Результати проекту MEDIS

 

1. Design of the AIISM-PBL methodology

1.1 Structure of the AIISM courses

MEDIS Project – Deliverable 1.1 MDU
MEDIS Project – Deliverable 1.1 UP
MEDIS Project – Deliverable 1.1 TUS
MEDIS Project – Deliverable 1.1 UPV
MEDIS Project – Deliverable 1.1 USTUTT

1.2 Learning activities

MEDIS Project – Deliverable 1.2 UP
MEDIS Project – Deliverable 1.2 MDU
MEDIS Project – Deliverable 1.2 TUS
MEDIS Project – Deliverable 1.2 UPV
MEDIS Project – Deliverable 1.2 USTUTT

1.3 Human and material resources

MEDIS Project – Deliverable 1.3 UP
MEDIS Project – Deliverable 1.3 MDU
MEDIS Project – Deliverable 1.3 TUS
MEDIS Project – Deliverable 1.3 UPV
MEDIS Project – Deliverable 1.3 USTUTT

1.4 Evaluation

MEDIS Project – Deliverable 1.4 UP
MEDIS Project – Deliverable 1.4 MDU
MEDIS Project – Deliverable 1.4 TUS
MEDIS Project – Deliverable 1.4 UPV
MEDIS Project – Deliverable 1.4 USTUTT

2 Development of AIISM teaching resources

2.1 Industrial Computers

MEDIS Project – Deliverable 2.1 UPV – Chapter 1 – Introduction
MEDIS Project – Deliverable 2.1 UPV – Chapter 2 – Computer Architecture
MEDIS Project – Deliverable 2.1 UPV – Chapter 3.1 – Project starting
MEDIS Project – Deliverable 2.1 UPV – Chapter 3.2 – Project Documentation
MEDIS Project – Deliverable 2.1 UPV – Chapter 4 – Modular Programming
MEDIS Project – Deliverable 2.1 UPV – Chapter 5.1 – Process Interface basics and digital input
MEDIS Project – Deliverable 2.1 UPV – Chapter 5.2 – Process Interface digital output
MEDIS Project – Deliverable 2.1 UPV – Chapter 5.3 – Process Interface analog input output
MEDIS Project – Deliverable 2.1 UPV – Chapter 6.1 – Graphical User Interface
MEDIS Project – Deliverable 2.1 UPV – Chapter 6.2 – Graphical User Interface

2.2 Microcomputers

MEDIS Project – Deliverable 2.2 USTUTT – Chapter 1
MEDIS Project – Deliverable 2.2 USTUTT – Chapter 2
MEDIS Project – Deliverable 2.2 USTUTT – Chapter 3
MEDIS Project – Deliverable 2.2 USTUTT – Chapter 4
MEDIS Project – Deliverable 2.2 USTUTT – Chapter 5
MEDIS Project – Deliverable 2.2 USTUTT – Chapters
MEDIS Project – Deliverable 2.2 USTUTT – Lab 1.1 – Introduction
MEDIS Project – Deliverable 2.2 USTUTT – Lab 3.1 – Digital_IO
MEDIS Project – Deliverable 2.2 USTUTT – Lab 3.2 – Analog_IO
MEDIS Project – Deliverable 2.2 USTUTT – Lab 3.3 – Amplifier_Circuits
MEDIS Project – Deliverable 2.2 USTUTT – Lab 4.1 – Timer_Functions
MEDIS Project – Deliverable 2.2 USTUTT – Lab 4.2 – Interrupt_Functions
MEDIS Project – Deliverable 2.2 USTUTT – Lab 5.1 – Basic graphic
MEDIS Project – Deliverable 2.2 USTUTT – Lab 5.2 – Advanced graphic

2.3 Mobile and Cloud Computing

MEDIS Project – Deliverable 2.3 MDU – Chapter 1 – Fundamentals of remote monitoringand control of embedded systems
MEDIS Project – Deliverable 2.3 MDU – Chapter 2 – Integrated Development Environment
MEDIS Project – Deliverable 2.3 MDU – Chapter 3 – Basic App Development
MEDIS Project – Deliverable 2.3 MDU – Chapter 4 – Graphical user interface (GUI)
MEDIS Project – Deliverable 2.3 MDU – Chapter 5 – Security
MEDIS Project – Deliverable 2.3 MDU – Chapter 6 – Reliaibility
MEDIS Project – Deliverable 2.3 MDU – Chapter 7 – Research Findings
MEDIS Project – Deliverable 2.3 MDU – Introduction to Android Programming
MEDIS Project – Deliverable 2.3 MDU – Lab 3
MEDIS Project – Deliverable 2.3 MDU – Lab 4
MEDIS Project – Deliverable 2.3 MDU – Lab 5
MEDIS Project – Deliverable 2.3 MDU – Lab 6
MEDIS Project – Deliverable 2.3 MDU – Lab 7
MEDIS Project – Deliverable 2.3 MDU – Lab 8
MEDIS Project – Deliverable 2.3 MDU – Lecture 3 – IDE
MEDIS Project – Deliverable 2.3 MDU – Lecture 4 – Cross Platform Development
MEDIS Project – Deliverable 2.3 MDU – Lecture 5 – Inter Device Communication-1
MEDIS Project – Deliverable 2.3 MDU – Lecture 6 – Inter Device Communication-2
MEDIS Project – Deliverable 2.3 MDU – Lecture 7 – GUI-1
MEDIS Project – Deliverable 2.3 MDU – Lecture 8 – GUI-2
MEDIS Project – Deliverable 2.3 MDU – Lecture 9 – Security-1
MEDIS Project – Deliverable 2.3 MDU – Lecture 10 – Security-2
MEDIS Project – Deliverable 2.3 MDU – Lecture 11 – Reliability-1
MEDIS Project – Deliverable 2.3 MDU – Lecture 12 – Reliability-2
MEDIS Project – Deliverable 2.3 MDU – Lecture 13 – Reliability-3

2.4 Industrial Networks and Fieldbuses

MEDIS Project – Deliverable 2.4 UP – Chapter 1 – Introduction
MEDIS Project – Deliverable 2.4 UP – Chapter 2 – Modbus TCP
MEDIS Project – Deliverable 2.4 UP – Chapter 3 – Discrete Event Control
MEDIS Project – Deliverable 2.4 UP – Chapter 4 – Modbus Serial
MEDIS Project – Deliverable 2.4 UP – Chapter 5 – CAN
MEDIS Project – Deliverable 2.4 UP – Chapter 6 – CAN-OPEN
MEDIS Project – Deliverable 2.4 UP – Chapter 7 – Hierarchical Control

2.5 Process Controllers and Simulators

MEDIS Project – Deliverable 2.5 TUS
MEDIS Project – Deliverable 2.5 TUS – Chapter 1 – Introduction
MEDIS Project – Deliverable 2.5 TUS – Chapter 2 – Architecture of Computer Control Systems
MEDIS Project – Deliverable 2.5 TUS – Chapter 3 – Organization and structure of computers for control purposes
MEDIS Project – Deliverable 2.5 TUS – Chapter 4 – Basic control algorithms
MEDIS Project – Deliverable 2.5 TUS – Chapter 5 – Real-Time software environment
MEDIS Project – Deliverable 2.5 TUS – Chapter 6 – SCADA systems
MEDIS Project – Deliverable 2.5 TUS – Chapter 7 – Simulators General theory
MEDIS Project – Deliverable 2.5 TUS – Chapter 8 – Simulators – practical aspects
MEDIS Project – Deliverable 2.5 TUS – Chapter 10 – Simulators validation
MEDIS Project – Deliverable 2.5 TUS – Lab 1
MEDIS Project – Deliverable 2.5 TUS – Lab 3.1
MEDIS Project – Deliverable 2.5 TUS – Lab 3.2

3 Adaptation of AIISM to specific curricula in PC

3.1 Analyze curricula of PC

MEDIS Project – Deliverable 3.1 KazNU
MEDIS Project – Deliverable 3.1 NTUU-KPI
MEDIS Project – Deliverable 3.1 ONPU
MEDIS Project – Deliverable 3.1 PetrSU
MEDIS Project – Deliverable 3.1 PSU
MEDIS Project – Deliverable 3.1 SPBSPU

3.2 Integration of AIISM in the curricula

MEDIS Project – Deliverable 3.2 KazNU
MEDIS Project – Deliverable 3.2 NTUU-KPI
MEDIS Project – Deliverable 3.2 ONPU
MEDIS Project – Deliverable 3.2 PetrSU
MEDIS Project – Deliverable 3.2 PSU
MEDIS Project – Deliverable 3.2 SPBSPU

4 Training of teachers and staff

4.1 Design of the training course

MEDIS Project – Deliverable 4.1 MDU – Training Materials
MEDIS Project – Deliverable 4.1 UPV – Example Lecture
MEDIS Project – Deliverable 4.1 UPV – Training – Lecturers
MEDIS Project – Deliverable 4.1 UPV – Training – Technicians

5 Implementation of AIISM

5.1 Pilot implementation

MEDIS Project – Deliverable 5.1 – KazNU
MEDIS Project – Deliverable 5.1 – KPI
MEDIS Project – Deliverable 5.1 – ONPU
MEDIS Project – Deliverable 5.1 – TUS
MEDIS Project – Deliverable 5 – Pictures

6 Quality assurance

6.1 Definition of the evaluation criteria

MEDIS Project – Deliverable 6.1 Quality assurance – Definition of the evaluation criteria

6.2 Evaluation of the implementation of AIISM

MEDIS Project – Deliverable 6.2 Quality assurance – Evaluation of the implementation of AIISM

7 Dissemination

WP7-Dissemination

8 Exploitation and Sustainability

WP8-Exploitation and Sustainability

9 Project management

Agenda – 2014-06-12..2014-06-13 – Vasteras – GB
Agenda – 2014-10-23..2014-10-24 – Sophia – GA
Agenda – 2014-10-25-2014-10-25 – Sophia – GB
Agenda – 2015-05-18..2015-05-23 – Saint Petersburg – Training+Workshop+GA
Agenda – 2015-10-22..2015-10-24 – Porto – Training+GB
Agenda – 2016-02-25..2016-02-26 – Stuttgart -GB
Agenda – 2016-06-01..2016-06-04 – Almaty – Workshop+GA+GB
Agenda – 2016-09-27..2016-09-29 – Palma – GA+GB
Agenda – 2017-03-28..2017-03-31 – Porto – Conference+GA+GB
Pictures

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