Primjeri korištenja Course description na Engleski i njihovi prijevodi na Hrvatskom
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Colloquial
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Ecclesiastic
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Computer
Course description: Hearing.
I guess what happened was I read the, uh, course description incorrectly and, like, misread it.
Course description: Solar system.
Yeah, I have to take this course, andI can't even figure out what the course description means.
Course description: Introduction to measurement.
Course description: Energy in the world and Croatia.
Course description: Interaction of radiation with matter.
Course description: Physical properties of real liquids.
Course description: Telecommunication market and services.
Course description: Parameters of the radiocommunication system.
Course description: Physical characteristics and domain of ultrasound.
The course descriptions for Spring 2009 can be found on the departments web pages.
Course description: Geodetic works in interdisciplinarz geodynamic projects.
Course description: 9km from transition area to Nin, 4 laps of 18km, 9km from Nin to transition area.
Course description: Main problems of graph theory, both for graphs and digraphs, are presented and their theoretical and algorithmic solutions given.
Course description: The goal of the subject is to qualify the students for use of modern radio-broadcasting systems and for working in radio stations.
Course description: Virtual environments are objects and spaces created as models on a computer and brought to life using 3D computer graphics.
Course description: Pattern recognition is the scientific discipline whose goal is the classification of objects into a number of categories or classes.
Course description: The goal of the subject is to familiarize the students with the influence the sound has on the environment and on people who live and work in the vicinity of sound sources.
Course description: Experimental study of behavior of different types of electrical machines, power converters and electrical drives in the characteristic operating conditions.
Course description: Processing of speech and music is important for rational and optimal use of capacity of transfer communication systems taking into account the quality of sound.
Course description: Design of electromagnetic systems? differences between theoretically predicted behavior and actual behavior caused by non ideal properties of the components.
Course description: Concurrency and parallelism of processes in a network: simultaneous of calls and services, internal parallelism of call and services processes, concurrency in control flows.
Course description: The purpose of this course is to give the students the practical knowledge about radio-frequency systems, their essential components and antennas used in these systems.
Course description: Notions, techniques and algorithms of discrete mathematics are studied, with special interest on parts of it involving algebra: number theory, algebraic structures and cryptography.
Course description: Indicators of vehicle quality from the aspect of maintenance and integral logistic support: reliability, availability, efficiency, functional adequacy, maintainability, and safety.
Course description: Importance of ecology and environment protection, classification of ecosystems, basic ecosystems, feeding chains, matter cycle in nature, C, H2O, N2, P, S; Global and local contamination effects.
Course description: Mathematically based specification, development and verification procedures of hardware and software systems, aspiring to enhance the quality of final product and at the same time cut down time-to-market period.
Course description: The course introduces the formal models of finite automata and formal grammars used for description, definition, software and hardware implementation, as well as verification of correctness of execution of different computer and communication processes, protocols, and systems.
Course description: Depending on the choice of theoretical courses the student will gain practical knowledge and hands-on experience in two out of six areas: formal methods in system design, communication signal processing, pattern recognition, estimation theory, videocommunication technologies, and multimedia communications.