Embed Size (px)
DESCRIPTION
Citation preview
© Embedded Computing Systems Research Cluster
PresenterMuhammad Mujtaba Asad
Universiti Tun Hussein Onn Malaysia, 86400 Batu Pahat, Johor, Malaysia.
SupervisorProf. Dr. Razali Hassan
Proposal TitleDESIGN AND DEVELOPMENT OF A PIC
MICROCONTROLLER BASED
MULTIFUNCTIONAL EMBEDDED SYSTEMS
TRAINER BOARD FOR TECHNICAL EDUCATION.
© Embedded Computing Systems Research Cluster
Introduction
This PIC trainer is aimed at developing a number of application modules that can give students a hands-on knowing the hardware and the associated interfacing concepts in one Educational Trainer.
This work covers the related theory, the design and implementation of the hardware and developing the required software for driving the PIC trainer.
This project is implemented with an educational application in mind to help the students become quickly familiar with the microcontroller application from one complete resource without referring to others.
© Embedded Computing Systems Research Cluster [email protected] 3
Research problem
Problem Statement
© Embedded Computing Systems Research Cluster [email protected] 3
The objective of this Project is to develop a PIC Based Education trainer that can support the teaching of Microprocessor System or Embedded System Design.
This is in parallel with the approach of teaching that requires students to experience with the method of design, build and test their own circuit.
The module to be developed should support the good process of learning and time since its portable so that students can bring it home and continue work at their own pace.
Objective
© Embedded Computing Systems Research Cluster [email protected] 3
Scope and limitation.
Scope and Limitation
© Embedded Computing Systems Research Cluster [email protected] 3
Theoretical frame work
Theoretical Framework
© Embedded Computing Systems Research Cluster
LITERATURE REVIEW
Operational definition
© Embedded Computing Systems Research Cluster
LITERATURE REVIEW
literature
© Embedded Computing Systems Research Cluster
Methodology
methodology
© Embedded Computing Systems Research Cluster
Expected Findings
Expected result
© Embedded Computing Systems Research Cluster
Introduction
Start
Loading image
Adding noise
Image data collection
Determine noise type
Comparing between output image and original image
End
…with wisdom we explore…
![Micro Control Adores Pic Basic - Carlos a Reyes 1[1]](https://img.pdfslide.us/doc/110x75/577d20311a28ab4e1e92367f/micro-control-adores-pic-basic-carlos-a-reyes-11.jpg)
