User Tools

Site Tools


start

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision
Previous revision
start [2020/03/02 16:40] dwallacestart [2025/06/26 09:58] (current) nkassai
Line 369: Line 369:
  
   * [[courses:c_course_jean|DASL 100: C Programming]]   * [[courses:c_course_jean|DASL 100: C Programming]]
 +  * [[courses:c++_course|DASL 100.2: C++ Programming]]
   * [[courses:laser_cutter_course|DASL 101: Laser Cutting]]   * [[courses:laser_cutter_course|DASL 101: Laser Cutting]]
   * [[courses:nav_course|DASL 102: Navigation and Path Planning]]   * [[courses:nav_course|DASL 102: Navigation and Path Planning]]
Line 377: Line 378:
   * [[courses:ros_course|DASL 107: Introduction to ROS]]   * [[courses:ros_course|DASL 107: Introduction to ROS]]
   * [[courses:kalman_course|DASL 108: Kalman Filtering]]   * [[courses:kalman_course|DASL 108: Kalman Filtering]]
-  * [[courses:korean_basics|Korean 101]]+
  
  
Line 404: Line 405:
 \\ \\
 \\ **JPL** \\ **JPL**
-\\ 
 \\ [[[[jpl_journal|JPL 2019]] \\ [[[[jpl_journal|JPL 2019]]
 +\\
 +\\ **NIST**
 +\\ [[sum_2024|NIST 2024]]
 +\\
 +\\ **NNSS**
 +\\ [[NNSS_2024|NNSS 2024]]
 +\\
 +\\ **DASL Interns 2024**
 +\\ [[DASL_Interns_2024|DASL Interns 2024]]
 \\ \\
 \\ **DASL Trips/Experiences** \\ **DASL Trips/Experiences**
Line 413: Line 422:
 \\ **IEEE Winter School on Consumer Robotics** \\ **IEEE Winter School on Consumer Robotics**
 \\ [[ieee_winter_school|IEEE Winter School Resources]] \\ [[ieee_winter_school|IEEE Winter School Resources]]
 +\\
 +\\ **DASL Interns 2024 from KAU**
 +\\ [[DASL_Interns_2024_KAU|DASL Interns 2024_KAU]]
 +\\
 +\\ **DASL Interns Spring 2025**
 +\\ [[DASL_Interns_Spring_2025|DASL Interns 2025 Spring]]
 +\\
 +\\ **DASL Interns Summer 2025**
 +\\ [[DASL_Interns_Summer_2025|DASL Interns 2025 Summer]]
 ++\\ \\  ++\\ \\ 
 ++Navigation and Path Planning|\\  ++Navigation and Path Planning|\\ 
 \\ **Path Planning** \\ **Path Planning**
 \\ - [[Breadth-First Search and Depth-First Search]] \\ - [[Breadth-First Search and Depth-First Search]]
 +\\ - [[Breadth-First Search and Depth-First Search (2023)]]
 \\ - [[BFS and DFS Implementation]] \\ - [[BFS and DFS Implementation]]
 +\\ - [[BFS and DFS Implementation (2023)]]
 \\ - [[Potential Fields]] \\ - [[Potential Fields]]
 \\ - [[hing_voronoi|Voronoi Tutorial]] \\ - [[hing_voronoi|Voronoi Tutorial]]
Line 427: Line 447:
 \\ - [[bill_green_slam_lectures|SLAM Lectures]] \\ - [[bill_green_slam_lectures|SLAM Lectures]]
 \\ - [[robotino_slam|Robotino SLAM]] \\ - [[robotino_slam|Robotino SLAM]]
-++\\ \\ +\\ 
 +\\ **Trinity Fire Fighting Competition Replication** 
 +\\ - [[t1_maze_branching|Tutorial 1: Maze Branching]] 
 +\\ - [[t2_com_devices| Tutorial 2: Communication Between Devices]] 
 +++\\ \\
 ++Humanoid Research|\\  ++Humanoid Research|\\ 
 \\ **DARPA Robotics Challenge Metal Rebel Highlight Video** \\ **DARPA Robotics Challenge Metal Rebel Highlight Video**
Line 435: Line 459:
 \\ - [[Darwin OP]] \\ - [[Darwin OP]]
 \\ - [[Hubo]] \\ - [[Hubo]]
-\\ - [[drexel_jaemi_hubo|Jaemi HUBO]]+\\ - [[Jaemi HUBO]]
 \\ - [[robotis_mini|Robotis Mini]] \\ - [[robotis_mini|Robotis Mini]]
 \\ - [[drexel_lua_minihubo|Lua for miniHUBO]] \\ - [[drexel_lua_minihubo|Lua for miniHUBO]]
 \\ - [[ellenberg_robonova|Robonova Tutorials]] \\ - [[ellenberg_robonova|Robonova Tutorials]]
 +\\ - [[avatar-furo_tutorials|Avatar-Furo]]
 +\\ - [[Avatar Darwin Tutorial]]
 +
 ++\\ \\  ++\\ \\ 
 ++Computer Vision|\\  ++Computer Vision|\\ 
Line 487: Line 514:
 \\ - [[damped_compound_pendulum|Damped Compound Pendulum (DCP)]] \\ - [[damped_compound_pendulum|Damped Compound Pendulum (DCP)]]
 \\ - [[example_of_matlab_simscape_multibody|Example of Matlab Simscape Multibody]] \\ - [[example_of_matlab_simscape_multibody|Example of Matlab Simscape Multibody]]
 +\\ - [[Analog PID Controller|Analog PID Controller Tutorial]]
 \\  \\ 
 \\ **DASL Mechatronics** \\ **DASL Mechatronics**
Line 510: Line 538:
 \\ {{:bandb:bandbclass4_finalproject.pdf|Class 4 Material}} \\ {{:bandb:bandbclass4_finalproject.pdf|Class 4 Material}}
 ++\\ \\  ++\\ \\ 
-++C/C++ Programming Tutorials|\\ +++C Programming Tutorials|\\ 
 \\ **C Tutorial** \\ **C Tutorial**
 \\ [[Mid-term]] \\ [[Mid-term]]
Line 533: Line 561:
 ++ Fabrication: 3D Printing, CNC Machining, Laser Cutting, and Screenprinting|\\  ++ Fabrication: 3D Printing, CNC Machining, Laser Cutting, and Screenprinting|\\ 
 \\ - [[dasl_unlv_3d_printers|DASL@UNLV 3D Printer Information]] \\ - [[dasl_unlv_3d_printers|DASL@UNLV 3D Printer Information]]
 +\\ - [[dasl_unlv_3d_printers_octoprint_deploy|How to set up Octoprint with Octoprint Deploy]]
 +\\ - [[dasl_unlv_3d_printers_how_to|How to use the DASL 3D Printers]]
 \\ - [[dasl_unlv_3d_printersviapc|DASL Robo3D Printer manual with PC]] \\ - [[dasl_unlv_3d_printersviapc|DASL Robo3D Printer manual with PC]]
 \\ - [[CNC hot-wire foam-cutter]] \\ - [[CNC hot-wire foam-cutter]]
Line 599: Line 629:
 \\ **Carpentry Projects** \\ **Carpentry Projects**
 \\ [[Rok Bak Chair]] \\ [[Rok Bak Chair]]
 +\\ [[Road Case Tutorial]]
 \\  \\ 
 \\ **Gear VR** \\ **Gear VR**
Line 610: Line 641:
 \\ - [[EASYSTAR R/C Airplane Restoration]] \\ - [[EASYSTAR R/C Airplane Restoration]]
 \\ - [[Robust R/C tailless fixed-wing airplane]] \\ - [[Robust R/C tailless fixed-wing airplane]]
 +\\
 +\\ **Restoring Hubo**
 +\\ - [[Restoring Hubo]]
 +\\
 +\\ **Lego NXT**
 +\\ - [[Line Following]]
 +\\
 +\\ **Soap Making**
 +\\ - [[Clear Soap with a Toy inside]]
 +\\
 +\\ **Quadcopter Projects**
 +\\ - [[Simulink Quadcopter Simulation]]
 ++\\ \\  ++\\ \\ 
 ++UAVs|\\  ++UAVs|\\ 
Line 645: Line 688:
 \\ - [[drexel_lua_minihubo|Lua for miniHUBO]] \\ - [[drexel_lua_minihubo|Lua for miniHUBO]]
 \\ - [[ellenberg_robonova|Robonova Tutorials]] \\ - [[ellenberg_robonova|Robonova Tutorials]]
 +\\ - [[Avatar-Furo Tutorials]]
 +\\ - [[Avatar Darwin Tutorial]]
 \\  \\ 
 \\ **Unmanned Aerial Vehicle (UAV) Platforms** \\ **Unmanned Aerial Vehicle (UAV) Platforms**
Line 661: Line 706:
 \\ - [[robotino_operation|Robotino Operation]] \\ - [[robotino_operation|Robotino Operation]]
 \\ - [[drexel_rotorcraft|Rotorcraft Tutorials]] \\ - [[drexel_rotorcraft|Rotorcraft Tutorials]]
 +\\ - [[Kairos Tutorials]]
 +\\
 +\\ **Manipulator Platforms**
 +\\ - [[RB5 Tutorials]]
 +\\ - [[RB5 Advanced Programming]]
 +\\ - [[RB5 Using External Device]]
 +\\ - [[RB5 Admittance Control]]
 ++\\ \\  ++\\ \\ 
 ++ROS|\\  ++ROS|\\ 
Line 680: Line 732:
 \\ **Autonomous Vehicle Research** \\ **Autonomous Vehicle Research**
 \\ - [[Remote Control Personal Tracked Vehicle]] \\ - [[Remote Control Personal Tracked Vehicle]]
 +\\ - [[Polaris Introduction]]
 +
 ++\\ \\  ++\\ \\ 
 ++Lego Mechanisms|\\ ++Lego Mechanisms|\\
Line 689: Line 743:
 \\ - [[machines_and_mechanisms_5|NXT Machines and Mechanisms 201-250]] \\ - [[machines_and_mechanisms_5|NXT Machines and Mechanisms 201-250]]
 \\ - [[machines_and_mechanisms_6|NXT Machines and Mechanisms 251-300]] \\ - [[machines_and_mechanisms_6|NXT Machines and Mechanisms 251-300]]
 +\\
 +\\ **LEGO Simple Machines**
 +\\ - [[simple_machines|Simple Machines Page 1-50]]
 \\ \\
 \\ - **XL-320 LEGO Machines & Mechanisms** \\ - **XL-320 LEGO Machines & Mechanisms**
Line 697: Line 754:
 \\ - [[xl320_machines_and_mechanisms_5|XL 320 Machines and Mechanisms 201-250]] \\ - [[xl320_machines_and_mechanisms_5|XL 320 Machines and Mechanisms 201-250]]
 \\ - [[xl320_machines_and_mechanisms_6|XL 320 Machines and Mechanisms 251-300]] \\ - [[xl320_machines_and_mechanisms_6|XL 320 Machines and Mechanisms 251-300]]
 +\\
 +\\ **NXT LEGO Solidworks Tutorials**
 +\\ - [[machines_and_mechanisms_Tutorial|Tutorial 1 (Simple) Basic assebmly, animation, creating instructions & uploading]]
 +\\ - [[machines_and_mechanisms_Tutorial2|Tutorial 2 (Intermediate) Rack & pinion, mirror function, creating a new piece]]
 +\\ - [[machines_and_mechanisms_Tutorial3|Tutorial 3 (Advanced) Belts, chains, links]]
 +\\
 +\\ **Lego Motion Analysis Tutorial**
 +\\ - [[lego_motion_analysis_Tutorial|Motion Analysis of Lego Pieces]]
 ++\\ \\ ++\\ \\
 ++Lego NXT|\\  ++Lego NXT|\\ 
Line 726: Line 791:
 \\ - [[nxt_pf_nav_ar_toolkit|Indoor Potential Field Navigation using AR Toolkit]] \\ - [[nxt_pf_nav_ar_toolkit|Indoor Potential Field Navigation using AR Toolkit]]
 \\ - [[4bar|Kinematic Analysis of 4 Bar Mechanism with LEGOs (Theoretical and Experimental)]] \\ - [[4bar|Kinematic Analysis of 4 Bar Mechanism with LEGOs (Theoretical and Experimental)]]
 +\\ - [[LEGO NXT Teleoperation Introduction]]
 +\\ - [[NXT Automation Implementation]]
 +\\ - [[NXT Automation Alternative & Practical Implementations]]
 \\ \\
 \\ **LEGO NXT Robots** \\ **LEGO NXT Robots**
Line 755: Line 823:
 \\  \\ 
 \\ **Other Sensors** \\ **Other Sensors**
-\\ [[nxt_gps|Dexter GPS Sensor for NXT]]+\\ [[nxt_gps|Dexter GPS Sensor for NXT]] 
 +\\ - [[Syntouch NumaTac Sensor Setup]] 
 +\\ - [[Syntouch NumaTac Sensor "Hello World" (IN-PROGRESS)]] 
 +\\ - [[3D System's Touch Haptic Device]]
 ++\\ \\  ++\\ \\ 
 ++Manipulators|\\ ++Manipulators|\\
Line 767: Line 838:
 \\ **HDT Arm** \\ **HDT Arm**
 \\ - [[hdt_setup|HDT MK2 Arm]] \\ - [[hdt_setup|HDT MK2 Arm]]
 +\\ - [[How to Assign reference frames on the HDT Arm with Denavit-Hartenberg notation| How to Assign reference frames on the HDT Arm with Denavit-Hartenberg notation ]]
 \\  \\ 
 \\ **MM-UAV Arm** \\ **MM-UAV Arm**
Line 787: Line 859:
 \\ - [[Soft Quadruped Robot]] \\ - [[Soft Quadruped Robot]]
 ++\\ \\  ++\\ \\ 
 +++Virtual/Augmented Reality|\\ 
 +\\   **Crash Course In Unity**
 +\\ - [[Getting Started]]
 +\\ - [[Learning the Language of Unity - C-Sharp]]
 +\\ - [[Advanced Unity Programming Concepts]]
 +\\ - [[Introduction to Unity's Input System]]
 +\\ - [[Introduction to Virtual Reality and Augmented Reality ]]
 +\\ - [[Varjo XR3 Introduction]]
 +\\ - [[Quantum Meta-Gloves Introduction]]
 +\\ - [[Using ROS and Unity]]
 +++\\ \\ 
 +++F1Tenth|\\
 +\\ - [[Home]]
 +\\
 +\\   **Hardware/Framework Setup**
 +\\ - [[Reading data from a Hokuyo LiDAR using ROS2]]
 +++\\ \\
  
 ===== Index (A-Z) ===== ===== Index (A-Z) =====
start.1583196051.txt.gz · Last modified: by dwallace