Les notes d’informatique sont disponibles sur myconcordia.ca academic myGrade.

Les notes d’électronique sont disponibles sur myconcordia.ca academic myGrade.

Les notes finales d’ENGR sont disponibles sur myconcordia, Academic , MyGrades.

Répartition des grades :
A+ 12
A 28
A- 14
B+ 12
B 16
B- 16
C+ 13
C 6
C- 9
D+ 5
D 7
D- 5
F 16
Total 157

Pour information, voici une tentative de conversion d’après le processus d’évaluation.
A+ 20/20
A 19/20
A- 18/20
B+ 17/20
B 16/20
B- 15/20
C+ 14/20
C 13/20
C- 12/20
D+ 11/20
D 11/20
D- 10/20

Les étudiants qui ont pris les vols “ECE” AIR CANADA et BRISTISH AIRWAYS ont un service de transfert entre Concordia et l’aéroport de Montréal Trudeau.

Les bus partiront à 16 heures.
Pour prendre ces bus, le rendez-vous est donné, à 15H45 au 1515 rue Sainte Catherine Ouest. (EV Building). Les bus seront reconnaissables au logo “Skyport”.
Pour plus d’informations :
http://www.admtl.com

Voici les informations publiées sur le site du cours.

“The final exam is scheduled as follows :

COEN 244/2 S 2007-12-13 14:00 17:00 SGW H415 AA-OZ
COEN 244/2 S 2007-12-13 14:00 17:00 SGW H427 PA-ZZ
COEN 244/2 U 2007-12-13 14:00 17:00 SGW H407 AA-IZ
COEN 244/2 U 2007-12-13 14:00 17:00 SGW H411 JA-ZZ

The exam covers all topics seen in the class except Topic 11-Introduction to STL. The content of the assignments as well as the explanations and examples I gave in the class are all included.

The exam is organized as follows:

* Short multiple choice questions: To test your understanding of the course material
* Programming questions: To test your ability to understand existing program, as well as your ability to write a program in C++ using OO concepts.

Make sure you have an excellent understanding of the following concepts (this list is by no means complete, but it is a good roadmap for reviewing for the final):

* What is OO programming? What is the difference between OO and procedural programming?
* Concept of information hiding
* Classes (data members, access specifiers, member functions)
* Class composition (composite classes vs. component classes)
* Class inheritance: Base classes and derived classes, access specifier “protected”
* Basic class diagrams in UML
* Polymorphism, which is the ability to implement the same operation using various functions as long as they have the same name. There are three ways to implement polymorphism in C++
o Ad-hoc polymorphism: Function overloading
o Subtype polymorphism: Function overriding (applies only to inheritance)
o Parametric polymorphim: Templates
* Static binding versus dynamic binding: You will be asked to identify when static biding takes place compared to dynamic binding.
* Dynamic binding is implemented using virtual functions: you need to understand why dynamic binding is important. You also need to understand how virtual functions support dynamic binding.
* Abstract classes: Classes that contain a least one pure virtual function. Why are they important, what do we use them for? Can you give some examples?
* Operator overloading: Why do we need that? what is the difference between overloading an operator by creating a member function as opposed to creating a separate function that could be made friend with this class? How is >> and << overloaded? Practice the examples given in the class.
* The concept of friend functions: Where is it used? How is it used?
* Exception handling: try, throw, and catch. Can you give some examples? How are they used with member functions? Does C++ have standard exceptions?s
* Input/Output in C++: Understanding ifstream and ofstream.
* Templates in C++: Function templates, and class templates. What is generic programming? Why is it important? Can you give examples of function templates? What about class templates?
* Other concepts: objects of derived classes are objects of base classes, pointers to objects, passing objects as parameters to functions, casting techniques, etc.”

Les notes de l’assignment 4 sont disponibles sur le site du professeur.
Vérifier l’exactitude de vos notes. En cas d’erreur(s) adressez vous au professeur.

Les solutions de l’assignment 7 sont disponibles sur le course moodle. Les notes devraient être publiées sur le course Moodle mercredi.

Les solutions du second midterm exam dont la moyenne est de 6.8/15 seront disponibles au copy center.
Les notes sont disponibles sur le course moodle.

Du fait que le midterm portait sur l’économie, le final comportera une partie management renforcée par rapport à l’économie.

The final exam is invigilated by the exam office and the university informed us that they will be strict regarding calculators and cell phones.
- The only calculator models that will be allowed in December final exam session for all ENCS undergraduate courses are: Sharp EL-531 and Casio FX-300MS. In addition, the allowed calculators must have stickers on them. If you have the right calculator, but does not yet have a sticker, you can obtain a sticker by going to EV007.401. Their office hours are: 2-5 pm Monday through Friday. Except for Thursday when their hours are 2-8 pm.
- Cell phones or any communication devices are not allowed to be in your position during the final exam even if it was turned off. I recommend you to leave you cell phone at home before you come to the exam.
Use the allowed calculator with the sticker on it and do not have your cell phone in your position during the exam, you will be fine. I hope none of my students will have any problems.

En raison de la suppression du cours du 4 septembre, (Amphi d’accueil) , il y aura a eu cours le mardi 4 décembre.

Note sur ce dernier cours:
on a finalement fait une review session sur le feedback en utilisant notamment le tableau recap. des topologies-type d’amplificateur-facon de decrire les two-ports network (h, Z, G, Y) (sur la page, ce tableau est au Nov 2, 2007).
Office Hours :
TA’s Monday 11am - 1pm Thursday 3:30 pm 4:30pm
Dr Cowan Monday, Tuesday, Friday 4pm 5pm
Rabin Raut Tuesday 1.30-2.30pm Friday 11am-12pm

Une question du final exam portera sur les sections 13.1 à 13.3 du textbook (Sedra & Smith) qu’il faut travailler tout seul (c’est indique dans le Course Outline). Ce chapitre parle des oscillateurs sinusoidaux.
Des annales des anciens examens sont disponibles au digital store et probablement dans le magasin de photocopies a gauche du restaurant asiatique quand on sort du LB par la facade “de droite” si on fait face au LB building depuis le trottoir du SGW building.
Un petit document recapitulatif de certaines choses qu’on a vues en cours: Fichier PDF sur feedback & 2-ports networks etc. (Remerciements a Thomas Clemenceau un des delegues d’ing3 a Concordia).