GeeksforGeeks’ Post

Struggling with IXL? Don't sweat it! Discover smart tips and tricks to navigate your way through IXL challenges effortlessly. 🎯 Whether you're stuck on a tough problem or just want to boost your grades, we've got the insights you need! Click the link to learn how you can make IXL work for you. https://shorturl.at/PpkY9 #IXLHelp #StudySmart #Assignments4U

📚🚀 Exam Prep with Intellexa!  Unlock the magic of mnemonics! ✨💡 Transform tough info into catchy, unforgettable tricks. 🧠🔑 From music notes to historic dates, boost your memory and ace those exams with ease! 🎉💪 Dive into our reel and revolutionize your study game! 🚀📘 #ExamPrep #IntellexaMnemonics #StudySmart #AceYourExams #MemoryHacks #StudentLife

I guess learning that I am currently on home page of NVIDIA's annual conference site is as good of a reminder as any to share my excitement for the upcoming event! :) If you will be attending, please let me know. Would love to meet up. To learn more about NVIDIA GTC, visit https://lnkd.in/eKYVHxVF. Here's a few personal highlights from GTC 2024 - https://lnkd.in/eWB3wumR

suffering from contradiction-phobia? The best way to overcome it is by practicing contradictions in a controlled, safe, relaxed environment, away from that critical path. So, dim the lights, play some soft elevator music, and head over to one of edaplayground solver examples, such as this well written soduko example from http://cluelogic.com/. Make sure it runs first, and then start poking it in a way that will trigger contradictions. Once you have a contradiction, such as the one below, read the error carefully, and make sure you understand any detail the simulator decided was important. Next time you’ll run into a contradiction on the battlefield, you’ll keep your head cool, and perhaps be able to root-cause the issue. You’ll observe that nowadays errors are in many cases pretty concise and useful. In the simulator I used for pic below first a reduced set of constraints is printed out. Even though these constraints were generated by a single foreach constraint, the simulator is smart enough to give you the exact indices involved. After the constraints come the state variables - this will be any value that participates in the constraints, but isn’t randomized - either because it is outside the randomization scope, or its not even a rand variable. Finally you’ll often see a list of random variables in the order in which the solver tries to solve them. Random variables that must be solved before others will appear first - example might include random list sizes or input to function calls (as in my example). In the log below, these are the ones that have “SOLVED EARLY” next to them. In 90% of the times, just looking at the involved constraints, state variables and solved early variables helps me figure out the problem - either a constraint I’m not expecting to be activated, or a state variable has an unexpected value, or a variable is solved early, which I would expect to be solved with everything else. If you’re using another simulator than the one shown here, you’re likely to find the exact same info stated in a slightly better/worse way. Learn it! https://lnkd.in/dG_j2jC3 #systemverilog #verification #servingTheNextBug #apple_dv #constraint_solver_tips

Study this signal flow. Save it, read it again. This is how the entire industry is going to change

The final day of #CGI2024 is officially underway, and the Brightflag team is here at Booth 1️⃣ 2️⃣ 3️⃣ to kick things off 🙌 If you haven't had a chance to stop by yet—come say hello 👋 We'll be showcasing how our next-generation ✨AI-powered features✨ are transforming e-billing and matter management, raffling off great prizes (including a pair of Apple AirPod Max headphones), and more! We look forward to seeing you there! #CLOC #legalops #legaloperations #legaltech

Hack with the best in the biz! 📈🚀💻 The ALX Google Hardware Hackathon is just around the corner 📅 Event details: Date: 1 November 2024 Follow us on socials on the day to see all the brilliance from ALX. #GoogleHackathon #DoHardThings #LevelUpSkills 🎓🏆💡

Researchers from Ira A. Fulton Schools of Engineering at Arizona State University develop a new algorithm for human robot interaction that relies upon efficiently solving complex partial differential equations using a novel hybrid learning approach in a recent T-RO paper. https://lnkd.in/gavAkh7N Paper title: Value Approximation for Two-Player General-Sum Differential Games with State Constraints Authors: Lei Zhang, Mukesh Ghimire, Wenlong Zhang, Zhe Xu, Yi Ren #NeuralNetworks #HumanRobotInteraction #MathematicalModels

🌐 We've got 2 domain intel pros in Istanbul right now at #ICANN81! Wenceslao Garcia and Jaume Freixa Sureda are sharing product development and insights around our domain intelligence platform, especially for Registries & Registrars. Want to connect? Look out for these two and book a quick meeting! (link in comments)

One Night at ECEB - A Hardware-Based Fan Game I’m excited to share a unique project that I developed: One Night at ECEB, a hardware-implemented fan game inspired by the popular Five Nights at Freddy's series. Project Overview: This game was built entirely in hardware using combinational and sequential logic circuits, diverging from conventional software-based game development. The project emphasized hands-on implementation of FPGA design principles like state machines, timing analysis, and sprite transparency while creating an engaging interactive experience. Key Highlights: - Sprite Handling: Leveraged custom tools to convert PNG sprites into memory-optimized formats for FPGA implementation. - Game Logic: Implemented logic for animatronic behavior, pseudo-random event generation, and player interactions using state-based decision-making models. - Display Optimization: Scaled and mapped sprites for seamless VGA rendering at a downsized 160x120 resolution while using color mapping and transparency for sprite overlays. - Hardware Challenges: Debugged timing errors, visual bugs, and animation issues to ensure smooth gameplay. Tech Stack: - FPGA Development using Verilog/SystemVerilog - VGA Controller, BRAM for sprite storage, MicroBlaze for keyboard input - SPI communication protocol for hardware-software interfacing Achievements: - Fully functional gameplay with real-time animation and seamless hardware integration - Solved critical sprite transparency issues and game timing bugs Gained invaluable experience in digital design and system-level debugging - We also see potential for future expansions, including audio enhancements and improved sprite animations. This project was an amazing journey of learning and creativity! Video: https://lnkd.in/g7_hdxw8