YASH VERMA’s Post

DAY-107🎯 Problem Statement: Integer to Roman Conversion Are you ready for a challenge? Today's task involves converting integers to Roman numerals using seven different symbols with specific values. From I (1) to M (1000), the rules are clear: append symbols from highest to lowest value and apply specific rules for numbers starting with 4 or 9. Here's a quick example to get you started: Input: num = 3749 Output: "MMMDCCXLIX" Ready to test your skills in Roman numeral conversion? Give it a try and share your results below! Let's conquer this challenge together! #RomanNumerals #CodingChallenge #ProblemSolving Samrat Bhardwaj

Ram Ram Bhai Saron! Today, on the 20th day of my 75-day DSA challenge, I successfully tackled the following problems: - Integer to Roman Conversion: Delved into converting integers to Roman numerals, leveraging concepts of iteration and conditional statements to crack this classic algorithmic problem. 🏛️🔢 - ZigZag Conversion: Explored the art of converting strings in a zigzag pattern, employing string manipulation techniques and pattern observation to efficiently solve this intriguing problem. 🔄🧵 Stepping up my DSA game one problem at a time, finding innovative solutions while enhancing my problem-solving skills. 💡💪 #DSChallenge #ProblemSolving #Algorithms #CodingPassion #NeverStopLearning #75dayschallenge

"Day 4 of the #100DaysOfCode challenge: Successfully decoded Roman numerals into integers! 🏛️➡️🔢 Each day brings a new skill, inching closer to mastery. Onwards and upwards! #RomanToInt #CodingJourney #CodeNewbie"

🎉 Day 8 of the #LeetCodeChallenge conquered with a victory over problem "13. Roman to Integer" (Easy)! 💻 Implemented an efficient algorithm mapping Roman numerals to integers, decoding ancient symbols into modern values! 🧠 Dive into the problem here: https://lnkd.in/gnxTxR4J Onward and upward! 💪 #CodeJourney #Day8 #DSA #LeetCode

🚀Day 56 of #100daysofCode 🚀 1️⃣ Roman Number to Integer: Employed a systematic approach by creating a separate function with a switch case to compute the numerical value of each Roman numeral. This modular solution not only provided clarity but also showcased the power of abstraction in handling complex problems. #NumeralTransformation #CodingChallenges #AlgorithmicExploration

#Day21 #90daysofJavaChallenge Today, I learned about Object Oriented Features like Class, Object, Encapsulation, Abstraction, Inheritance, Polymorphism and Message passing .

Anthropic just launched Claude 3.5 Sonnet! Highlights: 2x faster, 1/5th the cost of Opus. Beats Opus and GPT-4o in reasoning, code, math, and knowledge. New ‘Artifacts’ feature for real-time editing and building.

https://t.co/iRQ9ofcW7q Ensembles of LLM agents are effective, and more, diverse agents is better. This tracks with what we know of ensembles generally- that adding an uncorrected weak estimator to an ensemble improves the ensemble.  Next advances diwn this line will include random agents and some dynamically composed agents, possibly with a differentiable expression of "viewpoint" with regard to the target space. This will enable the equivalent of random forests and gradient boosted trees with agents as estimators.

💡 The Sieve of Eratosthenes an 2,300 year old algorithm used to calculate prime numbers. The Greek mathematician Eratosthenes (👴) realised that if you write all the numbers (up to the maximum prime you want to find) on a piece of paper, then go through each number that's not crossed out and cross out all its multiples, the numbers that remain at the end are all primes 🎉 A simple algorithm, but a fun one to implement efficiently! And it's Exercism's featured #48in24 exercise this week. 👇 In our deep dive video we explore lazy execution, some set theory, and recursion. Check it out below! https://lnkd.in/dqy5T5je

#ObjectTypeLibrary #ReferenceDataLibrary | Object Type Libraries often contain a high degree of complexity or require deep IT knowledge. This is mainly due to the common pitfalls we encounter when modeling them. Read more here: https://lnkd.in/dGSayz6j