Muzzle velocity measurement radar

Atlantic Association for Research in the Mathematical Science (AARMS), Vol. 11, No. 2 (2012), 155–186.The abundance of information provided by the Internet is characteristic nowadays but knowledge transfer in high-tech issues/subjects is generally limited and only concentrating on users/utilization. The researcher/producer companies are not interested in deep knowledge sharing of equipment and thereby jeopardizing the revenue and profits from production. Thus, the author does not rely on various technical descriptions of these types of radars (unclassified description that could be used as significant reference is not available). The present article, however, conveys concrete information about the constructed radar along with a theoretical survey which allows a system introduction and some know-how transfer. (The know-how relating to FPGA’s circuit can not be included in this brief article because of its complexity.) The field of radar/DSP communication is widely known and used by several academic publications. Several successfully used handbooks are mentioned in the reference list, which indirectly contribute to theoretical knowledge and radar development. The most generally used principles, e.g. radar receivers/transmitters, can be found in all the handbooks, therefore choosing one of them as a reference for this article would be arbitrary and unnecessary.