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Embedded Systems  & Robotics
AGENDA 
 Technical Intro 
 Embedded Systems 
 Robotics 
 Applications
INTRODUCTION TO EMBEDDED SYSTEMS 
 A combination of hardware and software which together form a 
component of a larger machine. 
 An embedded system is designed to run 
on its own without human intervention, 
and may be required to respond to 
events in real time. 
 An embedded system is designed 
to perform a dedicated function. 
SOFTWARE 
PROGRAM 
HARDWARE
ESSENTIAL COMPONENTS 
 Micro Processor 
 Micro Controller 
 ARM 7/9/11 
 PIC 16Fxxx/18Fxxx 
 MSP 430 
 Sensors/Actuators 
 Convertors(ADC/DAC)
MICROPROCESSOR 
 A microprocessor is a single chip semi conductor 
device also which is a computer on chip, but not a 
complete computer. 
 Its CPU contains an ALU, a program counter, a stack 
pointer, some working register, a clock timing circuit 
and interrupt circuit on a single chip. 
 To make complete micro computer, one must add 
memory usually ROM and RAM, memory decoder, an 
oscillator and a number of serial and parallel ports.
MICROCONTROLLER 
 A microcontroller is a functional computer system-on- 
a-chip. It contains a processor, memory, and 
programmable input/output peripherals. 
 Microcontrollers include an integrated CPU, memory 
(a small amount of RAM, program memory, or both) 
and peripherals capable of input and output.
SENSORS 
A sensor is a Converter that measures a Physical quantity and 
converts it into a signal which can be read by an observer or by an 
instrument.
CHARACTERISTICS OF EMBEDDED SYSTEMS 
• Size
• LOW POWER CONSUMPTION
• Cost 
-Low Cost . 
-Cost Divided to Two Sections : 
1) Cost Of Designers And Developer Of 
Product . 
2) Cost Of Production And Marketing
Household appliances: 
APPLICATIONS 
(Microwave ovens, Television, DVD Players & Recorders) 
Audio players 
Integrated systems in aircrafts and 
 Missiles 
Cellular telephones 
Calculators &Videogames 
 Medical equipments 
Digital musical instruments, etc.
12 
OTHER HARDWARE 
 Power Source 
 Clock Oscillator 
 Reset Circuit 
 Memory 
 I/O Ports, I/O Buses 
 Interrupt Handler 
 LCD and LED Display 
 Keypad/Keyboard
EXAMPLES
14 
SOFTWARE 
SIMULATOR 
 Proteus 
LANGUAGE 
Embedded C 
JAVA 
COMPILER 
KEIL 
MP Lab
Embedded C 
Vs
Embedded Systems  & Robotics
Embedded Systems  & Robotics
ROBOTICS 
 It is a field of Engineering that covers the mimicking of human 
behavior. 
 Robotics includes the knowledge of Mechanical, Electronics, 
Electrical & Computer Science Engineering. 
Robots 
Autonomous 
Manual
WHY ROBOTICS? 
 Speed. 
 It can work hazardous/dangerous environment. 
 To perform repetitive task. 
 Efficiency. 
 Accuracy. 
 Adaptability.
ROBOT TYPES & APPLICATIONS 
Climbing Robots 
Service robots 
Domestic Robots 
Industrial robots Military robots Entertainment robots
Medical robots Space robots Humanoids 
Weeding Robot Hobby and competition robots
Embedded Systems  & Robotics

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Embedded Systems & Robotics

  • 2. AGENDA  Technical Intro  Embedded Systems  Robotics  Applications
  • 3. INTRODUCTION TO EMBEDDED SYSTEMS  A combination of hardware and software which together form a component of a larger machine.  An embedded system is designed to run on its own without human intervention, and may be required to respond to events in real time.  An embedded system is designed to perform a dedicated function. SOFTWARE PROGRAM HARDWARE
  • 4. ESSENTIAL COMPONENTS  Micro Processor  Micro Controller  ARM 7/9/11  PIC 16Fxxx/18Fxxx  MSP 430  Sensors/Actuators  Convertors(ADC/DAC)
  • 5. MICROPROCESSOR  A microprocessor is a single chip semi conductor device also which is a computer on chip, but not a complete computer.  Its CPU contains an ALU, a program counter, a stack pointer, some working register, a clock timing circuit and interrupt circuit on a single chip.  To make complete micro computer, one must add memory usually ROM and RAM, memory decoder, an oscillator and a number of serial and parallel ports.
  • 6. MICROCONTROLLER  A microcontroller is a functional computer system-on- a-chip. It contains a processor, memory, and programmable input/output peripherals.  Microcontrollers include an integrated CPU, memory (a small amount of RAM, program memory, or both) and peripherals capable of input and output.
  • 7. SENSORS A sensor is a Converter that measures a Physical quantity and converts it into a signal which can be read by an observer or by an instrument.
  • 8. CHARACTERISTICS OF EMBEDDED SYSTEMS • Size
  • 9. • LOW POWER CONSUMPTION
  • 10. • Cost -Low Cost . -Cost Divided to Two Sections : 1) Cost Of Designers And Developer Of Product . 2) Cost Of Production And Marketing
  • 11. Household appliances: APPLICATIONS (Microwave ovens, Television, DVD Players & Recorders) Audio players Integrated systems in aircrafts and  Missiles Cellular telephones Calculators &Videogames  Medical equipments Digital musical instruments, etc.
  • 12. 12 OTHER HARDWARE  Power Source  Clock Oscillator  Reset Circuit  Memory  I/O Ports, I/O Buses  Interrupt Handler  LCD and LED Display  Keypad/Keyboard
  • 14. 14 SOFTWARE SIMULATOR  Proteus LANGUAGE Embedded C JAVA COMPILER KEIL MP Lab
  • 18. ROBOTICS  It is a field of Engineering that covers the mimicking of human behavior.  Robotics includes the knowledge of Mechanical, Electronics, Electrical & Computer Science Engineering. Robots Autonomous Manual
  • 19. WHY ROBOTICS?  Speed.  It can work hazardous/dangerous environment.  To perform repetitive task.  Efficiency.  Accuracy.  Adaptability.
  • 20. ROBOT TYPES & APPLICATIONS Climbing Robots Service robots Domestic Robots Industrial robots Military robots Entertainment robots
  • 21. Medical robots Space robots Humanoids Weeding Robot Hobby and competition robots