Course holder: prof. dr. eng. Adrian PĂUNTLaboratory holder: Prof. dr. eng. Adrian PĂUN The course provides advanced knowledge about architectures and protocols used in access and data transport networks. The course content focuses on the main transport technologies in today's networks MPLS, SDH, ATM but also on fixed (DOCSIS, xPON) or mobile (UMTS, LTE, WiMax, WiFi) access networks. MAN, [...]
Course holder: prof. dr. eng. Eduard POPOVICITaboratory holder: Prof. dr. eng. Eduard POPOVICI The subject is an introduction to the concepts, principles and methods of telecommunication software systems development (requirements specification and analysis, architectural and detail design, implementation, testing, integration), using different design and implementation languages and tools. The applications consist of the development and documentation of a software project using [...]
Course holder: prof. dr. eng. Eugen BORCOCILaboratory holder: Prof. dr. eng. Eugen BORCOCI The course is complementary to the courses oriented to networks and services. It addresses the important practical area of management and technical control of networks and services in complex telecommunication systems. It presents concepts and methods for the management of circuit switched networks (telecom) followed by the training in [...]
Course holder: prof. dr. eng. Roxana ZOICANTaboratory holder: Prof. dr. eng. Roxana ZOICAN The aim of the course is to create students' ability to design, develop and optimize sensor networks by studying and analyzing the following concepts: wireless sensor network platforms; communication architecture and protocols for RWS (MAC, Link, routing); energy management; sensor data acquisition and processing; sensor data processing; sensor [...]
Course holder: prof. dr. eng. Laurențiu BOICESCUTaboratory holder: Prof. dr. eng. Laurențiu BOICESCU The course provides basic knowledge on information and communication network security management, main vulnerabilities, attacks and protection mechanisms, as well as the ability to analyze the security level of a network and to design protection systems for information, computing systems and [...]
Course holder: prof. dr. eng. Lucian IOANTaboratory holder: Prof. dr. eng. Lucian IOAN The objective of the discipline is to estimate the performance indicators (efficiency, delays, losses, blockages, availability, accuracy, intelligibility, etc.) that characterize both the systems/applications already in operation and those that are expected to be used in the future. The techniques concerned are: analytical modelling and simulation, both of which are verified [...].
Course holder: prof. dr. eng. Dan GALAȚCHITaboratory holder: Prof. dr. eng. Dan GALAȚCHI The course aims to familiarize with SQL, MySQL, PLSQL, PHP. The principles governing the creation of databases are presented. The examples presented in the course will lead to familiarization with the ORACLE environment. The capabilities for database design will be developed.As an applied part, the [...]
Course holder: prof. dr. eng. Mihai STANCIUTlaboratory holder: Prof. dr. eng. Mihai STANCIU The ASI discipline presents the main application-level protocols over the TCP/IP stack used in the Internet, from the basic ones (DNS, FTP, SSH, HTTP+CGI etc.) to the more advanced ones - Bitcoin/Blockchain, VoIP, Peer-to-Peer networks. The lab is done partly in Python, partly on virtual machines. There are a number of [...]
Course holder: prof. dr. eng. Eugen BORCOCILaboratory holder: Prof. dr. eng. Sorin ZOICAN The course Real Time and Distributed Systems studies how to realize real-time systems with applications in integrated communication systems and networks. It starts from their definition and continues with the presentation of basic concepts for real-time processes, formal description and [...]
Course holder: prof. dr. eng. Lucian IOANTaboratory holder: Prof. dr. eng. Lucian IOAN The course aims to familiarize students with the main aspects of the communication network planning process. The focus is mainly on the analysis of practical methods, accompanied by examples, on service and traffic characterization and forecasting, topological design, optimization and disturbance tolerance. These techniques are applied whenever [...]