Course name Syllabus code Programme of study Credit points Lecturer Faculty Department

sanatoriumdrumElectronics - Devices

Nov 25, 2013 (3 years and 4 months ago)

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Course name

Data Acquisition and Embedded Systems

Syllabus code

21065105

Programme of study

Automation and Applied Informatics

Credit points

5

Lecturer

Dr. ing. Folea Silviu Corneliu

Faculty

Faculty of Automation and Computer Science

Department

Autom
ation

Teaching

Semester 1

Semester 2

Lectures

Applications

Lecture

Applications

Hours / week

Hours / week


S

L

P


S

L

P

2

-

2

-

-

-

-

-

Assessment

Written exam

Pre
-
requisites

Knowledge of sensors, sequential and combinational electronic circuits
,
computer architecture, processor structure, memories, C language

References

Silviu FOLEA, Development of Embedded Systems for Integration with
Graphical Programming, thesis advisor: Prof. dr. eng. Tiberiu COLOŞI, Cluj
-
Napoca, December 15, 2004

Course w
ebsite

-



Description


Aims



Develop software in graphical programming environment



Implement acquisition of analog signal in a graphical programming environment



Implement basic control structures



Write simple application on microcontrollers



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瑥d
applications⁴ha琠牵n
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equipmen瑳 and
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p牯瑯col

Learning outcomes

Knowledge / understanding



Knowledge of acquisition systems and data distribution components, analog to digital and digital to analog
converter

types, data acquisition and primary data processing procedures



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ma瑣h⁡pplication
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embedded⁳ystems
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瑹pe.



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envi牯nments⁦or
embedded⁳ystems



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a瑩on
evalua瑩on⁡nd
speci晩cation
gene牡瑩on⁡s⁢asis
景爠rmbedded
sys瑥m⁳olution

Theoretical skills



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䕭bedded sys瑥ms based solu瑩on

Practical skills



Wri瑩ng⁰牯g牡ms⁦o爠牥ading⁤a瑡⁦牯m senso牳;



偲Pcessing⁡nd con瑲ol signal gene牡瑩on;



䑡Da⁴牡ns晥r⁢e瑷een⁥quipmen瑳

Course content

Introduction


acquisition and data distribution system components; embedded
systems

Analog to digital converters. Single ended and differential measurements

Digital

to analog converters. Converters with voltage or current output

Scaling signals from sensors. Sensors for slow and fast signals

Primary processing of signals. Analog and digital filters

Embedded systems. Features. Selection criteria for microprocessors

Da
ta and code memories for embedded systems. Data storing methods

Internal and external communication buses; wired and wireless

Operating systems for embedded systems

Programming environments for embedded systems

Fast data transfers inside the embedded syste
ms and acquisition systems

Input and output protection

Energy consumption reduction for embedded systems

Embedded systems based applications presentation