Micro-Doppler (MD) caused by the motion of the ballistic missile can contribute to successful recognition of the ballistic missile. Considering the real observation scenario. This paper proposes a method to derive the MD image of the ballistic missile by applying the range-Doppler algorithm (RDA) based on the real flight scenario and analyzes the factor for the real-time MD imaging. Simulation ...

Gregory Koblentz is a Junior Fellow with the Nuclear Non-Proliferation Project at the Carnegie Endowment for International Peace in Washington, D.C. The missile competition in South Asia is on the verge of a new and dangerous phase that threatens to disrupt the delicate strategic balance of the subcontinent. India and Pakistan already have stockpiles of ballistic missiles, along with the associ...

The Compact Kinetic Energy Missile (CKEM) is currently being developed as the Army’s newest hypervelocity anti-tank missile. The project has recently transitioned from the Science and Technology Objective phase to the Advanced Technology Demonstration phase. Science and technology phase flight testing required the development of a miniature telemetry system for measuring the super sonic flight ...

This paper presents a new practical autopilot design approach to acceleration control for tail-controlled skid-to-turn (STT) missiles. The approach is novel in that the proposed parametric affine missile model adopts acceleration as the controlled output and considers the couplings between the forces as well as the moments and control fin deflections. The aerodynamic coefficients in the propose...

Recent allegations that Russian firms are aiding missile programs in Iran and India have renewed fears that sensitive technology is leaking to countries of proliferation concern from the economically strapped Russian missile industry. Pessimists argue that the leakage of Russian technology could greatly reduce the time needed by potential proliferants to develop mediumand longer-range missiles ...

Abstract In order to reduce the weight of missile launch system and cost launch, a flexible airbag ejection is studied realize work on missile. The working mechanism performance are through numerical calculation. results show that related factors such as type temperature medium. study medium, it found that: smaller molar mass medium higher temperature, better system. research can provide an imp...

of THEATER MISSILE DEFENSE IN WORLD WAR II SOME OPERATIONAL ART CONSIDERATIONS The World War II V-l and V-2 attacks by Germany were the first effective use of theater missiles, and the first instance of a requirement for theater missile defense (TMD). The Allied response to German cruise (V-l) and ballistic (V-2) missile attacks incorporated all the elements of modern TMD concepts—Active Defens...

The Missile Internal Power (MIP) project has studied the problem of developing integrated power supplies of minimum weight capable of providing regulated electrical power in an isolated environment subject to severe climatic and force conditions. An initial study of alternative energy sources and components revealed the most promising system. Basic investigations of the properties and character...

The application of fuzzy logic for the development of guidance laws for homing missiles is presented. Fuzzy logic approximation of the well known proportional navigation guidance law is discussed, followed by the development of a blended guidance law using fuzzy logic. The objective of the latter guidance law is to combine desirable features of three homing guidance laws to enhance the intercep...

For more than a decade, TRW has been involved in aerospace applications of the Global Positioning System (GPS). TRW Ballistic Missiles Division first began working with GPS on a Minuteman missile test flight program in 1980. Since then, TRW has applied GPS to programs such as the Peacekeeper missile, the F-22 fighter aircraft, the Orbital Maneuvering Vehicle, Brilliant Pebbles, and classified s...