You have samplers that can only sample at a rate of 10 Hz. A signal is...

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You have samplers that can only sample at a rate of 10 Hz. A signal is received and sampled using one of these samplers. However, the target signal exists at a point that exists at the time 0.54s Clearly, a signal sampled using a sampler with sampling frequency 10 Hz cannot detect the target signal that exists at the hundredth place. 1. You have to design a signal with an impulse at the time. 2. Next, design a system using the available samplers that can detect the target. (Remember that the system should be able to detect any target signal in the hundredth place, not just your target signal). (Hint: You should use delays and an adder to complete the design.) 3. Plot the continuous-time signal, the original discrete-time signal (sampled at 10 Hz), and the final discrete-time signal (resampled at 100 Hz). You have samplers that can only sample at a rate of 10 Hz. A signal is received and sampled using one of these samplers. However, the target signal exists at a point that exists at the time 0.54s Clearly, a signal sampled using a sampler with sampling frequency 10 Hz cannot detect the target signal that exists at the hundredth place. 1. You have to design a signal with an impulse at the time. 2. Next, design a system using the available samplers that can detect the target. (Remember that the system should be able to detect any target signal in the hundredth place, not just your target signal). (Hint: You should use delays and an adder to complete the design.) 3. Plot the continuous-time signal, the original discrete-time signal (sampled at 10 Hz), and the final discrete-time signal (resampled at 100 Hz).

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