Knowing state backward controlling
• Knowing none minimum phace systems
• Knowing unlinearity in control systems
• Knowing digital control systems

PROFICIENCY
• Be able to compute control systems
• Be able to perform MATLAB and LabVIEW
• Be able to make computations with time domain models
• Be able to set up models with multi variable controlling
• Be able to program systems for signal and watch over systems

General competence:

• Use of data tools
• Computations of Control systems

Topic(s)

• Seriel compensation
• Control with forwarding
• Cascade control
• Pre controlling
• State backward controlling
• None minimum phace systems
• Time domain models
• Multi variable controlling
• Unlinearity in control systems
• Digital control systems
• Simulation in MatLab and LabView

• Measuring standards
• Uncertainty, calibration, regression analyses, statically process control
• Fundamental concepts and definition within subjects as accuracy, conformity, linearity, resolution, repeatability
• Detection of resistance, capacitance, pressure, position, and velocity
• Methods and standards for information transfer
• Technical security and documentation of instrumental systems

Teaching Methods

Lectures
Laboratory work
Mandatory assignments

Form(s) of Assessment

Written exam, 5 hours

Form(s) of Assessment (additional text)

Written examination, 5 hours, 100 %
Mandatory exercises must have been done before taking exam

Grading Scale

Alphabetical Scale, A(best) – F (fail)

External/internal examiner

Internal examinator, extern examinator periodically, next time 2014/2015.

Re-sit examination

 Ordinary continuation

Examination support

 None

Coursework Requirements

Control System: 7 exercises where at least 5 must be approved. In addition, one mandatory lab-exercise.

Instrumentation: 6 exercises where at least 4 must be approved.

Teaching Materials

Kompendium i Reguleringsteknikk og Instrumentering.

Supplements: Praktisk reguleringsteknikk, v/Finn Haugen and: LabVIEW 2009 Student Edition, Robert H. Bishop, National Instruments , ISBN-10: 0132141299
Instrumenteringsteknikk av Odd Arild Olsen, Tapir forlag