Ninevah University College of Electronics Engineering Academic Year:

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1 Level: Undergraduate/ Fourth Department: Communication Eng. Subject: Communication Systems Course Description: Ninevah University College of Electronics Engineering Academic Year: Lecturer: Dr. Aws Z. Yonis No. of hrs/week: 3 hrs/week This course will cover the basics of communication systems. The main topics include: mobile communication systems, cellular communication concepts, telephone and switching system, introduction to radar system, radar types and the course will help the students understanding communication systems that are required for the theoretical analysis of these systems. Course Objectives (Learning Outcomes): The objective of this course is to introduce undergraduate students to the fundamentals of communication systems. The students will become familiar with communication systems through the following objectives: Study of mobile communication systems and construction of the GSM system. Study of telephone and switching system, the human voice and auditory systems properties Study of radar system and its types (passive active semi active). Textbook and Software: Communication systems for mobile information society By: Martin Sauter. Digital telephony 3 rd Edition By: John C.Bellany. "Understanding telephone electronics" By: Stephen. Bicelow. Radar system design and analysis By: S.A.Hovanessian. Evaluation Profile: Quizzes/Homeworks/Attendance/Class participation/assignments/projects 10% Semester I Exam 15% Semester II Exam 15% Final Exam 60% 100% Attendance: As per University s rules and regulation

2 Semester I 1 Oct. 2-8 Mobile Communication Systems: Overview of mobile communication Technologies Cellular communication concepts. 2 Oct Mobile generation systems properties of GSM system. 3 Oct construction of the GSM system. 4 Oct Mobile subscriber (MS) construction signal flow in the MS channel coding. 5 Oct. 30-Nov. 5 Air link between the MS and the base station physical channel logical channel. 6 Nov Base station (BSS) construction base station control (BSC) base transceiver station (BTS). 7 Nov antennas type in the base station. Quiz 1 8 Nov Mobile Switching center System (MSC) HLR VLR EIR. 9 Nov. 27-Dec. 3 Mobile Switching center System: AUC OMC EC. 10 Dec Battery life multi path effect and fading effect. 11 Dec mobility of (authentication registration Hand over frequency hoping). 12 Dec Overview of Telephone and Switching System. 13 Dec Introduction to electrical communication study of natural of sound sound intensity level. 14 Jan. 1-7 The human voice and auditory systems properties. 15 Jan Subscriber set : Carbon microphone Electromagnetic Loudspeaker. 16 Jan Jan Jan. 29-Feb Feb Feb االمتحانات النهائية/مقررات النظام الفصلي )الفصل االول( االمتحانات نصف السنوية/مقررات النظام السنوي العطلة الربيعية Quiz 2

3 Semester II 1 Feb Subscriber set : ringing unit dialing unit DTMF pulse tone. 2 Feb. 26-Mar. 4 Telephony network : primary network Distribution box unit (DBU). 3 Mar Telephony network : secondary network, Cabinets zero room manhole room Main distribution frame. 4 Mar Telephony Exchange : type of Quiz 3 exchangers. 5 Mar construction of exchanger Digital subscriber card. 6 Mar. 26-Apr. 1 Digital switching unit framing in telephony system. 7 Apr. 2-8 Signaling in telephony systems numbering mode in telephony system. 8 Apr Traffic theory in telephony system. 9 Apr Introduction to radar system Radar types (passive active semi active). 10 Apr Radar equation Antenna pattern. 11 Apr. 30-May 6 Radar cross section. Quiz4 12 May 7-13 Detection probability and S/N. 13 May Pulsed radars CW radars. 14 May MTI systems. 15 May 28-Jun. 1 Radar applications Jun. االمتحانات النهائية / مقررات النظام الفصلي )الفصل الثاني ) 17 Jun االمتحانات النهائية / مقررات النظام السنوي 18 Jun Jun. تصليح الدفاتر االمتحانية واعالن النتائج July 1-Aug. 31 العطلة الصيفية

4 Level: Undergraduate/ Fourth Department: Communication Eng. Subject: Satellite Communication Ninevah University College of Electronics Engineering Academic Year: Lecturer: Dr. Aws Z. Yonis No. of hrs/week: 3 hrs/week Course Description: This course will cover the basics of how satellite and radio location systems are designed and deployed. Topics include orbital mechanics, propagation, digital transmission, global positioning system (GPS), other radio location issues and the course will allow the students to analyze satellite communication systems. Course Objectives (Learning Outcomes): To enable the student to become familiar with satellites and satellite services through the following objectives: Overview of satellite systems in relation to other terrestrial systems. Study of satellite orbits, launching, types of antenna. Study of satellite access by various users. Study of earth segment and space segment components. Textbook and Software: Dennis Roddy, Satellite Communication, McGraw Hill International, 4 th Edition, Evaluation Profile: Quizzes/Homeworks/Attendance/Class participation/assignments/projects 10% Semester I Exam 15% Semester II Exam 15% Final Exam 60% 100% Attendance: As per University s rules and regulation

5 Semester I 1 Oct. 2-8 Introduction of satellite communication Chapter 1 2 Oct Frequency allocations for Satellite services Chapter 1 3 Oct Satellite orbit and lunching methods Chapter 2 4 Oct Keppler s (First, second, third) Laws Chapter 2 5 Oct. 30-Nov. 5 Apogee and perigee heights Chapter 2 6 Nov Geostationary Orbit Chapter 3 7 Nov Look angles and near geostationary orbits Chapter 3 Quiz 1 8 Nov Radio wave propagation Chapter 4 9 Nov. 27-Dec. 3 Other propagation Impairments Chapter 4 10 Dec Polarization and depolarization Chapter 5 11 Dec Cross-polarization discrimination Chapter 5 12 Dec Rain depolarization Chapter 5 Quiz 2 13 Dec Antennas. Chapter 6 14 Jan. 1-7 Satellite Transponder model Chapter 7 15 Jan Receive-Only Home Tv-System (Rohtv). Chapter 8 16 Jan Jan Jan. 29-Feb Feb Feb االمتحانات النهائية/مقررات النظام الفصلي )الفصل االول( االمتحانات نصف السنوية/مقررات النظام السنوي العطلة الربيعية

6 Semester II 1 Feb Transmit-receive earth station Chapter 8 2 Feb. 26-Mar. 4 Transmission Losses. Chapter 12 3 Mar Link Power Budgets. Chapter 12 4 Mar System Noise. Chapter 12 Quiz 3 5 Mar Carrier-To-Noise Ratio. Chapter 12 6 Mar. 26-Apr. 1 Satellite uplink and downlink models 7 Apr. 2-8 Combined uplink and downlink C/N ratio 8 Apr Up-Link And Down-Link Equations. 9 Apr Satellite Access: single access 10 Apr Satellite Access Technique Frequency-division multiple access (FDMA)and(TDMA) 11 Apr. 30-May 6 Satellite Access Technique Spatial division multiple access (SDMA) 12 May 7-13 Satellite Access Technique Code division multiple access CDMA) 13 May Global Positioning System (GPS). Chapter 13 Chapter 13 Chapter 13 Chapter 14 Chapter 14 Chapter 14 Chapter 14 Chapter May Satellite Mobile services Chapter May 28-Jun. 1 Reassignment And Demand Assignment االمتحانات النهائية / مقررات النظام الفصلي )الفصل الثاني ) 10-4 Jun Jun Jun االمتحانات النهائية / مقررات النظام السنوي Jun. تصليح الدفاتر االمتحانية واعالن النتائج July 1-Aug. 31 العطلة الصيفية Quiz4

7 Level: Undergraduate/ Department: communication department Subject: Optical Communication Ninevah University College of Electronics Engineering Academic Year: No. of hrs/week: 2 وسن ممدوح عبد اللطيف Lecturer: yahoo.com Prerequisites: Optical Communication Course Description: This course illustrates the main concepts of characteristics of optical fibers, Review Of Digital Modulation In Optical Communication Systems, Optical Sources And Transmitters, Optical Detectors And Receivers, Noise and Detection, Dispersion In Optical Communication Systems, Optical Link Design and Wavelength Division Multiplexers and Demultiplexers Course Objectives (Learning Outcomes): By the end of this course, students should be able to: 1 Understand the concept and characteristics of fiber optic. 2 Know the structure of optical sources and receivers. 3 How to detect the noise in optical systems 4 Analyze the dispersion in optical communication system. Textbook and Software: Fiber Optic communication system Wiley By G.P. Agrawal. Fiber optic communication By Harold B. Killen college of Technology University of Hauston Evaluation Profile: Quizzes/Homeworks/Attendance/Class participation/assignments/projects 10 % Semester I Exam 15 % Semester II Exam 15 % Final Exam 60 % 100% Attendance: As per University s rules and regulation

8 Semester I 1 Oct. 2 8 Review of Optics 2 Oct Reflection and refraction of plane waves; Fresnel's formulas 3 Oct Interference and interferometers Diffraction 4 Oct Optical coherence Polarization of light Data bus topology ring 5 Oct. 30 Nov. 5 star T Fiber optic FDDI Quiz 1 6 Nov Wave propagation in multimode 7 Nov single-mode optical fibers Coupling into and out of fibers 8 Nov Attenuation. 9 Nov. 27 Dec. 3 Group-velocity dispersion Polarizationmode dispersion 10 Dec Bit signaling and bit-group signaling methods 11 Dec Bit error rate and bit-group error rate 12 Dec Time-division multiplexing Frequencydivision multiplexing 13 Dec Light-emitting diodes Semiconductor lasers 14 Jan. 1 7 Edge-emitting lasers Vertical-cavity. 15 Jan surface-emitting lasers Optical transmitters 16 Jan Jan Jan. 29 Feb Feb Feb الامتحانات النهاي ية/مقررات النظام الفصلي (الفصل الاول) الامتحانات نصف السنوية/مقررات النظام السنوي العطلة الربيعية Quiz 2 Quiz 3

9 Semester II 1 Feb Photodiodes 2 Feb. 26 Mar. 4 Phototransistors 3 Mar Optical receivers 4 Mar Noise and Detection 5 Mar Noise and Detection Quiz 4 6 Mar. 26 Apr. 1 Noise and Detection. 7 Apr. 2 8 Dispersion in single-mode and multimode fibers 8 Apr Dispersion-induced pulse broadening in single-mode fiber. 9 Apr System implications 10 Apr real-life examples Quiz 5 11 Apr. 30 May 6 Power and noise budget 12 May 7 13 Jitter and rise time budgets 13 May Wavelength Division Multiplexers and Demultiplexers 14 May Wavelength Division Multiplexers and Demultiplexers; 15 May 28 Jun. 1 Wavelength Division Multiplexers and Demultiplexers Jun. الامتحانات النهاي ية / مقررات النظام الفصلي (الفصل الثاني ( 17 Jun الامتحانات النهاي ية / مقررات النظام السنوي 18 Jun Jun. تصليح الدفاتر الامتحانية واعلان النتاي ج July 1 Aug. 31 العطلة الصيفية

10 Level: Undergraduate/ 3 rd Year Department: Computer and Information Eng. Subject: Computer networks Ninevah University College of Electronics Engineering Academic Year: Lecturer: Dr. Abdulbary R.S. baryrs@yahoo.com No. of hrs/week: 2+ 1(Tut.) Prerequisites: Communication and Data transmission Principles. Course Description: Generally this course gives the students an introductory knowledge in computer networking. The course mainly concentrate on the functions of the physical layer, data link layer and part of the network layer. Ethernet technology as the most popular LAN technology is described in detail in terms of standards, specifications and implementations. Standard Ethernet, Fast Ethernet, Giga bit Ethernet, and 10Gb Ethernet are explained in detail. Ethernet Wireless LAN is also introduced in this course including all Standards and Implementations. Course Objectives (Learning Outcomes): After studying this course, students should able to understand and handle: Definitions and concepts of LAN, MAN, and WAN Line encoding Transmission media: Wired and Wireless OSI and TCP/IP Models Networking devices Data link control: Access control, Flow control, and Error control Data link protocols: bit-oriented protocols and character-oriented protocols: HDLC LAN technologies: IEEE standards: Ethernet, Bus, and Token ring. ANSI standard: FDDI Ethernet Technology: Standards, Protocols and Implementations. Wireless Networking: PAN, WLAN, WMAN, and WWAN WLAN Standards and Implementations Textbook and Software: Behrouz A. Fourazan, " Data Communications and Networking" Packet Tracer Software, Cisco System Power point documents Evaluation Profile: Quizzes/Homeworks/Attendance/Class participation/assignments/projects 10 % Semester I Exam 15 % Semester II Exam 15 % Final Exam 60 % 100%

11 Attendance: As per University s rules and regulation Semester I 1 Oct. 2-8 Introductions and Definitions Ch 1, 2 Oct Line Encoding Ch4, 3 Oct Addressing: IPv4, MAC, and Port addresses Ch18, HW 4 Oct Transmission Media Ch7, Quiz1 5 Oct. 30-Nov. 5 Transmission Media Ch7, 6 Nov Networking Devices Word Document 7 Nov Networking Devices Word Documents, HW2, 8 Nov OSI Model: physical layer, Data Link Layer Ch2, Quiz2 9 Nov. 27-Dec. 3 OSI Model: Network layer, Transport Layers Ch2, 10 Dec OSI Model: Session, Presentation, and Application layers Ch2, 11 Dec TCP/IP Model Ch2,HW3, 12 Dec TCP/IP Model Ch2, Quiz3 13 Dec Building Computer networks, Collision Domain and Broadcast Domain HW4, 14 Jan. 1-7 Data Link Control: Access Control Ch11,word, 15 Jan Data Link Control: Flow Control Ch11,word, 16 Jan Jan Jan. 29-Feb. 2 االمتحانات النهائية/مقررات النظام الفصلي )الفصل االول( االمتحانات نصف السنوية/مقررات النظام السنوي 19 Feb Cast Domain العطلة الربيعية 20 Feb

12 Semester II 1 Feb Data Link Control: Error Control Ch11,word, 2 Feb. 26-Mar. 4 Data Link Protocol: Types of Protocols, Data Protocol, Control Protocol and Management Protocols. Ch11,word, 3 Mar Character-oriented Protocol(BSC protocol) Word, HW 4 Mar Bit-Oriented protocols( HDLC protocol) Word, Quiz 5 Mar Technologies: Types of LAN technologies. IEEE Project 802,LLC 6 Mar. 26-Apr. 1 Ethernet technology: MAC, Ethernet Evolution and Standards 7 Apr. 2-8 Wired LANS: Standard Ethernet and Frame Format 8 Apr Fast Ethernet Standards and Implementations 9 Apr Giga bit Ethernet and Ten Giga bit Ethernet Standards and Implementations 10 Apr Token Bus, Token Ring LANs. Other LAN technologies: FDDI 11 Apr. 30-May 6 Wireless Networking: Types and specifications 12 May 7-13 Wireless Local Area Networks ( WLANs): Adhoc and Infrastructure LANs Ch13, Word, Ch13, Word, Ch13, HW, Ch13, Ch13, HW, Ch15, Ch15, 13 May Ethernet WLAN Data and Control Frame Format Ch15, 14 May WLAN Addressing Ch15, Quiz 15 May 28-Jun. 1 WLAN Standards and Implementations Ch15, Jun. االمتحانات النهائية / مقررات النظام الفصلي )الفصل الثاني ) االمتحانات النهائية / مقررات النظام السنوي 17 Jun Jun Jun. تصليح الدفاتر االمتحانية واعالن النتائج July 1-Aug. 31 العطلة الصيفية Quiz

Nineveh University College of Electronics. Lecturer: Dr Saad Daoud Al Shamma Department: All Departments. Engineering Academic Year:

Level: Undergraduate/Third Nineveh University College of Electronics Lecturer: Dr Saad Daoud Al Shamma Department: All Departments. Engineering Academic Year: 2016 2017 Email: saaddaoud2003@yahoo.com Subject: