RADAR MRS – Seria
Micran Radar surveillance system is based on radar. MRS seria Radars survey the area of up to 19 km2 in 2.5 seconds at any fog, snow or rain, day or night. SJoint use of optical and radar sensors can intensely reduce the time of zone scaning while increasing the probability of correct detection of the invasion. This circumstance is determined by different physical principles of operation of the optical and radar sensors. Thus, the radar is used as the primary tool for scanning area and detect potential threats and optical sensor is only used to further assess the situation.
Modern approach on the construction of security system is a regular analysis of treatments and founding of security barriers, which detect by different detection methods. Physical diversification of detection methods has the paramount importance. Disadvantages of some sensors have to be compensated by strengths in others. So selection of sensors depends on objects perimeter, model of potential threats, weather conditions, etc.
Nowadays major companies’ strategic facilities security is based on video surveillance systems.
In recent years, we see great technological advances in this area. However, the cost of construction and maintenance of such systems often exceed the economic benefits from their
use, especially in large facilities. Video analytics is still the costly myth. Automation level is not high, and as a consequence, the number of agents which monitor in real time the system is not reduced.
The system of monitoring and protection of Micran is based on radar (RLS). MRS series radars 2 survey an area of 19 km in 2.5 seconds at any fog, snow or rain, day or night. Joint use of optical and radar sensors can intensely reduce the time zone review while increasing the probability of correct detection of the invasion. This circumstance is determined by different physical principles of optical and radar sensors operation. The main reason for this is to use radar as a means of area primary scanning and identify potential threats, a resource of optical sensors is only used to further evaluate the situation.