مقرارت قسم الشبكات
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CN52261 |
* Electric Basics |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : GS52141 |
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Contents: |
REF: Eur Ing R G Poweli Principal Lecturer Department of Electrical and Electronic Engineering Nottingham Trent University |
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Introduction to electric voltage, current, power. Basic passive circuit elements, circuit analysis techniques, KVL, KCL. AC and DC analysis. First order and second order circuits transient and steady state response/Active circuit elements i.e. op-amp. |
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CN52262 |
* Theory of Signals and Systems |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52261 |
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Contents: |
Ref :Prof. Shreyas SundaramSchool of Electrical and Computer EngineeringPurdue University |
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The concept of signals and systems, both continuous and discrete-time; signal manipulation; signal symmetry and orthogonality; system linearity and time invariants; system impulse response and step response; frequency response, sinusoidal analysis, convolution, and correlation; sampling in time and quantizing in amplitude; Laplace transform; Fourier analysis, filters; analysis of discrete time signals and systems using z-transforms; inverse transformation procedures. |
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CN52271 |
* Stochastic and random process |
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3 Lectures + 1 Lab. hours per week, 3 Credits |
Prerequisite(s) : GS52221 |
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Contents: |
Ref: G. A.Young http://www2.imperial.ac.uk/∼ayoung September 2011 |
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Introduction to probability: Axioms, sample spaces, events, and set operations, sample spaces with equally likely outcomes. Conditional probability, independence, and Bayes’ theorem, Random variables, probability mass and probability density. Expected values. Collections of random variables, joint and marginal probability, correlation and regression. Confidence intervals. Introduction to random processes, stationarity and ergodicity, Poisson process, birth-death process, and queues. |
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CN52281 |
* Internet Programming |
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3 Lectures + 1 Lab. hours per week, 3 Credits |
Prerequisite(s) : IT52112 |
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Contents: |
Ref: dr. Hannibal Lecter’s starred repositories. kemal. Fast, Effective, Simple Web |
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This is an introductory course of web application development; this includes the web design methods (i.e. WISDOM, Storyboard, Flowcharts…etc) and some important design issues (usability and accessibility). In addition, the course should cover the basic fundamental issues of client/server architectures. The students should study tools and techniques for building Internet websites, including HTML, CSS, JavaScript, XML, XSLT, and some basic fundamental of server scripting languages (PHP, ASP.NET, JSP and servlet). |
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CN52311 |
* Networks Lab. I |
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2 Lab. hours per week , 1 Credit |
Prerequisite(s) : IT52271 |
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Contents: |
IEEE 802.3. IP |
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Network terminology and protocols, Local-area networks (LANs), Wide-area networks (WANs), Cabling (cabling tools), Ethernet, Internet Protocol (IP) addressing, Network standards. |
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CN52312 |
* Network Operating Systems Software |
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3 Lab. hours per week, 1 Credit |
Prerequisite(s) : IT52322, CN52322 |
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Contents: |
Ref: Author(s): Steven M. Bellovin |
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Fundamental concepts of system administration. Design and administration of network servers and workstations. Focus on basic network concepts such as user account administration, resource allocation, security issues, and Internet service management. Lecture and laboratory. |
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CN52321 |
* Network Protocols |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : IT52271 |
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Contents: |
Ref: David Andersen. School of Computer Science. Carnegie Mellon University |
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Computer Networks and the Internet, TCP/IP Reference Model, Network Layer and Routing; IPv4, IPv6, ARP, ICMP, DNS and NAT. Routing Principles and Protocols. Transport Layer; Transport Services, TCP and UDP. Fundamentals of Network Programming. |
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CN52322 |
* Network Lab 2 |
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2 Lab. hours per week, 1 Credit |
Prerequisite(s) : CN52311, CN52321 |
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Contents: |
Ref: Configuration Overview 314. Cisco SDM Wizards 316. |
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Introduction to Data Center room, introduction to switching technology, CLI using and management and working with FTP server, VLANs, Mac filter “switch security”, Wireless (configure Access point 802.11b/g), Last mile technology (VDSL), back to back G.SHDSL, VPN, VOIP |
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CN52331 |
* Wireless and Mobile Communications |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52321, CN52371 |
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Contents: |
Ref: Springer Archives’ eBooks & Cambridge University |
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Introduction to wireless communication systems and networks. Cellular Wireless Networks and System Principles, Antennas and Radio Propagation, Signal Encoding and Modulation techniques, Spread spectrum, UTRA Spreading and Modulation, Coding and Error Control, Multiple access techniques. 1G, 2G, and 2.5G wireless systems (AMPS, GSM, GPRS, EDGE, etc.), The UMTS network and radio access technology, Wireless LANs, IEEE 802.1. VOIP, VOIP QoS issues. Mobile ad-hoc networks (MANets), The future of mobile communications. |
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CN52371 |
* Digital Communications |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52262, CN52271 |
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Contents: |
Ref: he Oxford Series in Electrical and Computer Engineering) book reviews & author details and more |
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Introduction to basis of binary baseband digital modulation techniques, Introduction to TDM, quantization encoding (PCM, DM, DPCM). Digital carrier modulation schemes: ASK, FSK, PSK, DPSK, MSK. Introduction to M-ary baseband digital systems, QPSK, QAM, performance and comparison. Digital Hierarchy (SDH). Quantization noise. |
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CN52382 |
*Advanced Internet Programming |
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3 Lectures + 1 Lab. hours per week,3 Credits |
Prerequisite(s) : CN52281 |
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Contents: |
Ref: Dagne G.& (BTEP204). This course introduces dynamic web |
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This course will take students through the most important advance issues in internet programming, including concurrent programming, web distributed databases, security, collaborative computing, distributed object-oriented architectures, and network publishing. In addition, Web services issues and rational, XSLT, and XML processing, inc XML schema. Web services architecture inc. case studies. The course should cover in greater details the server side scripting (i.e. PHP, ASP.NET or JSP/Servlet); TCP/IP socket programming, CORPA and RMI. |
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CN52413 |
* Network Planning and Deployment |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52321, CN52473 |
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Contents: |
Ref: Huazhong Agricultural University.College of Engineering and Technology |
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Network design for both wired and wireless communications. The design level of logical network design including topology, addressing models, protocol selection, security and management strategies. The physical network design involves selecting appropriate technologies. Testing and optimizing the overall design. |
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CN52414 |
Network Management and Evaluation |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52473 |
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Contents: |
Ref: |
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Reliability concepts; Architectures for system observation and control; System utilization; Protocols for network management, CMIP and SNMP; Network mananggement, CMIP and SNMP; Network management and performance evaluation software systems. |
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CN52415 |
Network optimization |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52321 |
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Contents: |
Ref: [Pardalos, Panos M., Hearn, Donald W., Hager, William W |
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Fundamental optimization techniques. Network Optimization: Shortest paths. Network flow: Maximum Flow, Minimum Cost Flow. Graph Coloring. Matching. General Modeling. Piecewise-linear. Knapsack. Set Packing/Covering/Partitioning. Assignment. Scheduling. Traveling salesman problem. Introduction to Dynamic Programming. Search Heuristics |
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CN52441 |
* Network Security |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : IT342, CN52322 |
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Contents: |
Ref: Professor Zeldovich & Professor Jaeger &wail astling |
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A comprehensive treatment of network security. Topics include remote access security, DMZ, firewalls, VPNs, PKI architecture, X.509 Public key infrastructure, web security, S-HTTP, SSL, TTLS, intrusion detection systems, extrusion detection systems, electronic mail seuciry, PGP, PEM, S/MIME, routing protocol security, wireless network security, traffic analysis tools and alert tools. Smart Card Security; GSM and mobile communications security; AusCERT and Global Security Coordination. |
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CN52443 |
Authentication and Payment Protocols |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52483 |
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Contents: |
Ref: Authors: Rizwana Shaikh at South Indian Education Society’s Graduate Schoo |
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The Secure Socket Layers (SSL) Protocol : motivation, basic operation, session establishment, session caching, and basic performance analysis; The transport Layer Security Protocol (TLS) and SSL; The Secure Electronic Transactions (SET) payement Protocol: motivation, basic operation, SET cryptographic operations, and basic performance analysis. |
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CN52451 |
Network Programming |
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3 Lectures + 1 Lab. hours per week,3 Credits: |
Prerequisite(s): CN52382 |
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Contents: |
Ref: Author Elliotte Rusty Harold provides complete working programs |
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Introduction to distributed systems, Client/Server – Structures, Middleware. Internet – applications. Client/Server – Programming, Multimedia-Network (A/V Streaming, RTP, QoS), Remote Procedure Call (RPC). Web Services. Lab. (Analysis Internet applications with SNIFFER, Client/Server – Programming with Windows Sockets, Web Services with Microsoft .NET) |
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CN52472 |
Multimedia Communications |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : CN52441 |
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Contents: |
Ref: David Bull C. Canagarajah Andrew Nix |
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Fundamental technologies for video communications and networking: How to efficiently represent and process video signals, and how to deliver video signals over networks. Topics to be covered include: introduction to video systems, Fourier analysis of video signals, properties of the human visual system, motion estimation, basic video compression techniques, video communication standards, and video transport over the Internet , voice-over-IP and wireless networks. |
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CN52473 |
*Network lab 3 |
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2 Lab. hours per week, 1 Credit |
Prerequisite(s) : CN52322 |
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Contents: |
Ref: David Bull C. Canagarajah Andrew Nix |
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Command-line interface configuration of Routers, router configurations, Routing protocol configuration (RIP v2, OSPF), Vlan, NAT and access control lists (ACLs), Firewall Policies and inspection and VPN tunneling. |
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CN52474 |
Optical Communication Systems |
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3 Lectures + 1 Lab. hours per week,3 Credits |
Prerequisites : CN52371 |
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Contents: |
Ref: Mrs.Anitha Patibandla, Associate Professor |
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Overview of optical communication systems, Review of optics, Characteristics of optical fibers. Optical waveguides, Optical sources and transmitters, Optical detectors and receivers, Optical amplifiers, Noise and detection, Dispersion in optical communication systems, Optical link design. |
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CN52475 |
Satellite Communications Principle |
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3 Credits |
Prerequisite(s) : CN52371 , CN52331 |
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Contents: |
Ref: David Calcutt Laurie Tetley |
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This course provides in depth a strong background of modern satellite communications techniques and fundamentals, the course will discuss satellite basic transmission, coding, and satellite services techniques, and an overview of commercial and military satellite orbits and transponders. As well the course will provide a brief knowledge or introduction to radar systems technique |
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CN52483 |
* Mobile commerce |
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3 Lecture hours per week, 3 Credits |
Prerequisite(s) : IT52342, CN52281 |
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Contents: |
Ref: Perin ÜnalEmail authorTuğba Taşkaya TemizelP. Erhan Eren |
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E-Business, E-Commerece, M-Education, Wireless Data Communication, 3A(Anywhere, Anytime and Any device), 3G, WAP, XML, WML, Smartcards, Business Applications: Banking, Fiance, Hospitality, Manufacturing, facility management, Customer Relationship Management (CRM), Sale Force Automation (SFA), Field Force Automation (FFA), Retail and Distribution, Data Synchroniyation, Mobile Security, Ciphers, Cryptosystems, Digital Signature , PKI, CA, SSl, SET. |
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CN52484 |
Mobile Computing |
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3 Lectures+1 Lab. hours per week,3 Credits |
Prerequisite(s): CN52382 , CN52483 |
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Contents: |
Ref: Editors: Murao, K., Ohmura, R., Inoue, S., Gotoh, Y. (Eds.) |
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This module provides an overview of mobile computing technology as it exists today and reviews the promises of tomorrow. Included is a discussion on (a) wireless network advances for circuit switched and packet switched technologies, (b) wireless wide area network (WWAN) compared to wireless local area network (WLAN), (c) mobile network summary, (d) Bluetooth Piconet, (e) wireless personal digital assistants (PDAs) along with “success stories of users increasing productivity”, (f) cellular data networks and their evolution (CDMA, GSM, TDMA, PDC), and (g) 1G, 2G, 2.5G, 3G technologies (international mobile telephone, enhanced data rates for global evolution, wideband CDMA, synchronous time division, IP networks), and finally the course will cover the development cycle of mobile application using Mobile.NET or JavaME. |
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CN52491 |
Current issues in IT |
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2 Lecture hours per week, 3 Credit |
Prerequisite(s): 90 credits. |
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Contents: |
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In-depth up-to-date studies of latest advances in selected topics in computer networking. The topics vary by semester. Issues related to security, Ad hoc networks, mobility, QoS, multimedia transport over wireless will also be discussed. |
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CN52498 |
* Introduction to Project |
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3 Credits |
Prerequisite(s) :90 credits |
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Contents: |
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This course is a preparation to the Project IT499 and by the end of the course, the student should present his project Idea, goal and the plan for the work. This course includes project may be undertaken individually or in small groups. |
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