Phelma Formation 2022

Logics Labwork - 3PMETPL6

  • Number of hours

    • Lectures 0
    • Projects 0
    • Tutorials 0
    • Internship 0
    • Laboratory works 8.0
    • Written tests 0

    ECTS

    ECTS 0.5

Goal(s)

This lab illustrates the logic course (3PMELOG6). It consists in designing an asynchronous serial data receiver (RS-232) and implementing it on an FPGA.

Contact Sylvain HUET

Content(s)

The specification of the circuit using a state machine with variables is given as as well as the interface between the operative and control parts. The operative part is partially given.
This lab consists in:

  • determining the missing parts of the operative part,
  • specifying the control part with a state machine,
  • synthesizing this state machine,
  • capturing these different elements of the operative and control parts in a Quartus project,
  • progressively validating the system with the provided test benches,
  • implementing the circuit on a DE1 FPGA board.
    This lab takes place in 2 sessions of 4 hours.


Prerequisites

Logic course (3PMELOG6)

Test

Session 1 :

  • Report to be delivered at the end of the last lab session
  • Mark: 100% session 1 report

Session 2 :

  • none : not recoverable

Confined session 1:

  • Homework
  • Mark: 100% confined session 1 homework

Confined session 2:

  • none : not recoverable


Cf. encadré évaluation de la description de l'enseignement

Additional Information

Course list
Curriculum->1Y Core Curriculum->Semester 5
Curriculum->1Y PET Semester 5->Semester 5

Bibliography

[1] Architectures Logicielles et Matérielles,P. Amblard and J.-C. Fernandez and F. Lagnier and F. Maraninchi and P. Sicard and Ph. Waille, Dunod, collection Sciences Sup.,2000.
[2] Electronique Numérique Intégrée, J.-. Danger and S.Guilley and P. Matherat and Y. Mathieu and L. Naviner and A. Polti and J. Provost , cours de l'ENST Paris
[3]Représentation et Synthèse des Systèmes Logiques, S.Pravossoudovitch, Ecole polytechnique Universitaire de Montpellier, 2006
[4] Bebop to the Boolean Boogie: An Unconventional Guide to Electronics Fundamentals, Components and Processes, C. Maxfield and P. Waddell, Butterworth-Heinemann, 2002