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تصميم وتنفيذ نظام تشكيل داخلي متعدد الروبوتات == DESIGN AND IMPLEMENTATION OF AN INDOOR MULTI MOBILE ROBOT FORMATION SYSTEM

Author name: اسراء صبري عبد الامير الفراتي
Supervisor name: Abdulmuttalib T.Rashid
General topic: Electrical, Electronic and Communications Engineering
Specific topic: Electrical Engineering
Degree: Doctorate
University: University Of Basrah - College Of Engineering - Department Of Electrical Engineering
Language: English
Key words:
  • Background
  • Literature Review
  • Multi Robot Localization
  • Path Planning of Mobile Robot
  • Formation of Multi Robot
  • Objectives of the Work
  • Outline and Main Contributions
  • Scope of The Work
  • WO: MULTI-ROBOT LOCALIZATION SYSTEM
  • Introduction
  • The Physical Construction of the Localization System
  • The Environment Setup
  • The Robot Sensors
  • Binary Search Algorithm
  • The Modified Binary Search Algorithm Title
  • Robots Localization According to the LDRs Locations
  • Robot Location Estimation Using Three LDR Active Sensors
  • or More
  • Robot Location Estimation Using Two LDR Active Sensors
  • Robots Localization According to the LEDs Locations
  • Minimum Bounded Circle Algorithm
  • The K-means Clustering Algorithm
  • Simulation Results
  • Conclusions
  • REE: PATH PLANNING OF MOBILE ROBOT
  • Introduction
  • Mobile Robot Kinematic Model
  • Path Planning in an Environment Free of Obstacles
  • The Arc of Circle Tangent Construction Algorithm (ACTC)
  • Short Distance Orientation (SDO) Algorithm
  • Shortest Path with Obstacles Avoidance (SPOA) Algorithm
  • The Simulation Result
  • The Conclusions
  • UR: FORMATION OF MULTI-ROBOT SYSTEM
  • Introduction
  • Multi-Robot in Ordered Formation (MROF) Algorithm
  • Multi-Robot in Shortest Formation (MRSF) Algorithm
  • Simulation Results
  • Conclusions
  • VE: MULTI-ROBOT SYSTEM IMPLEMENTATION
  • Introduction
  • Performance Evaluation of Environment Sensors Title
  • LED - LDR Pair Sensor
  • Validation of LED - LDR Pair Sensor
  • IR Transmitter and Receiver Pair
  • Validation of IR Sensors
  • Radiofrequency Identification (RFID) Tags
  • Validation of RFID Tags
  • The Most Appropriate Sensors for Localization
  • Hardware Design of the Robot Localization System
  • Implementation of the Environment
  • Implementation of Differential Drive Mobile Robot
  • Practical Results of Localization System
  • Conclusion
  • X: CONCLUSIONS AND FUTURE WORKS
  • Conclusions
  • Future works
First pages: T105749 - p.pdf
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