Skip to main content

Privacy Policy

At Algo Push (accessible from https://algopush.blogspot.com/), we prioritize the privacy of our visitors. This Privacy Policy document outlines the types of personal data that we collect, how we use that data, and the steps we take to protect your privacy while you visit our site.

If you have any questions or need more information about our privacy practices, please don't hesitate to contact us via email at engineerdelhi2022@gmail.com.


Information We Collect

We collect a range of information to enhance your experience while using our site. This information helps us analyze trends, administer the website, track users' movements, and improve our services. Below are the key types of data we collect:

Log Files

Like most websites, AlgoPush uses log files to record visitors when they access our site. These log files typically include:

  • Browser Type
  • Internet Service Provider (ISP)
  • Date and Time of Visits
  • Referring/Exit Pages
  • Number of Clicks

This data is not linked to any personally identifiable information. We use log file data to analyze trends, track user movements, and gather demographic information to help us improve the site.

Cookies and Web Beacons

We use cookies, which are small files stored on your device, to improve your browsing experience. Cookies allow us to store your preferences and track which pages you've visited, enabling us to customize our content to better suit your interests.

You can opt to disable cookies through your browser settings. However, please note that disabling cookies may affect your experience on our site.

Google DoubleClick DART Cookie

As a third-party vendor, Google uses DART cookies to serve ads to visitors based on their visit to our website and other websites on the internet. You may opt out of DART cookies by visiting Google's ad and content network privacy policy at:
https://policies.google.com/technologies/ads


Third-Party Advertisers

We may display third-party advertisements on our website. These advertisers may use cookies, JavaScript, or web beacons to collect data about your interactions with their ads and optimize their ad campaigns. AlgoPush does not have control over or access to the cookies placed by third-party advertisers.

For more information on how third-party ad networks collect and use your data, you should review their respective privacy policies.


Third-Party Privacy Policies

Our Privacy Policy applies solely to AlgoPush and does not extend to third-party websites or advertisers. We encourage you to review the privacy policies of these third-party websites or ad networks to better understand their data collection practices. To opt out of certain advertising options, you may visit their websites for further instructions.

You can manage cookie preferences in your browser settings. For detailed guidance on how to manage cookies for specific web browsers, visit the browser's official website.


Children's Privacy

Protecting the privacy of children is a priority for us. AlgoPush does not knowingly collect personal data from children under the age of 13. If you believe that your child has provided us with personal information, please contact us immediately. We will make every effort to remove such data from our records as soon as possible.


Online Privacy Policy Only

This privacy policy is applicable only to information collected online through AlgoPush. It does not apply to information collected offline or through any other channels.


Your Consent

By using our website, you consent to our Privacy Policy and agree to its terms and conditions. If you disagree with any part of this policy, we recommend that you refrain from using our website.


Contact Us

If you have any questions or concerns about our Privacy Policy, feel free to reach out to us:

Popular posts from this blog

Maximum Difference Between Even and Odd Frequency | LeetCode

We are given a string consisting of lowercase English letters. Our task is to find the maximum difference between the frequency of two characters in the string such that: One of the characters has an even frequency . The other character has an odd frequency . The difference is calculated as:  odd_frequency - even_frequency We need to return the maximum possible difference between the odd and even frequencies. Example Walkthrough Let's take a couple of examples to better understand the problem: Example 1: Input:  s = "aaaaabbc" Frequencies: 'a' → 5 (odd) 'b' → 2 (even) 'c' → 1 (odd) Here, the maximum odd frequency is 5 (for 'a') and the maximum even frequency is 2 (for 'b'). Therefore, the result is: maxOdd - maxEven = 5 - 2 = 3 Example 2: Input:  s = "abcabcab" Frequencies: 'a' → 3 (odd) 'b' → 2 (even) 'c' → 2 (even) The maximum odd frequency is 3 (for 'a') and the maximum even fr...

Maximize Amount After Two Days of Conversions | Leetcode Question

When tackling the problem of maximizing the amount of currency after two days of conversions, we encounter an interesting graph-based problem that involves working with exchange rates between various currencies. In this article, we will explore this problem in detail, starting with the brute force approach and refining it to an optimized solution. Problem Explanation You are given a string initialCurrency (the starting currency), along with four arrays: pairs1 and rates1 : Represent exchange rates between currency pairs on Day 1. pairs2 and rates2 : Represent exchange rates between currency pairs on Day 2. The task is to maximize the amount of initialCurrency you can have after performing any number of conversions on both days. You can make conversions using Day 1 rates and then further conversions using Day 2 rates. Key Insights: Conversion rates are valid (no contradictions). Each currency can be converted back to its counterpart at a reciprocal rate (e.g., if USD -> EUR = 2....

Final Prices With a Special Discount in a Shop – LeetCode Solution Explained

When tackling coding problems, it's important to understand the problem thoroughly and work through solutions step-by-step. In this blog, we will explore the LeetCode problem "1475 Final Prices With a Special Discount in a Shop" . We'll walk through the problem statement, approach it with a beginner-friendly brute force solution, and analyze its time and space complexity. Finally, we'll discuss any possible optimizations to improve efficiency. Problem Statement You are given an integer array prices where prices[i] represents the price of the i th item in a shop. There is a special discount rule: If you buy the i th item, you receive a discount equal to prices[j] , where j is the smallest index such that j > i and prices[j] <= prices[i] . If no such j exists, you get no discount for that item. Your task is to return a new array answer , where answer[i] is the final price you pay for the i th item after applying the discount. Examples Example 1: Input: p...