Kitware Inc.’s Post

🚀𝐀𝐭 𝐜𝐨𝐝𝐞𝐫 𝐑𝐞𝐠𝐮𝐥𝐚𝐫 𝟏𝟕𝟭! 𝐀𝐈𝐑 𝟮𝟵 𝐆𝐥𝐨𝐛𝐚𝐥 𝟴𝟬𝟬 🌟 Hey LinkedIn fam! 👋 🗨 𝗣𝗿𝗼𝗯𝗹𝗲𝗺 𝟭 (𝗡𝗼 𝗔𝘁𝘁𝗮𝗰𝗸𝗶𝗻𝗴) The idea was to place the rook on main diagonal and for effectively placing pawn first place them in between the rooks and then left grid. https://lnkd.in/gipFRjzT 🗨 𝗣𝗿𝗼𝗯𝗹𝗲𝗺 𝟮 (𝗖𝗵𝗺𝗮𝘅) consider the initial sequence B=(1,2,3...N) I can only convert a B[i] to A[i] if B[i]<A[i] and if B[i]>A[i] then answer is 0 if B[i]=A[i] then this ind is fixed and for B[i]<A[i] the index A[i] to which he wanted to get converted has to be a fixed index then for each destination to which B[i] wanted to get converted maintain the smallest element that demanding as there exist only one way of making the above the A[i] from the given demanding B[i]'s why smallest as it will free index u can see eg one why the there exist only way of converting and then for each fixed index see how many free element can come here u can read editorial also. ofc this is hard!! https://lnkd.in/ghBbx8mG Feel free to drop your thoughts, insights, or questions in the comments below. Let's foster a collaborative learning space! 🤝🚀 #LeetCode #CodingChallenge #ProblemSolving #TechCommunity #LearningTogether #CodeJourney #LinkedInFamily

🔗 Mastering Bidirectional Flexibility: The Magic of Doubly Linked Lists! 🔄 Hello LinkedIn community! 👋 Let's continue our exploration of data structures with a focus on a versatile gem: the Doubly Linked List! 📊 🧐 What is a Doubly LinkedList? A doubly linked list is a type of linked list in which each element, in addition to pointing to the next element, also points to the previous one. This bidirectional linkage opens up a world of possibilities and enhances traversal efficiency in both forward and backward directions. 🔄 💡 Advantages of Doubly Linked Lists: 1. Bidirectional Traversal: With pointers to both the next and previous elements, navigating a doubly linked list is not only forward but also backward, making it ideal for scenarios requiring reverse traversal.    2. Easy Deletions: Deleting an element in a doubly linked list is more efficient than in a singly linked list. With pointers to both neighbors, you can easily update the connections during removal. 3. Insertions at Both Ends: Efficient insertion at both the beginning and end of the list due to easy access to the adjacent elements. 🚀 Types of Doubly Linked Lists: 1. Doubly Linked List: Each element has pointers to the next and previous elements.    2. Circular Doubly Linked List: The last element points to the first, forming a circular structure with bidirectional connections. 🤓 Applications in Real Life: Doubly linked lists shine in applications where bidirectional traversal and efficient deletions are crucial, such as: Text Editors: Supporting operations like undo/redo with ease.    Navigation Systems:Efficiently traversing routes forward and backward. Cache Management:LRU (Least Recently Used) algorithms benefit from quick removals and insertions. 🌐 Let's Dive Deeper: Understanding the nuances of doubly linked lists is a valuable skill for software developers. Let's continue to connect, share insights, and delve deeper into the world of data structures! 🌟 Share your experiences or questions about doubly linked lists in the comments below. Let's foster a vibrant discussion! 💬 #DataStructures #DoublyLinkedLists #TechKnowledge #Programming #SoftwareEngineering #LinkedInLearning #learningandgrowing #linkedinengagement #linkedinlearning #dsa #cpp #cppprogramming #programming

Automating LLM fine-tuning on LinkedIn posts! 🖥 What started as a test between using the context window of a LLM versus fine-tuning the model to assist me in my LinkedIn post writing, has become a full scale project aiming to help people fine-tune an LLM on their own content! I spent some time yesterday creating a web scraper for saving all old LinkedIn posts. The posts will be used as training data automatically, when I'm done coding that part! Wan't to try it out yourself? Get the code here: https://lnkd.in/d7utBSAn Might create an interface in the future for everyone who's not a programmer!

🌟 Project Spotlight: AutoCorrect Guru 🌟 🚀 Project Overview: Excited to introduce my latest project, AutoCorrect Guru, a powerful and intelligent word suggestion tool designed to enhance user typing experience. Utilizing cutting-edge techniques, AutoCorrect Guru provides accurate word suggestions and spell corrections, making it a valuable tool for improving writing accuracy and efficiency. 🎯 Objective: The primary goal of AutoCorrect Guru is to offer smart word suggestions and corrections based on user input. By leveraging advanced algorithms, the tool enhances text accuracy, helping users to communicate more effectively and effortlessly. 🔧 Technologies Used: Flask: For building the web application framework. Python: For implementing the core logic and algorithms. TextDistance: For calculating word similarity using Jaccard distance. Pandas: For data manipulation and analysis. Regular Expressions (re): For efficient text processing. HTML/CSS: For creating a user-friendly interface. 💡 Advantages: Improved Writing Accuracy: Users receive precise word suggestions, reducing spelling errors and enhancing overall text quality. User-Friendly Interface: A simple and intuitive design ensures easy navigation and usability. Real-Time Suggestions: Instant feedback helps users correct mistakes on-the-go, saving time and effort. 🏢 Organizational Benefits: Enhanced Productivity: Employees can write with confidence, knowing that AutoCorrect Guru will assist in minimizing errors. Better Communication: Clear and accurate writing leads to improved internal and external communication. Time Efficiency: Quick and reliable suggestions streamline the writing process, allowing employees to focus on core tasks. 🌟 Future Goals: Expanded Vocabulary: Continuously update and expand the word database to include more languages and terminologies. Machine Learning Integration: Incorporate machine learning models for more accurate and context-aware suggestions. Mobile App Development: Extend the application to mobile platforms for on-the-go accessibility. 🙏 Special Thanks: I would like to extend my heartfelt gratitude to KODI PRAKASH SENAPATI Sir for his invaluable guidance and support throughout this project. Your insights and encouragement have been instrumental in bringing AutoCorrect Guru to life. #ProjectShowcase #AutoCorrectGuru #FlaskApp #PythonDevelopment #NaturalLanguageProcessing #TextAnalysis #WordSuggestion #TechInnovation #MachineLearning #AI #ProductivityTools #ThankYou #Gratitude #CareerGrowth #LinkedInCommunity

Start simple. This is true for many things - Learning math. Doing a backflip (although I have no idea how to even start this one...). Knowledge bases. I've found that many times when groups look to deploy or refresh something like a Confluence instance or space they over-think things. It's really easy to get lose in what add-ons to use, or spend hours adjusting the formatting on a single page. Complexity can make us feel good - if it's complex it must be working! Complexity certainly has it's use, however, I tend to find focuses on 3 simple questions to be an easy way to keep my focus on what is really important: 1 - Who is the audience? - The answer to this question will help guide everything else you do, since the entire purpose of your knowledge base is to support that group 2 - What content is needed? - This question will help guide you as to locate, create and add information to you knowledge base. You'll likely have a lot of information already, so having a clear understanding of what you actually need helps you sift through everything. 3 - How should it be structured? - This question helps you figure out where your content should go. e.g. all policy information is in the same general area. Having a simple to understand structure makes browsing easier, but also makes it easier to add new information. Bonus - One area of Confluence that many folks find overly complex and confusing are Templates... check out a link in the comments to a live training (Tomorrow at 8 AM PST) where we'll go over everything you need to know to use templates effectively. #atlassiancreator #templates #keepitsimple

🚀 Exciting News! 🚀 Hey, community! 🌟 I'm thrilled to introduce [Unsupervised-ML-Note and Codes] - an interactive learning experience designed to empower everyone to master [Unsupervised ML]! 📚✨ Whether you're a beginner or an experienced learner, this notebook is tailored just for you. 🌐 Key Features: 🤖 Interactive Learning: Dive into hands-on exercises and real-world examples. 🌈 Comprehensive Content: Covering everything from [Loading Data] to [Clustering]. 📊 Visualizations: Explore engaging visuals for a clearer understanding. 🛠️ Step-by-Step Guides: Follow along to implement solutions seamlessly. 🔗 How to Get Started: repository link : https://lnkd.in/e88892d6 🧩 Clone the repository: git clone [https://lnkd.in/e88892d6] 🚀 Install dependencies: pip install -r requirements.txt 🎉 Open the notebook with [Jupyter Notebook/JupyterLab] and start your learning journey! 🤝 Contribute & Connect: Found a bug? Have an idea? Contribute on GitHub! 🌟 Let's connect! Share your thoughts and experiences. Your feedback matters! 📜 License: This project is licensed under [MIT License]. Check out the LICENSE file for details. 🙏 Acknowledgments: A special shoutout to [Udemy and Dataisgood tutors] for making this project possible! PAUL EMUROTU for the reviews Abdulwajeed Ganiyu for sharing the course Let's learn together! 🚀✨ #LearningCommunity #OpenSource #DataScience #CodingJourney #TechEducation #Unsupervisedml #machinelearning

I often get asked where to start learning PCF: from prerequires, pre-required knowledge, development, debugging, ALM and more advanced topics like theming, Fluent UI 8/9, events, drag&drop and much more. I've put together a composition of links for you, by combining the Microsoft Learning resources, official samples, my blogs and some other community resources by Scott Durow, David Rivard, Ivan Ficko, Marc Schweigert, Alex Shlega, Carl de Souza, Danish Naglekar, Benedikt Bergmann, Daniel Laskewitz, PCF Gallery. I'm sure I've forgot to mention some other awesome resources, but with the time I'll try to add more links and keep this up to date. Have a look and please let me know what you think, or if you've spotted something missing: https://lnkd.in/eWJ_KyJu #pcf #powerapps #dynamics365 #communityrocks #dynamics365ce

From one of our early customers this morning (paraphrasing...): "It was significantly easier to get our content into CourseStack... We're going to be able to move significantly faster, by like an order of magnitude." Really great to know we're getting things right early on! Some things we're doing to make technical content building easier: - 📋 Markdown as the text editor. - 📸 Inline image and video* (soon!) uploads within the markdown. - </> Code blocks that are default beautiful, with proper syntax highlighting for hundreds of languages - ❓ Inline questions and dedicated quizzes - 🖥 Tightly integrated and fully managed infrastructure for hands-on learning components like virtual machines. We're moving fast and can't wait to blow up the amount of content types we can support for our course creators! If you want input into which of these we work on first, reach out about Beta access!

"Writing a CLI Tool in Rust with Clap When it comes to learning Rust, often the first real program you'll make might be a command-line interface (CLI) application. Although command-line tools are quite common, they are also a good way to practice learning the basics of a language, and this is no less true in Rust. Crates like clap make it super easy to write your own CLI tool in Rust by making it as easy as possible using structs and macros via the Derive feature, as well as offering a more low-level option with the Builder API. In this article, we'll be looking at how you can get started with the clap Rust crate and write a versatile Rust CLI, crates that synergise well with clap as well as real-world use cases." https://lnkd.in/dEd44S4y

Today's Learning, Most of multi-file large scale projects face following problems, 1) Cyclic Dependency - Header A depends on some class in Header B and Header B depends on some class in Header A. In this scenario we cannot test the classes in header A without including header B. This forces us to test Classes in both headers as single module which makes it unreliable and unmaintainable. 2) Excessive Link-Time Dependencies - Consider a class that handles all error messages of all your large scale project. Now imagine you only use few of the error messages as those are the only one relevant to the isolated feature you are working on. Now what will happen is that, the large class will be linked to your program making your executable size unnecessarily large. Now imagine if there are some different features you are trying to reuse. A poor design will make linking time to increase and your executable size to be unexpectedly large. 3) Excessive Compile Time Dependencies - Consider the above error messages class, now each time a new error is added to this class all components using this class will have to recompile. As more components start depending on this class then any change to this class will cause all dependent components to recompile. This unnecessary compilation though insignificant in small scale projects will cause problem in projects that take hours or even days to compile. Each component which requires definition of other components to compile will contribute to compile time. 4) Global Namespace - The global namespace is very helpful if used properly. If not, then it becomes home ground to redefinition of symbols when multiple developers are working separately and they implement variables or functions with same names. At time of merging these different components that work in isolation but causes problems during merge. Many developers don't even consider about these issues till they come face to face with it. #linkedin #linkedinCommunity #CommunalReader