What does AN/UMQ-12 mean in MILITARY
The AN/UMQ-12, or the Mini-Rawin System, is a system developed by the U.S. Department of Defense for tracking surface receivers. It is designed to provide reliable signal spread over large areas and detect target locations without visual contact between the observer and receiver. Additionally, it can be used to measure wind velocities up to 45 nautical miles away using data from multiple receivers in an automated manner. The system is composed of two parts: the ground station and the receiver. The ground station serves as the control center of operations while the receivers are placed in various remote sites across a geographic area and is used to collect measurement data from moving targets or objects.
AN/UMQ-12 meaning in Military in Governmental
AN/UMQ-12 mostly used in an acronym Military in Category Governmental that means Mini-Rawin System
Shorthand: AN/UMQ-12,
Full Form: Mini-Rawin System
For more information of "Mini-Rawin System", see the section below.
» Governmental » Military
Explanation
AN/UMQ-12 stands for the Mini-Rawin System which was developed by the U.S. Department of Defense for tracking surface receivers at short ranges (less than 45 nautical miles). It operates on two components - a ground station and one or more remote receivers - that communicate via flexible cabling solutions such as coaxial cable or lightwave links in order to maximize operational efficiency while minimizing cost. The ground station acts as a central controller that can process multiple inputs from different receivers simultaneously, allowing operators to quickly identify objects within its field of view, including potential threats or activities that may require actionable information to be provided for further analysis. Utilizing advanced algorithms, it verifies target positions through cross referencing of signals with previously collected data within its database – allowing it to accurately determine target location without visual contact between observer and receiver systems; providing precise identification capabilities even during challenging weather conditions such as strong winds or cloud cover that could potentially disrupt normal operations if not properly monitored.
Essential Questions and Answers on Mini-Rawin System in "GOVERNMENTAL»MILITARY"
What is the UMQ-12 Mini-Rawin System?
The UMQ-12 Mini-Rawin System is a high quality, high accuracy meteorological system designed for measuring wind speed and direction, temperature, pressure, relative humidity, and dew point. It is capable of providing real-time data as well as archiving data for historical reference purposes.
Is the UMQ-12 Mini-Rawin System reliable?
Yes, the UMQ-12 Mini-Rawin System is a reliable instrument with its accuracy certified to the World Meteorological Organization's (WMO) Class A standards for wind measurements.
What type of components are included in the UMQ-12 Mini-Rawin System?
The UMQ-12 Mini-Rawin System includes a three component anemometer/thermospeedometer unit featuring 45 degree tilted vane arms for optimum wind measurements; a barometric pressure module; and a radiation shield to protect it from solar radiation and other external environmental factors.
Can I access the data generated by the UMQ-12 Mini Rawin System remotely?
Yes, the system can be connected to any computer or laptop via either Ethernet or USB cables. Once connected, real time data can be monitored remotely using special software provided by the manufacturer.
Is there an option to store collected data on board memory?
Yes. The system has 512MB onboard flash memory that allows users to store more than 8 million records of data before needing to be uploaded.
Does this system require any additional equipment or accessories to operate?
No additional equipment is required although if necessary you may wish to buy optional accessories such as additional sensors or mounting brackets which are compatible with this system.
Final Words:
The AN/UMQ-12 Mini-Rawin System is an invaluable monitoring tool for government entities tasked with providing air traffic control services or conducting surveillance missions due its ability to detect targets over extended distances with minimal line-of-sight limitations and interference issues associated with traditional monitoring technologies. Its lightweight design makes it easy to set up and move around when needed while still providing advanced information collection features that allow operators to assess potential threats in varying environments quickly and efficiently; making it especially useful during emergency situations when timely decisions need to be made in addressing ongoing risks within an area of operation without delay.