Distributed architecture for scalable observation and surveillance

U različitim sustavima, bez obzira na njihovu svrhu, često je potrebno realizirati kontinuirani nadzor i motrenje prostorno distribuiranog područja obuhvaćenog sustavom senzora. Porastom broja i vrste senzora, rastu i zahtjevi na temeljnu infrastrukturu koje nije lako proširivati za vrijeme rada sustava. U ovom je radu predložena arhitektura za prostorni nadzor i motrenje temeljena na virtualnim poslužiteljima koja pojednostavljuje skalabilnost. Dodatno je postignuta dostupnost resursa i tolerancija grešaka. Arhitektura je primijenjena na inteligentnom sustavu za videonadzor i motrenje šumskih požara te je dana usporedba monolitne i distribuirane arhitekture.In different systems, no matter what their purpose is, it’s often needed to manage continuous surveillance and observation over space distributed area covered by the sensor system. With increased number and class of sensors, requirements for basic infrastructure are also increased, which are not easy to expand during operation. In this paper, an architecture based on virtual servers for space surveillance and observation is proposed, which simplifies scalability. Additionally, the availability of resources and error tolerance is accomplished. Architecture is applied on the intelligent system of forest fire video surveillance and observation with comparison of monolithic and distributed architecture