I am a senior computer engineering student from the Philippines, and One of my module of my project is an IMAGE PROCESSING waste segregation where it segregates
trashes by "biodegradable" or "non-biodegradable". I hope that you could help me guys.
I am a senior computer engineering student from the Philippines, and One of my module of my project is an IMAGE PROCESSING waste segregation where it segregates
trashes by "biodegradable" or "non-biodegradable". I hope that you could help me guys.
To get to a good decision, you need to define your environment and the capabilities you need plus some timing goals.
Issues such as time to respond, color, B&W, or spectral images. Resolution, spectral purity, and a host of other potential issues.
You also need to establish lighting requirements and sensor sensitivity.
As I have stated before, these kinds of questions are really impossible to answer without the background data.
To do a component selection you need to:
A. Define you requirements
B. Identify key separation parameters.
C. Identify you candidates.
D. Evaluate each candidate against your requirements.
E. Select the least expensive solution that meets your requirements.
Never, ever, just compare candidates against each other. You can get what you think is the best, only to find out that it does not work in your environment.
DAB
To get to a good decision, you need to define your environment and the capabilities you need plus some timing goals.
Issues such as time to respond, color, B&W, or spectral images. Resolution, spectral purity, and a host of other potential issues.
You also need to establish lighting requirements and sensor sensitivity.
As I have stated before, these kinds of questions are really impossible to answer without the background data.
To do a component selection you need to:
A. Define you requirements
B. Identify key separation parameters.
C. Identify you candidates.
D. Evaluate each candidate against your requirements.
E. Select the least expensive solution that meets your requirements.
Never, ever, just compare candidates against each other. You can get what you think is the best, only to find out that it does not work in your environment.
DAB