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    3 Programming Languages I GC 3 3 HY GC 15 6 Electronics I GC 6 3 3 HY GC 16 2 Electronic Drawing I GC 2 1 1 HY GC 17 2 Foreign Languages I GC 2 2 1 2 nd SEMESTER HY GC 21 5 Mathematics II GC 5 5 HY GC 22 5 Physics II GC 5 3 2 HY GC 23 4 Electrotechnology II GC 4 2 2 HY GC 24 4 Programming Languages II GC 4 2 2 HY GC 25 7 Electronics II GC 7 3 4 HY GC 26 3 Electronic Drawing II GC 3 1 3 HY GC 27 2 Foreign Languages II GC 2 2 1 3 rd SEMESTER HY GC 31 7 Mathematics III GC 7 7 HY GC 32 5 Electrotechnology III GC 5 3 2 HY GC 33 5 Programming Languages III GC 5 2 3 HY GC 34 8 Microelectronics I GC 8 4 4 HY GC 35 3 Business Administration GC 3 3 HY GC 36 2 Foreign Languages III GC 2 2 2 4 th SEMESTER HY GC 41 4 Programming Languages IV GC 4 2 2 HY SC 42 6 Microelectronics II SC 6 4 2 HY GC 43 5 Digital Systems GC 5 3 2 HY GC 44 7 Control Systems GC 7 5 2 HY GC 45 3 Measurements GC 3 1 2 HY GC 46 2 Foreign Languages IV GC 2 2 1 HY GO 47 3 Solid State Physics GO 3 2 2 HY GO 48 3 Program Language COBOL GO 3 2 2 HY GO 49 3 Program Language FORTH GO 3 2 2 5 th SEMESTER HY GC 51 5 Microprocessors GC 5 2 3 HY GC 52 4 Family of microprocessors GC 4 2 2 HY GC 53 5 Peripheral Devices I GC 5 3 2 HY SC 54 4 Digital Signal Processing SC 4 2 2 HY GC 55 2 Telecommunications GC 2 3 1 HY GC 56 6 Operating Systems GC 6 4 2 HY GC 57 2 Foreign Languages V GC 2 2 HY GC 58 2 Computer Maintenance GC 2 2 6 th SEMESTER HY GC 61 4 Digital Control Systems GC 4 2 2 HY GC 62 4 Robotics GC 3 2 2 HY GC 63 4 CAD CAM Systems and Digital Simulation GC 4 2 3 HY GC 64 4 Microcomputer Development Systems GC 4 2 2 HY SC 65 5 Computer Communications SC 5 3 2 HY SC 66 4 Family of microcomputers SC 4 2 2 HY GC 67 4 Peripheral Devices II GC 4 2 2 HY SC 68 2 Computer Networks SC 2 2 7 th SEMESTER HY GC 7 15 Thesis GC 15 HY GC 7 30 Practical Training GC 30 Each semester has a total of 30 credits Nomenclature GC General Compulsory GO General Optional SC Specific Compulsory L Lecturing Hours per week P Practical or Laboratory hours per week C 2 Degree structure C 2

    Original URL path: http://web.teipir.gr/new/ecs/erasmus/table3.htm (2016-02-14)
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  • C
    L P HY GC 34 8 MICROELECTRONICS I GC 8 4 4 Lecturer P Kouros Course description Integrated circuits and construction technology analog IC s operational amplifiers and circuits digital IC s TTL CMOS ECL HTL Flip Flop counters registers switching regulators regulators Objective of the course The student to be introduced in microelectronic circuits Teaching method Lecture and Laboratory Prerequisites It is a prerequisite for Microelectronics II in 4 th Semester Teaching aids The book Microelectronics by Millman Grabel Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 3 rd SEMESTER CODE COURSE TYPE ECTS L P HY GC 35 3 BUSINESS ADMINISTRATION GC 3 3 Lecturer Prokou Course description Introduction to the form of a company internal organization structure and planning of a company organization of labour Objective of the course The student is introduced to business administration Teaching method Lecture Prerequisites Teaching aids The book Modern Business Management by C Floros Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 3 rd SEMESTER CODE COURSE TYPE ECTS L P HY GC 36 2 FOREIGN LANGUAGES III GC 2 2 2 Lecturer A Tsatsaros Course description Technical terminology Objective of the course The student learns technical terminology Teaching method Lecture and audio video Laboratory Prerequisites Teaching aids The book Oxford English for computing by Keith Boeckner Charles Brown Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 4 th SEMESTER CODE COURSE TYPE ECTS L P HY GC 41 4 PROGRAMMING LANGUAGES IV GC 4 2 2 Lecturer A Kossidas Course description Programming with Assembly language Objective of the course The student using a simulator of an 8 bit microprocessor is getting familiar with assembly programming Teaching method Lecture and Laboratory Prerequisites Teaching aids The book Symbolic languages and Architecture of microprocessors by A Kossidas M Ragousi S Matiatos Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 4 th SEMESTER CODE COURSE TYPE ECTS L P HY SC 42 6 MICROELECTRONICS II SC 6 4 2 Lecturer P Kouros Course description MSI and LSI integrated circuits memories ROM EPROM EEPROM RAM static and dynamic Charged Coupled Devices CCD VCO switching capacitors VLSI integrated circuits Objective of the course The student to be familiar with circuits and devices used in microcomputer systems Teaching method Lecture and Laboratory Prerequisites It has Microelectronics I as a prerequisite in 3 rd Semester Teaching aids Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 4 th SEMESTER CODE COURSE TYPE ECTS L P HY GC 43 5 DIGITAL SYSTEMS GC 5 3 2 Lecturer A Kossidas Course description Circuit design using PLA s Combinational circuits Sequential circuits Programming logic devices Objective of the course The student to be introduced in digital systems Teaching method Lecture and Laboratory Prerequisites Teaching aids The book Design of digital systems by A Kossidas P Cheliotis Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 4 th SEMESTER CODE COURSE TYPE ECTS L P HY GC 44 7 CONTROL SYSTEMS GC 7 5 2 Lecturer A Polatos Course description Introduction to control systems LAPLACE transforms transfer functions of basic control systems Flow diagrams time response matrices in control systems BODE and NYQUIST diagrams Root loci diagrams correction circuits variable state space non linear systems Objective of the course The student is introduced in control systems theory and is trained in analyzing and solving basic control systems by considering several methods Teaching method Lecture and Laboratory Prerequisites It is a prerequisite of Digital Control Systems in 6 th Semester Teaching aids The books Introduction in Automatic control by P N Paraskevopoulos Systems identification and adaptive control by P N Paraskevopoulos Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 4 th SEMESTER CODE COURSE TYPE ECTS L P HY GC 45 3 MEASUREMENTS GC 3 1 2 Lecturer V Pissas Course description Introduction to measurements and error theory basic instrumentation of current voltage resistance frequency phase electric energy power spectrum analyzers methods of measuring non electrical quantities as displacement velocity acceleration temperature Objective of the course The student is learning the basic instruments for measuring electrical quantities and the error theory Teaching method Lecture and Laboratory Prerequisites Teaching aids Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 4 th SEMESTER CODE COURSE TYPE ECTS L P HY GC 46 2 FOREIGN LANGUAGES IV GC 2 2 1 Lecturer A Tsatsaros Course description Technical terminology Objective of the course The student to learn the technical terminology Teaching method Lecture and audio video Laboratory Prerequisites Teaching aids The same book as in 3 rd Semester Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 4 th SEMESTER CODE COURSE TYPE ECTS L P HY GO 47 3 SOLID STATE PHYSICS GO 3 2 2 PROG LANGUAGE COBOL PROG LANGUAGE FORTH Lecturer 1 Papakitsos 2 Koinis 3 A Atmatzidis Course description 1 Principles of solid state materials liquid crystals 2 Programming language COBOL and programming techniques 3 Programming language FORTH and programming techniques Objective of the course The student is familiarized with solid state Physics and materials especially with liquid crystals The other course gives the student the ability to learn programming with COBOL or FORTH Teaching method Lecture and Laboratory Prerequisites Teaching aids The book TURBO C by A Atmatzidis M Glabedakis Bibliography Student notes Examination method Written examination Registration for course Registration for examination Remarks 5 th SEMESTER CODE COURSE TYPE ECTS L P HY GC 51 5 MICROPROCESSORS GC 5 2 3 Lecturer I Ellinas Course description Microprocessor architecture machine language input output interfacing circuits input output techniques timing diagrams of a microprocessor interrupts design with microprocessors parallel processing techniques Objective of the course The student to learn the architecture of a microprocessor timing diagrams its connection with other interfacing circuits and

    Original URL path: http://web.teipir.gr/new/ecs/erasmus/table4.htm (2016-02-14)
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  • Beldia - VIDEOCONFERENCE

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    Original URL path: /WWWbeldia/greek/videoconference/index.html (2016-02-14)


  • FAX VIA EMAIL
    fax με χρήση ενός απλού WWW browser ή ακόμα και με αποστολή e mail Το βασικό πλεονέκτημα της δυνατότητας αποστολής fax με e mail είναι ότι ακόμα και απλά τερματικά VT 100 που δεν έχουν δυνατότητα γραφικής απεικόνισης μπορούν να

    Original URL path: http://web.teipir.gr/WWWbeldia/greek/faxVIAemail/71.html (2016-02-14)
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  • TEST FOR STREAMING
    since 2008 AUDIO Stereo RealMedia File by 28 8Kbps Stereo RealMedia File by 28 8Kbps NetShow File by 16Kbps ÐÑÏÓÏ Ç ÁõôÞ ç óåëßäá åßíáé äïêéìáóôéêÞ êáé ãéá ôï ëüãï áõôü åíäÝ åôáé íá ìçí ëåéôïõñãïýí ôá ðÜíôá ëüãù äïêéìþí

    Original URL path: http://web.teipir.gr/WWWpapapet/GUNet/streaming/audiop.html (2016-02-14)
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  • VLSI Design Tools
    Υ Συστημάτων Microelectronics VLSI Lab VLSI Design Tools MENTOR GRAPHICS VHDL SPICE Πηγές πληροφοριών Χρήσιμα Links Το web site δημιουργήθηκε για εκπαιδευτικό σκοπό του εργαστηρίου μικροηλεκτρονικής του Τ Ε Ι Πειραιά από τους σπουδαστές Χρήστο Κούρο και Κωνσταντίνο Πεφάνη υπό

    Original URL path: http://web.teipir.gr/WWW/ECS/VLSI/VLSITOOLS.htm (2016-02-14)
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  • MICROELECTRONICS HOME PAGE

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    Original URL path: /USERwww/ECS/MeLAB/pkouros/page3.html (2016-02-14)


  • Frames Testing

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    Original URL path: /new/mail.html (2016-02-14)




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