Delfina MALANDRINO | RETI WIRELESS
Delfina MALANDRINO RETI WIRELESS
cod. 0522500067
RETI WIRELESS
| 0522500067 | |
| DIPARTIMENTO DI INFORMATICA | |
| COMPUTER SCIENCE | |
| 2015/2016 |
| YEAR OF COURSE 1 | |
| YEAR OF DIDACTIC SYSTEM 2015 | |
| PRIMO SEMESTRE |
| SSD | CFU | HOURS | ACTIVITY | |
|---|---|---|---|---|
| INF/01 | 7 | 56 | LESSONS | |
| INF/01 | 2 | 16 | LAB |
| Objectives | |
|---|---|
| KNOWLEDGE AND UNDERSTANDING: THE AIM OF THE COMPUTER NETWORKS II COURSE IS TO TEACH THE BASIC PRINCIPLES OF WIRELESS COMPUTER NETWORKS, INFRASTRUCTURE BASED AND AD HOC, AND TO STUDY DIFFERENT DESIGN TECHNOLOGIES AS WELL AS THE NENESSARY CONSIDERATIONS ABOUT THE REVISITED TCP/IP SUITE. THE COURSE CONSISTS OF A THEORETICAL AND A PRACTICAL PART. IN THE THEORETICAL PART THE BASIC PRINCIPLES FOR THE DESIGN OF SUCH NETWORKS ARE STUDIED: NETWORK ARCHITECTURE, ENCODING AND RELIABLE TRANSMISSION, PACKET SWITCHING, NETWORK INTERCONNECTIONS, MOBILE IP, TRANSPORT PROTOCOLS, NETWORK CONTROL, AND APPLICATIONS. THE PRACTICAL PART IS MAINLY CARRIED OUT IN LABORATORY AND AIMS TO STUDY THE WORLD WIDE WEB WITH ITS COMPONENTS, DEFINE AND COMPARE BENCHMARKING PROCESSES, ANALYZE PRIVACY CONCERNS AND RELATED SOLUTIONS. APPLYING KNOWLEDGE AND UNDERSTANDING: THE COURSE AIMS TO MAKE STUDENTS ABLE TO CONFIGURE AND MANAGE WIRELESS LOCAL NETWORKS , DEVELOP BENCHMARKING PROCESSES, MAKE ANALYSIS OF HTTP TRAFIC , USE NETWORK SERVICES IN A CONSCIOUS WAY. COMMUNICATION SKILLS: STUDENTS WILL ACQUIRE THE ABILITY TO DESCRIBE THE WIRELESS COMPUTER NETWORK HARDWARE AND SOFTWARE COMPONENTS WITH PROPERTY OF LANGUAGE MAKING JUDGMENTS: STUDENTS WILL BE GUIDED TOWARD THE CRITICAL AND RESPONSIBLE LEARNING OF CLASSROOM ACTIVITIES AS WELL AS THE ENRICHMENT OF THEIR ANALYSIS AND SYNTHESIS ABILITIES BY MEANS OF SUITABLE STUDYING MATERIALS THAT THE TEACHER WILL PROPOSE IN ORDER TO GET THEM ACQUIRE ADEQUATE JUDGMENT CAPABILITIES. |
| Prerequisites | |
|---|---|
| KNOWLEDGE OF OPERATING SYSTEMS, C AND JAVA PROGRAMMING, WIRED COMPUTER NETWORK. IT WOULD ALSO BE APPROPRIATE TO HAVE KNOWLEDGE OF COMPUTER ARCHITECTURE. |
| Contents | |
|---|---|
| INTRODUCTION ELECTROMAGNETIC WAVES ELECTROMAGNETIC SPECTRUM CHARACTERISTICS OF THE WIRELESS MEDIUM MODULATION TECHNIQUES MULTIPLE ACCESS TECHNIQUES VOICE CODING ERROR CHECKING COMPUTER NETWORKS SOFTWARE FOR COMPUTER NETWORKS NETWORK ARCHITECTURE IEEE 802 WIRELESS LANS AND PANS FUNDAMENTALS OF WLAN IEEE 802.11 BLUETOOTH WANS AND WIRELESS MANS CELLULAR CONCEPT CELLULAR ARCHITECTURE PROTOCOL STACK GENERATIONS OF CELLULAR NETWORKS CONNECTING THE LAST MILE IEEE 802.16 INTEROPERABILITY WIRELESS INTERNET WIRELESS INTERNET MOBILE IP TCP IN WIRELESS DOMAINS WIRELESS AD HOC NETWORKS CELLULAR NETWORKS AND AD HOC WIRELESS NETWORKS APPLICATIONS OF WIRELESS AD HOC NETWORKS PROBLEMS OF WIRELESS AD HOC NETWORKS WIRELESS AD HOC NETWORKS AND THE INTERNET MAC PROTOCOLS FOR WIRELESS AD HOC NETWORKS PROBLEMS IN THE DESIGN OF MAC PROTOCOLS FOR WIRELESS AD HOC NETWORKS DESIGN GOALS OF MAC PROTOCOLS FOR WIRELESS AD HOC NETWORKS CLASSIFICATION OF MAC PROTOCOLS CONTENTION-BASED PROTOCOLS CONTENTION-BASED PROTOCOLS WITH RESERVATION CONTENTION-BASED PROTOCOLS WITH SCHEDULING PROTOCOLS USING DIRECTIONAL ANTENNAS OTHER MAC PROTOCOLS ROUTING PROTOCOLS FOR WIRELESS AD HOC NETWORKS PROBLEMS IN THE DESIGN OF ROUTING PROTOCOLS FOR WIRELESS AD HOC NETWORKS CLASSIFICATION OF ROUTING PROTOCOLS PROACTIVE PROTOCOLS REACTIVE PROTOCOLS HYBRID PROTOCOLS PROTOCOLS WITH EFFICIENT FLOODING HIERARCHICAL ROUTING PROTOCOLS POWER-AWARE ROUTING PROTOCOLS TRANSPORT LAYER PROBLEMS IN THE DESIGN OF TRANSPORT PROTOCOLS FOR WIRELESS AD HOC NETWORKS OBJECTIVES IN THE DESIGN OF TRANSPORT PROTOCOLS FOR WIRELESS AD HOC NETWORKS SOLUTION CCASSIFICATION TCP OVER AD HOC NETWORKS OTHER TRANSPORT PROTOCOLS FOR AD HOC NETWORKS AUTO-CONFIGURATION OF IP ADDRESSES IN AN AD HOC NETWORK TRADITIONAL APPROACHES, MANET SCENARIOS, REQUIREMENTS AND AUTOCONFIGURATION ALGORITHM CLASSIFICATION STATEFUL APPROACHES STATELESS APPROACHES HYBRID APPROACHES INTERNET CONNECTIVITY WITH AD HOC NETWORKS MANET-INTERNET CONNECTIVITY INTERNET GATEWAY SEARCH GLOBAL CONNECTIVITY WITH INTERNET THE PRACTICAL PART COVERS THE FOLLOWING TOPICS: • THE WORLD WIDE WEB STRUCTURE SYNTACTIC COMPONENTS SOFTWARE COMPONENTS THE HTTP PROTOCOL • BENCHMARKING PROCESS DEFINITION ANALYSIS OF WEB SYSTEMS IN TERMS OF PERFORMANCE WEB SYSTEMS PERFORMANCE COMPARISON • INTERMEDIARIES • WEB SERVER • WEB CLIENT (BROWSER, WEB APPLICATION) • PRIVACY ON THE WEB ISSUES ANALYSIS OF HTTP TRAFFIC SOLUTIONS |
| Teaching Methods | |
|---|---|
| THE COMPUTER NETWORKS II COURSE IS MADE UP BY A THEORETICAL PART, THAT IS TAUGHT WITH HEAD-ON LECTURES, DEALING WITH THE PRINCIPLES OF WIRELESS NETWORK OPERATIONS, , AND A PRACTICAL PART, THAT IS TAUGHT IN LABORATORY, DEALING WITH THE DEVELOPMENT BENCHKARKING PROCESSES AND PRIVACY ANALYSIS. |
| Verification of learning | |
|---|---|
| SIX EXAM SESSIONS DURING THE WHOLE ACADEMIC YEAR, IN ADDITION TO A SPECIAL ONE RESERVED TO STUDENTS WHO LACK A FEW EXAMS FOR THEIR DEGREE. EACH SESSION IS PROVIDED WITH A WRITTEN TEST, A PRACTICAL TEST AND AN ORAL TEST. THE RESULTING MARK IS CALCULATED USING A WEIGHTED AVERAGE OF THE THREE TEST MARKS |
| Texts | |
|---|---|
| THEORETICAL PART C. SIVA RAM MURTHY AND B.S. MANOJ, AD HOC WIRELESS NETWORKS – ARCHITECTURE AND PROTOCOLS, PRENTICE HALL PRACTICAL PART B. KRISHNAMURTHY, J. REXFORD. "WEB PROTOCOLS AND PRACTICE", ADDISON-WESLEY |
| More Information | |
|---|---|
| HTTP://ELEARNING.INFORMATICA.UNISA.IT/EL-PLATFORM/LOGIN/INDEX.PHP |
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