"Effective loss functions for computer vision models vary depending on the specific task, some commonly used loss functions for different tasks:
Classification
Cross-Entropy Loss:Used for multi-class classification tasks.
Measures the difference between the predicted probability distribution and the true distribution.
Binary Cross-Entropy Loss:Used for binary classification tasks.
Evaluates the performance of a model by comparing predicted probabilities to the true binary labe"
Shibin P. - "Effective loss functions for computer vision models vary depending on the specific task, some commonly used loss functions for different tasks:
Classification
Cross-Entropy Loss:Used for multi-class classification tasks.
Measures the difference between the predicted probability distribution and the true distribution.
Binary Cross-Entropy Loss:Used for binary classification tasks.
Evaluates the performance of a model by comparing predicted probabilities to the true binary labe"See full answer
"Given the dataset does not contain many labels, it implies we cannot directly use supervised learning.
I would ask more about the type of dataset we are given. Is it images, text, etc? This may inform the types of transformations we do the dataset.
I can see two approaches to training
Given the labels we do have, we can find a method to generate labels for the other unlabeled data. This likely will introduce some error since they may not be true labels, but it at least allows processing the"
Matt M. - "Given the dataset does not contain many labels, it implies we cannot directly use supervised learning.
I would ask more about the type of dataset we are given. Is it images, text, etc? This may inform the types of transformations we do the dataset.
I can see two approaches to training
Given the labels we do have, we can find a method to generate labels for the other unlabeled data. This likely will introduce some error since they may not be true labels, but it at least allows processing the"See full answer
"function isPalindrome(s, start, end) {
while (s[start] === s[end] && end >= start) {
start++;
end--;
}
return end <= start;
}
function longestPalindromicSubstring(s) {
let longestPalindrome = '';
for (let i=0; i < s.length; i++) {
let j = s.length-1;
while (s[i] !== s[j] && i <= j) {
j--;
}
if (s[i] === s[j]) {
if (isPalindrome(s, i, j)) {
const validPalindrome = s.substring(i, j+1"
Tiago R. - "function isPalindrome(s, start, end) {
while (s[start] === s[end] && end >= start) {
start++;
end--;
}
return end <= start;
}
function longestPalindromicSubstring(s) {
let longestPalindrome = '';
for (let i=0; i < s.length; i++) {
let j = s.length-1;
while (s[i] !== s[j] && i <= j) {
j--;
}
if (s[i] === s[j]) {
if (isPalindrome(s, i, j)) {
const validPalindrome = s.substring(i, j+1"See full answer
"Make current as root.
2 while current is not null,
if p and q are less than current,
go left.
If p and q are greater than current,
go right.
else return current.
return null"
Vaibhav D. - "Make current as root.
2 while current is not null,
if p and q are less than current,
go left.
If p and q are greater than current,
go right.
else return current.
return null"See full answer