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RASPBERRY PI#1
A small, affordable computer used to learn programming and electronics, ideal for projects like home automation.
GPIO PINS#2
General Purpose Input/Output pins on Raspberry Pi used to connect sensors and actuators for control and data collection.
SENSORS#3
Devices that detect physical properties (like temperature or light) and convert them into signals that can be read by the Raspberry Pi.
ACTUATORS#4
Components that convert electrical signals into physical action, such as turning on lights or adjusting temperature.
PYTHON#5
A versatile programming language used for writing scripts to control hardware in Raspberry Pi projects.
HOME AUTOMATION#6
The use of technology to control home systems (like lighting and heating) automatically for improved convenience.
IOT (INTERNET OF THINGS)#7
A network of interconnected devices that communicate and exchange data, enhancing automation and control.
DEBUGGING#8
The process of identifying and fixing issues in hardware or software to ensure proper functionality.
CIRCUIT DIAGRAM#9
A graphical representation of an electrical circuit, showing how components are connected.
DATA COLLECTION#10
The process of gathering information from sensors to monitor and control home systems.
AUTOMATION LOGIC#11
The rules and conditions defined in programming that determine how devices interact based on sensor data.
FLOWCHART#12
A visual representation of a process or algorithm, used to outline the steps in automation logic.
SCRIPT#13
A set of instructions written in a programming language (like Python) that automate tasks on the Raspberry Pi.
WIRING#14
The physical connections made between components, sensors, and actuators in a circuit.
TESTING METHODOLOGIES#15
Systematic approaches used to evaluate the functionality and reliability of hardware and software.
ASSEMBLY#16
The process of putting together various components and systems into a cohesive unit for functionality.
PRESENTATION#17
A demonstration of the completed project, showcasing its features and functionality.
PROJECT PORTFOLIO#18
A collection of documentation and evidence of the project development process and outcomes.
ERROR HANDLING#19
Techniques used in programming to manage and respond to errors that occur during execution.
OPTIMIZATION#20
The process of improving code efficiency and performance in Python scripts.
COMPREHENSIVE TESTING CHECKLIST#21
A detailed list of tests to be conducted to ensure all components function as intended.
SMART HOME SYSTEM#22
A network of connected devices in a home that can be controlled remotely or automatically.
HARDWARE#23
The physical components of a computer or electronic system, including Raspberry Pi and connected devices.
SOFTWARE#24
The programs and operating information used by a computer, including scripts and applications.
INTERFACE#25
The point of interaction between hardware components and software, allowing communication and control.
REAL-WORLD APPLICATION#26
Practical uses of technology that enhance everyday living, such as smart home systems.