መነሻምድቦችAutonomous Systems

🚘 Autonomous Systems

Self-driving cars, drones, SLAM and robotic planning — the algorithms behind autonomous machines.

16 ማስመሰያዎች60 fps እውነተኛ-ጊዜ0 የመጫኛ ደረጃዎች
V2X Cooperative Perception at a Blind CornerNewA parked delivery truck blocks an autonomous car's own LIDAR/camera from seeing a pedestrian… Autonomous Underwater Vehicle SimulatorNewDrive a research AUV through a survey grid or spiral orbit dive, tuning thrust, turn rate… Autonomous Robot Navigation SimulatorNewDrive a lidar-equipped robot through an obstacle field: watch SLAM build an occupancy map,… Autonomous Warehouse Robot SimulatorNewRun a fleet of warehouse robots shuttling between shelving racks and the packing station:… Autonomous Sewer SwarmNewA swarm of small autonomous robots flows through a 3D pipe network to locate and clear a… Autonomous Agro Drone SimulationNewThis simulation demonstrates the application of robotics in agriculture. It explores how… Autonomous Greenhouse SimulationNewThis simulation demonstrates the principles of automated environmental control. It explores… Autonomous Recycling Microfactory SimulationNewThis simulation demonstrates the application of robotics in waste management. It explores… Drone Swarm 3d SimulationNewThis simulation models the coordinated movement of a swarm of drones, demonstrating… Autonomous Sailboat — AetherNewExplore how a sophisticated system of sensors and control algorithms allows a sailboat to… Self-Driving Car: Lane Keeping & Obstacle AvoidanceNewA real PID feedback loop steers a simulated autonomous car using raycast lane-detection,… UAV Path Planning: RRT* & Potential FieldsNewPlan a collision-free 3D drone flight path live: watch a real RRT* tree grow toward the…
SLAM: Simultaneous Localization and MappingNewA robot with noisy lidar and odometry solves SLAM live, using a real particle filter to… Drone Formation Flying: Consensus AlgorithmsNewWatch a drone swarm self-organize into line, V, grid, and circle formations using real… Traffic Signal Optimization: Adaptive ControlNewA real Q-learning agent trains live in your browser to control a four-way intersection from… Robot Arm: Inverse Kinematics Pick & PlaceNewInteractive 3D robot arm with a real cyclic-coordinate-descent inverse kinematics solver —…
ስለ ምድቡ

Autonomous Systems

Self-driving cars, drones, SLAM and robotic planning — the algorithms behind autonomous machines.

Three.js · WebGL 60 FPS CC BY 4.0
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16በዚህ ምድብ ውስጥ ያሉ በይነተገናኝ ማስመሰያዎች
በማንኛውም ዘመናዊ አሳሽ በ60 FPS ይሰራል
🌐እንግሊዝኛ፣ ዩክሬንኛ፣ ፖላንድኛ፣ ስፓንኛ፣ ጀርመንኛ፣ ጃፓንኛ፣ ጣሊያንኛ፣ ፖርቱጋልኛ (ብራዚል)፣ ፈረንሳይኛ፣ አረብኛ፣ ደችኛ፣ ቻይንኛ፣ ኮሪያኛ፣ ሂንዲኛ፣ ቱርክኛ፣ ቬትናምኛ፣ ሩሲያኛ፣ ኢንዶኔዥያኛ፣ ፋርስኛ፣ ቤንጋልኛ፣ ታይኛ፣ ፊሊፒንኛ፣ ስዋሂሊኛ፣ ኡርዱኛ፣ ማላይኛ፣ ታሚልኛ፣ ዕብራይስጥ፣ ግሪክኛ፣ ፑንጃብኛ፣ አማርኛ፣ ቡርማኛ፣ ክመርኛ፣ ጆርጅያኛ፣ ኔፓልኛ፣ ሞንጎሊያኛ፣ አርመንኛ፣ ሲንሃላኛ፣ ላኦኛ፣ ቼክኛ፣ ሮማንያኛ፣ ሃንጋሪኛ፣ ቡልጋሪያኛ፣ ስዊድንኛ፣ ዴንማርክኛ፣ ፊንላንድኛ፣ ኖርዌይኛ፣ ስሎቫክኛ፣ ክሮሽያኛ፣ ሰርቢያኛ፣ ስሎቬንያኛ፣ ሊቱዌኒያኛ፣ ላትቪያኛ፣ ኢስቶኒያኛ፣ አይስላንድኛ፣ አልባንያኛ፣ መቄዶንያኛ፣ ቦስንያኛ እና ማልታኛ
🎓CC BY 4.0 — ለክፍል ትምህርት እና ለLMS ተሳትፎ ነጻ

በተደጋጋሚ የሚጠየቁ ጥያቄዎች

Autonomous Systems ማስመሰያዎችን ለማስኬድ ምንም ነገር መጫን ያስፈልገኛል?

አያስፈልግም። ሁሉም Autonomous Systems ማስመሰያዎች በቀጥታ በድር አሳሽዎ ውስጥ ይሰራሉ፤ ምንም ፕለጊን ወይም ልዩ ሶፍትዌር ሳያስፈልግ። ኮምፒውተር፣ ታብሌት ወይም ስልክ ብቻ በበቂ ኢንተርኔት ግንኙነት ይኖርዎት።

እነዚህ ማስመሰያዎች ለት/ቤት ወይም ለክፍል ትምህርት ተስማሚ ናቸው?

አዎ። እያንዳንዱ ማስመሰያ ተማሪዎች ሳይንሳዊ ፅንሰ ሐሳቦችን በተግባር በመሞከር እና ውጤቱን በቀጥታ በማየት እንዲረዱ ተደርጎ የተነደፈ ነው፤ ለክፍል ውስጥ ማሳያ ወይም ለግል ጥናት ተስማሚ ነው።

የማስመሰያ ውጤቶቼን ማስቀመጥ ወይም ማጋራት እችላለሁ?

አብዛኞቹ ማስመሰያዎች ቅንብሮችን በቀጥታ በአሳሽዎ ውስጥ እንዲቀይሩ እና ውጤቱን በቅጽበት እንዲመለከቱ ያስችሉዎታል፤ የገጹን አድራሻ (URL) በማጋራት ለሌሎችም ማሳየት ይችላሉ።

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የመድገሚያ ደረጃዎችን ጨምር (አማራጭ)