Introduction to Robotics
History of the Word “Robotics”
Term Robot was used by Capek in 1917
in his play - Opilec
Isaac Asimov coined “robotics” in 1940
Science Fiction is the origin of the term of Robotics
science community was slow to accept it
Asimov’s Three Laws of Robotics
Robot may not injure a human being or, through inaction, allow a human being to come to harm.
Robot must obey orders given by humans expect ones that would conflict with 1st Law
Robot must protect its own existence and long it doesn’t conflict with the other laws
Formal Definition of a Robot
programmable machine that performs tasks automatically without human intervention
utilizing sensors and a computer.
Robot comes from Czech word Robots
means obligatory work of servitude
Key Characteristics, Benefits, and Limitations
Characteristics:
Automation
Speed
Strength & Durability
Intelligence (AI/ML)
Interactivity
Benefits:
Enhanced Efficiency
Safety in hazardous environments
Precision & Consistency
Mastery of repetitive tasks
Cost-Effectiveness (long-term)
Accessibility to extreme conditions.
Limitations:
High Initial Cost
Maintenance Overhead
Programming Complexity
Limited Flexibility
potential for Job Displacement
Safety Concerns.
Core Components of a Robot
Actuators: Convert electrical energy into mechanical motion (the “muscles”).
Sensors: Detect physical properties (light, temp, sound, movement) and convert them into electrical signals (the “senses”)
Controllers: Process inputs, run algorithms, and command actuators (the “brain”)
End Effectors: Tools attached to the robot’s end for specific tasks (the “hands”)
Frames & Structures: Provide rigidity and structural integrity, made up of steel and aluminum — support + stability
Control Interfaces: Enable human-robot interaction (e.g., buttons, switches, GUIs, speech).
Evolution of Robots
Timeline
Nov 22’ - ChatGPT released to the public
Feb 23’ - Microsoft releases BingChat
March 23’ - ChatGPT 4 released
March 23’ - Google Bard released
Aug 23’ - DALL E 3 released by OpenAI
The Future