Independent Research Project Need Help

[nothingclever]

I am in a senior level scientific measurements using digital interfacing class, which is basically like a smash-up of digital circuits lab, intro to DAQ and DAC/ADC, and senior project. Now, part of this class, only 10%, is a independent "research" project. I put this in quotes because we only have half a semester to do this project.

I don't know if anyone else has had any project like this, but I am having a really hard time finding a medium between too hard and too easy. I don't want this class to eat up all my time, but I want to do something interesting and challenging.

The project needs to be a physical circuit that implements a theory or idea and is somewhat digital.

My interests are:

Bandpass Filters and Applications
Random Signals
Kalman Filters
DSP

Can anyone help me to come up with a good idea of what to do please.

 

[misgfool]

My interests are:

Bandpass Filters and Applications
Random Signals
Kalman Filters
DSP

Can anyone help me to come up with a good idea of what to do please.

How about simulating the operation of a pulse-doppler radar and using those interests of yours to get results? Or is that too complicated/specific?

 

[oswaler]

Hi there,

First of all, it's great to see that you are taking on this independent research project in your senior level scientific measurements class. It can be challenging to find a balance between a project that is too easy and one that is too difficult, but it's important to remember that this project is meant to challenge you and help you grow as a scientist.

Based on your interests, there are a few potential ideas that come to mind for your project. One option could be to design and build a bandpass filter circuit that incorporates random signals and utilizes a Kalman filter for signal processing. This would allow you to explore the theory and applications of bandpass filters while also incorporating elements of random signals and DSP.

Another idea could be to create a circuit that implements a Kalman filter for noise reduction in a digital system. This would involve designing and testing the circuit to see how well it performs in reducing noise in a digital signal.

Alternatively, you could also consider designing a circuit that utilizes a DSP algorithm for real-time audio processing, such as implementing a digital equalizer or a digital reverb effect. This would allow you to explore the theory and applications of DSP while also creating a physical circuit that demonstrates the capabilities of digital interfacing.

Ultimately, the key to a successful independent research project is to choose a topic that you are genuinely interested in and that challenges you to learn and apply new concepts. I would suggest discussing your ideas with your instructor or classmates to get their feedback and potentially brainstorm together. Good luck with your project!