By Sanjit Mitra
«Digital sign Processing: A Computer-Based technique» is meant for a two-semester direction on electronic sign processing for seniors or first-year graduate scholars. in accordance with consumer suggestions, a couple of new issues were further to the second one variation, whereas a few extra themes from the 1st variation were got rid of. the writer has taken nice care to arrange the chapters extra logically through reordering the sections inside chapters. extra worked-out examples have additionally been integrated. The e-book includes greater than 500 difficulties and one hundred fifty MATLAB workouts.
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Extra info for A Computer-Based Approach Digital Signal Processing
For the long-range intercontinental ballistic missile threat, the US is developing the Sea-based X-band radar to provide the mid-course solution to precision discrimination and interceptor support. Its functions include searching, acquisition, tracking and kill assessment . High-resolution techniques for ballistic missile defence are discussed in Chapter 11. 6 Technical challenges To achieve an acceptable level of target recognition performance is a challenge to the radar designer, the authority responsible for specifying and procuring the radar equipment and to some extent the operator of the radar, who is faced with new and a different type of information.
Interestingly, free space actually has an impedance , which is about 377 and is the value of the electric field divided by the magnetic field. This is not resistive in the same way as a resistor in an electrical circuit, which dissipates electrical energy in the form of heat, but is a means of facilitating the propagation of the wave. The impedance of free space is reactive and has no resistive component, so no energy is dissipated as the wave propagates. 1) Z This is analogous to Ohm’s Law for electrical circuits in which the power dissipated in a resistive component is equal to the root-mean-square voltage divided by its electrical resistance.
The radar pulses are generally synthesised in the waveform generator at a low frequency. They are then up-converted using mixers operating in the microwave frequency range to generate the signal at the required transmission frequency. The signal then is amplified in stages to the full transmitter output power. Between the transmitter and antenna is a device called a duplexer, which directs the transmitter power to the antenna, while at the same time preventing significant leakage into the receiver.
A Computer-Based Approach Digital Signal Processing by Sanjit Mitra