How to check after completing the Image Processing Machine Learning program.

I want to import a picture from the computer to test the program but do not know how.

%%Import Training Data
imgSets = imageSet('folder','recursive');
[imgSets.Count]     %show the corresponding count of images

%%Prepare Training Image Sets
minSetCount = min([imgSets.Count]); %determine the smallest a mount of image in a
trainingSets = partition(imgSets, minSetCount, 'randomize');
[trainingSets.Count]

%%Create a Visual Vocabulary from Training Data
bag = bagOfFeatures(trainingSets,'Vocabularysize',100,'Pointselection','Detector');

%%Display Visual Word Occurrence Histograms
% that becomes a new and reduced representation of image.
img = read(imgSets(1), randi(imgSets(1).Count));
featureVector = encode(bag, img);
figure(1)
subplot(3,2,1); imshow(img);
subplot(3,2,2);
bar(featureVector); title('Visual Word Occurrences'), xlabel('Visual Word Index'); ylabel('Frequency of occurrences');

img = read(imgSets(2), randi(imgSets(2).Count));
featureVector = encode(bag, img);
figure(1)
subplot(3,2,3); imshow(img);
subplot(3,2,4);
bar(featureVector); title('Visual Word Occurrences'), xlabel('Visual Word Index'); ylabel('Frequency of occurrences');

img = read(imgSets(3), randi(imgSets(3).Count));
featureVector = encode(bag, img);
figure(1)
subplot(3,2,5); imshow(img);
subplot(3,2,6);
bar(featureVector); title('Visual Word Occurrences'), xlabel('Visual Word Index'); ylabel('Frequency of occurrences');

%%Train a classifier to discriminate between categories
categoryClassifier = trainImageCategoryClassifier(trainingSets, bag);  % Train Category Clssifier

Evalute Classifier Performance on Training Set

confMatrix = evaluate(categoryClassifier, trainingSets);

[Image Analyst]

Please format your code

[Huynh Thanh Sang]

%%Import Training Data
imgSets = imageSet('folder','recursive');
[imgSets.Count]     %show the corresponding count of images

%%Prepare Training Image Sets
minSetCount = min([imgSets.Count]); %determine the smallest a mount of image in a
trainingSets = partition(imgSets, minSetCount, 'randomize');
[trainingSets.Count]

%%Create a Visual Vocabulary from Training Data
bag = bagOfFeatures(trainingSets,'Vocabularysize',100,'Pointselection','Detector');

%%Display Visual Word Occurrence Histograms
% that becomes a new and reduced representation of image.
img = read(imgSets(1), randi(imgSets(1).Count));
featureVector = encode(bag, img);
figure(1)
subplot(3,2,1); imshow(img);
subplot(3,2,2);
bar(featureVector); title('Visual Word Occurrences'), xlabel('Visual Word Index'); ylabel('Frequency of occurrences');

img = read(imgSets(2), randi(imgSets(2).Count));
featureVector = encode(bag, img);
figure(1)
subplot(3,2,3); imshow(img);
subplot(3,2,4);
bar(featureVector); title('Visual Word Occurrences'), xlabel('Visual Word Index'); ylabel('Frequency of occurrences');

img = read(imgSets(3), randi(imgSets(3).Count));
featureVector = encode(bag, img);
figure(1)
subplot(3,2,5); imshow(img);
subplot(3,2,6);
bar(featureVector); title('Visual Word Occurrences'), xlabel('Visual Word Index'); ylabel('Frequency of occurrences');

%%Train a classifier to discriminate between categories
categoryClassifier = trainImageCategoryClassifier(trainingSets, bag);  % Train Category Clssifier

Evalute Classifier Performance on Training Set

confMatrix = evaluate(categoryClassifier, trainingSets);

Answer 1

[Bernhard Suhm]

Your code isn't complete - it references custom functions you (or your teacher) defined somewhere else such as trainImageCategoryClassifier and evaluate. - Conceptually, you can read an image from your computer using the imread functions, or a test image set by pointing a datastore to the directory with the images. Then you'll want to apply your actually classifier's predict function to that read image of datastore.