Found 11 courses
SUBJECT

COURSE LEVEL

INSTITUTION

COURSE TYPE
natural sciences subject

Programming II

Iraklis Varlamis - Undergraduate - (A+)
Informatics and Telematics, Harokopio University of Athens

It provides an introduction to object-oriented programming (object oriented programming) using the Java programming language. Its purpose is to teach the basic concepts and techniques that constitute the model of object-oriented programming.

natural sciences subject

Meteorology-Climatology

Petros Katsafados - Undergraduate - (A+)
Geography, Harokopio University of Athens

The course of Meteorology-Climatology is an introductory course in the fields of atmospheric sciences and applied climatology. At the end of the course the student is expected to understand and analyze the basic atmospheric processes and the spatial and temporal variability. The internship provides students with basic knowledge on weather forecasting methods and climate while at the workshop the student is exercised in managing climate data and large-scale statistical analysis.

natural sciences subject

Climate Change

Petros Katsafados - Undergraduate - (A+)
Geography, Harokopio University of Athens

The course of Climate Change is an introductory course in the fields of climate variability, greenhouse effect and large-scale atmospheric phenomena. At the end of the course the student is expected to be able to understand the natural and anthropogenic impacts on the global climate and analyse the scenarios and their dynamical feedbacks. The practical session of the course provides fundamental knowledge on data analysis software while the laboratory work is essential for the learner in order to demonstrate its skills on climate data processing and various scenarios assessment.

natural sciences subject

Signals and Systems

Christos Michalakelis - Undergraduate - (A+)
Informatics and Telematics, Harokopio University of Athens

This lesson introduces the principles of analyzing and studying signals and systems, providing the knowledge for the design of systems (voice and picture processing, telecommunication systems, automation systems, robotics, etc) and providing the means for the understanding contemporary complex systems and their modelling. The main properties of signals and systems are introduced in the context of the lesson, giving emphasis to the linear time invariant systems, together with Fourier, Laplace and Z transformations.

natural sciences subject

DATABASES

Iraklis Varlamis - Undergraduate - (A+)
Informatics and Telematics, Harokopio University of Athens

The course Databases examines the fundamentals of modern database management systems (DBMS) and also aims to the practical familiarization of students on real database environments.

other discipline image

Systems Analysis and Software Engineering

Mara Nikolaidou - Undergraduate - (A+)
Informatics and Telematics, Harokopio University of Athens

Software Development Models (Model Waterfall, Spiral, Rational unified Process etc.). Software Requirements (User and System). Functional and Non Functional Requirements. Discovery receivables (Interviews, Scripts, Optical, Usefull Cases). Software and Systems Design. Behavioral Models (Data Flow Models, Models Statements Machine). Object Models, Structured Methods. Critical for safe operation systems. Architecture Design. Software Implementation. Structured architecture. Automated code generation. Maintenance applications. Tools CASE. Project Planning (Planning and Scheduling Project). Bar charts and Activities Networks. Integrated software engineering methodologies. The language UML. RUP and corresponding tools. Critical Systems - Critical Systems Specification (Solvency and Reliability).

natural sciences subject

Programming IΙ

Konstantinos Tserpes - Undergraduate - (A+)
Informatics and Telematics, Harokopio University of Athens

This course introduces the students in the the basic programming principles. Using the C language it explains concepts such as the compilation stages, the memory and filesystem management, as well as the implementation of algorithms and data structures in order to model complex problems. The course is split in two pieces: theory and lab (hands on). Apart from the exams, the students are called to submit assignments.

natural sciences subject

Optical Communications

Thomas Kamalakis - Undergraduate - (A+)
Informatics and Telematics, Harokopio University of Athens

Historical Evolution of Optical Communications. The optical fiber as a transmission medium. Fiber types. Linear and nonlinear phenomena in optical fibers. Technologies optical transmitters (LASER / LED), optical amplifiers (EDFA / SOA / Raman), optical filters (type Bragg, AWG, films, etc.), photoreceptors (PIN / Avalanche). Technical compensate dispersion and nonlinearity. Optical link design. Purely Optical Integrated Circuits. Wavelength division multiplexing (WDM) and forming shapes. Routing and multiple access in WDM networks. Optical multiplexing CDMA. Metropolitan optical and optical access networks. Wireless Optical Networks indoor and outdoor. Optical Communications shipping and purely visual arteries (optical buses).

natural sciences subject

Telecommunications

Christos Michalakelis - Undergraduate - (A+)
Informatics and Telematics, Harokopio University of Athens

History . Model Telecommunication Systems. Information Transmission Techniques. Bandwidth & range. Analog and Digital Modulation. Digital Transmission. Means of Information Transmission. Wired and Wireless Transmission. Noise. Introduction to Telecommunication Networks. Network Design & Architecture stratified. Circuit Switching and Packet Switching. Multiplexing. General Network Management Authorities. Examples Network (Telephone Networks, Mobile Networks, Satellite Networks).

natural sciences subject

Global Environmental Problems

Konstantinos Abeliotis - Undergraduate - (A+)
Home Economics and Ecology, Harokopio University of Athens

The course aims to contribute to the development of knowledge and changing attitudes and behavior of students on global environmental problems.