PERSPECTIVE ARCHITECTURE AND COMPONENTS OF COMPUTER NETWORKS

Yaroslav Yaroslav Nykolaychuk,Nazar Krutskevych,Taras Grinchyshyn,Oleg Zastavniy

doi:10.47839/ijc.2.2.217

Abstract

This article is about using perspective architecture and components of computer networks will permit to increase productivity and reliability of the specialized computer networks not at the expense of escalating elements of system.

Highlights

Compared with fast development as well as mass introduction of standard local computer networks and regional computer networks, specialized computer systems (SCS), problemoriented and low-level computer networks are becoming very important
The development of networks determines the directions of study of objects of management as a source of the information, which are a subject of selection, transmitting, processing and storage in databases
The basic element of star-main architecture is memory of multiple access, which consists of the basic functional nodes: the decoder and switchboard of inputs; the switchboard of outputs; the circuits of management of recording / reading; the circuits of synchronization; "mail boxes" of random access memory (RAM) and read only memory (ROM) [2]

Summary

INTRODUCTION

Compared with fast development as well as mass introduction of standard local computer networks and regional computer networks, specialized computer systems (SCS), problemoriented and low-level computer networks are becoming very important. The essential factor of their efficiency is a choice of architecture and components of computer networks especially on a basis of high parallel architectures. The development of networks determines the directions of study of objects of management as a source of the information, which are a subject of selection, transmitting, processing and storage in databases. For identification of statuses of structural elements of the computer networks and creation of characteristics of control, the important element is research of models of such objects

STAR-MAIN ARCHITECTURE OF NETWORKS

MEMORY OF MULTIPLE ACCESSES

AUTONOMOUS SENSOR CONTROLS

OPEN OPTICAL CHANNELS OF COMMUNICATION

CONCLUSION