Vention’s Post

Program your robot in the cloud and deploy it directly to your factory floor for an accelerated deployment process. In our newest version of #MachineLogic, you can: 💠 Easily add targets and reference frames to your digital twin to provide easier control over robot motion. NO coding required. 💠 Define parametric reference frames and targets using simple variables and expressions. NO more specifying exact coordinates. 💠 Utilize pre-designed calibration application templates or create a tailored flow to achieve the precise calibration required. NO shot-in-the-dark calibration here. #MachineLogic is for everyone. Whether you’re a pro with Python experience or just starting out and relying on no-code software, experience seamless programming and deployment of robot cells and automated machines. See all these new features and more at #Automate2024 in booth #2813. #Vention #MachineLogic #programming #python #nocode #digitaltwin #simulation #calibration #automation #manufacturing #robotics #MAP #cloudrobotics #AI

💡 Day 76 of #100DaysOfProgrammingChallenge 🚀 Challenge Accepted: #62 Unique Paths ✨ Today, we're tackling the "Unique Paths" problem where a robot navigates an m x n grid! Problem Breakdown: A robot starts at the top-left corner of an m x n grid and needs to reach the bottom-right corner. The robot can only move either down or right at any step. We need to find the number of unique paths the robot can take to reach its destination. Example: - Input: m = 3, n = 7 - Output: 28 - Explanation: The robot can move in various ways, but there are exactly 28 unique paths from the start to the end. Steps to Solve: 1.Understand Movements: The robot can only move right or down, so each path consists of a combination of these moves. 2.Combinatorial Approach: The number of unique paths can be determined by counting combinations of moves. Specifically, you need (m - 1) down moves and (n - 1) right moves. 3. Calculate Paths: Use combinatorial mathematics to calculate the number of unique ways to arrange these moves. Example Walkthrough: Given m = 3 and n = 7: - The robot needs to make 2 down moves and 6 right moves. - The total number of moves is 2 + 6 = 8. - The number of unique ways to arrange these moves is calculated as combinations of choosing 2 down moves out of 8 total moves: C(8, 2) = 28. Ready to explore different paths and dive into combinatorial calculations? Let's get started! 💻 #CodingChallenge #Algorithms #UniquePaths #Programming

We celebrate AI Appreciation Day not only because it is taking technology to the next level, but because it helps our machines perform better. It opens the door to a better HMI experience and contributes to less interrupted machine run time through intelligent programming. #AutomatedInspection #InspectionAndTesting #AutomatedMachine

The Design of an Intuitive Human Interface for Robot Programming by Human Demonstration https://lnkd.in/dFHiXp5Y Price: [price_with_discount] (as of [price_update_date] - Details) [ad_1] [ad_2] Price: (as of – Details) Price: (as of – Details) #Blog 656b1d5013fa7 https://lnkd.in/dFHiXp5Y

Did you know? Harnessing IT solutions can 10x your business productivity ratio. Elevate efficiency, streamline operations, and propel your success into overdrive. #businessgrowth #businessgrowthstrategy #businessgrowthexpert #technology #deeplearning #programming #tech #robotics #innovation #bigdata #coding

🤖 Beyond ROS: Navigating the Evolving Robotics Framework Landscape 🌐 While ROS has long dominated the robotics development scene, the emergence of new frameworks signals a shift. Alternatives like MicroPython, Fast RTOS, and cloud-based solutions are gaining traction, prompting us to reconsider the status quo. Is ROS diminishing in significance? Let's dive into this conversation and spark fresh insights together! ROS Strengths: A production-ready environment, a robust community, and an extensive suite of tools and libraries. ROS Challenges: Complexity, resource intensiveness, susceptibility to bloat. Rise of Alternatives: Lightweight frameworks tailored for simpler use cases, real-time performance enhancements, and the potential of cloud-based deployment. Are we on the cusp of diversifying our robotic toolsets? Share your thoughts on: The future of ROS and its adaptability in a dynamic landscape. Specific applications where alternative frameworks shine. Emerging trends shaping the Robotics OS ecosystem. Let's collectively explore the future of robot development! #Robotics #ROS #RealWorldRobotics #FrameworkDebate #RobotDevelopment #CloudRobotics Remember to engage with the community! Like, comment, and share your insights on this pivotal discussion.

🤖 Beyond ROS: Navigating the Evolving Robotics Framework Landscape 🌐 While ROS has long dominated the robotics development scene, the emergence of new frameworks signals a shift. Alternatives like MicroPython, Fast RTOS, and cloud-based solutions are gaining traction, prompting us to reconsider the status quo. Is ROS diminishing in significance? Let's dive into this conversation and spark fresh insights together! ROS Strengths: A production-ready environment, a robust community, and an extensive suite of tools and libraries. ROS Challenges: Complexity, resource intensiveness, susceptibility to bloat. Rise of Alternatives: Lightweight frameworks tailored for simpler use cases, real-time performance enhancements, and the potential of cloud-based deployment. Are we on the cusp of diversifying our robotic toolsets? Share your thoughts on: The future of ROS and its adaptability in a dynamic landscape. Specific applications where alternative frameworks shine. Emerging trends shaping the Robotics OS ecosystem. Let's collectively explore the future of robot development! #Robotics #ROS #RealWorldRobotics #FrameworkDebate #RobotDevelopment #CloudRobotics Remember to engage with the community! Like, comment, and share your insights on this pivotal discussion.

𝔻𝕚𝕧𝕖 𝕚𝕟𝕥𝕠 𝔻𝕀𝕐 ℝ𝕠𝕓𝕠𝕥𝕚𝕔𝕤! 🤖✨ Ever dreamt of building your own robot? 🚀 Here's a quick guide to kickstart your journey: ✅ Define Your Goal 🎯 What's your robot's mission? Define its purpose to guide your design. ✅ Gather Materials 🧰 Collect motors, sensors, and more based on your design. Ready your toolkit! ✅ Learn Electronics Basics ⚡ Brush up on basic electronics. Online resources are your best pals here. ✅ Choose a Language 🖥️ Pick Python, C++, or JavaScript to give your robot a voice. ✅ Assemble & Integrate 🛠️ Put it together! Connect sensors, wire up, and ensure a sturdy build. ✅ Program Your Bot 🤓 Write code to bring your creation to life. Debug and refine as needed. ✅ Test & Share 🌐 Test in different scenarios, and share your journey with the world. Ready to start? Visit www.theyoungminds.in for more info! 🌟 Mubassir Mk #DIYRobotics #TechInnovation #LearnByDoing

#ChatGPT feat. Basler AG's pylon #Software Suite 🔭 Capture a high-speed #image acquisition system with pylon 🚀, showcasing #reliability, #versatility, user-friendly #programming for various #vision interfaces and operating systems 💎 The #results are not that suprising 💌 https://lnkd.in/exNx4YgY https://lnkd.in/dmAvyyu8 #gpt4 #CPlusPlus #Development #Camera #ComputerVision #Automation #Manufacturing #Industrialautomation #Imageprocessing #Solution #Measurement #Inspection #Quality #Medical #MachineVision #Robotics #Application #Industrial #Performance #RealTime #Python #ROS #ROS2 #Coding

Coding Robot Bac  #technologytrends #techtrends #technology #trends #futuretechnology #latesttechnology #newtechnology #technologyupdates #smarttechnology #innovation #technologythesedays #futuretech #smarttech