DESIGN OF MICROCOMPUTER SYSTEMS: HISTORY AND DEVELOPMENT, ARCHITECTURE, SEQUENTIAL DESIGN, AND ORGANIZATION.
DESIGN OF MICROPROCESSOR SYSTEMS: INTERNAL BUS STRUCTURE, INSTRUCTION AND MACHINE CYCLES,
AND INSTRUCTIONS FLOW IN CPU.FUNCTIONS OF CPU: ALU, DECODER, PROGRAM COUNTER, INSTRUCTIONS REGISTER,
ADDRESS DATA AND CONTROL REGISTERS. DATA TRANSFER AND TIMING DIAGRAMS. MICROPROCESSOR INSTRUCTIONS,
AND ASSEMBLY LANGUAGE PROGRAMMING. ASSEMBLERS AND CROSS ASEEMBLERS.
INTERRUPTS: SOFTWARE AND HARDWARE.INTERFACE: MEMORY, INPUT AND OUTPUT PORT ADC, DAC. SERIES
AND PARALLEL PORTS:RS232, UART/DUART, PIT, BUFFER, AND OTHER PERIPHERAL DEVICES.
INTRODUCTION TO CURRENT MICROPROCESSOR SYSTEMS.
LABORATORY:DATA INPUT AND OUTPUT, DELAY SUBROUTINE, ADC, DAC. SEVEN SEGMENTS OR LCD DISPLAY INTERFACE.
CONTROLLER: DC MOTOR, IR SENSOR, MOTOR SPEED AND TEMPERATURE SENSOR.
SIGNAL GENERATION AND TRANSMITTANCE VIA OPTICAL FIBRES.
DESIGN OF MICROPROCESSOR SYSTEMS: INTERNAL BUS STRUCTURE, INSTRUCTION AND MACHINE CYCLES,
AND INSTRUCTIONS FLOW IN CPU.FUNCTIONS OF CPU: ALU, DECODER, PROGRAM COUNTER, INSTRUCTIONS REGISTER,
ADDRESS DATA AND CONTROL REGISTERS. DATA TRANSFER AND TIMING DIAGRAMS. MICROPROCESSOR INSTRUCTIONS,
AND ASSEMBLY LANGUAGE PROGRAMMING. ASSEMBLERS AND CROSS ASEEMBLERS.
INTERRUPTS: SOFTWARE AND HARDWARE.INTERFACE: MEMORY, INPUT AND OUTPUT PORT ADC, DAC. SERIES
AND PARALLEL PORTS:RS232, UART/DUART, PIT, BUFFER, AND OTHER PERIPHERAL DEVICES.
INTRODUCTION TO CURRENT MICROPROCESSOR SYSTEMS.
LABORATORY:DATA INPUT AND OUTPUT, DELAY SUBROUTINE, ADC, DAC. SEVEN SEGMENTS OR LCD DISPLAY INTERFACE.
CONTROLLER: DC MOTOR, IR SENSOR, MOTOR SPEED AND TEMPERATURE SENSOR.
SIGNAL GENERATION AND TRANSMITTANCE VIA OPTICAL FIBRES.
- Lecturer: PROFESOR MADYA DR. AHMAD FAIRUZ BIN OMAR
Skill Level: Beginner