SYSTEM DESIGN AND PROCESS FOR DATA TRANSMISSION THROUGH MULTIPLEX TRANSMITTER CHANNEL, MODULES AND APPLICATION

Idrizi, Irfan (2019) SYSTEM DESIGN AND PROCESS FOR DATA TRANSMISSION THROUGH MULTIPLEX TRANSMITTER CHANNEL, MODULES AND APPLICATION. JAS - SUT Journal of Applied Sciences-SUT, 5 (9-10). pp. 86-93. ISSN 2671-3047

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Abstract

There is often a need to realize the design of a system that will be stable in data transmission. However, the process of modeling and structuring such a system is a process that initially requires data collection. Then, there is a need to recognize the working environment, as well as to know the problems that may appear in the broadcast. In this paper, there are provided and presented some appropriate models for data transmission based on the type of data (textual data, audio, video, etc.) in accordance with their frequency. In order to realize this system, initially several initial processes, calculations for possible obstacles, calculating the signal-noise ratio (S/N) are realized. The signal-noise ratio is explored based on some probabilistic calculations and so on. Then, in the work, the design of the system is conducted. To design this system, some advanced techniques are provided, which provide the possibility of managing and interconnecting the elements between themselves, through a multiplex system, and so on. All these processes are carried out on the basis of calculated, verified and validated values, to be adequate in the process of data transmission through a single channel, according to a certain bandwidth. Here is a characteristic is, that during this process can also be determined the data packing, the capacity of the transmitter channel; the speed of data transmission, etc. Designing this system is the ultimate stage of the completion of this project. Designing the multiplex system requires elements and other devices that have the task to create the respective module. Also, an integral part of this interconnection and data transmitter system are clock generators; to create relevant frequencies for all elements of the system, from particular elements but integrated into the general system. N

Item Type:	Article
Subjects:	T Technology > T Technology (General)
Divisions:	Faculty of Engineering, Science and Mathematics > School of Engineering Sciences
Depositing User:	Unnamed user with email zshi@unite.edu.mk
Date Deposited:	16 Mar 2020 12:50
Last Modified:	16 Mar 2020 12:50
URI:	http://eprints.unite.edu.mk/id/eprint/507

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