CPS 721: An Introduction
to Artificial Intelligence
Course Management Form (CMF)
<! h3><! font size=+0 Basic Information
|Instructor (Sect 1-4):
Mikhail Soutchanski. Phone: (416) 979 5000 ext 55-7954 (leave voicemail)
mes (at) cs (dot) [former university name] (dot) ca
(write cps721 and Section# in "Subject")
||Computing and Engineering Bldg, 245 Church Street,
||Wednesday, 12-13 and Friday, 16-16:30pm
|Instructor (Sect 5-9):
Rick Valenzano. Phone: (416) 979 5000 ext 55-4913
rick.valenzano (at) [former university name] (dot) ca
(write cps721 and Section# in "Subject")
||Computing and Engineering Bldg, 245 Church Street,
||Tuesday 2-2:30pm and Thursday 2-3pm (over Zoom)
- Mehjabin Rahman
mehjabin.rahman (at) ryerson.ca
(Labs in Section 1, marks the 1st and 4th assignments)
- Messaih Abolfazli
mabolfazli (at) ryerson.ca
(Marks the 2nd assignments)
- Amir Mohammadi
amir.mohammadi (at) ryerson.ca
(Labs in Sections 2,6 and marks the 3rd assignment)
- Shaun Mathew
shaun.mathew (at) ryerson.ca
(Labs in Sections 3,8,9 and marks the 5th assignment)
- Ryan Young
ryan.young (at) ryerson.ca
(Labs in Sections 4, 7, 5)
|| Sections 1-4
|| TRS 3176
|| Sections 5-9
Course Outline Draft
This is a draft subject to change.
The information in this course outline may be supplemented by more detailed information
that is provided later in the course. All changes will be announced in class. Stay tuned.
Summary of Content:
There are cognitive tasks that people can do relatively easy,
but that can be difficult to program on a computer.
There are other cognitive tasks that can be difficult for people,
but that can be easily implemented on a computer.
Artificial Intelligence (AI) is the science of discovering the principles
how both easy and difficult tasks can be approached, and subsequently
developing computer systems that can carry out these tasks.
Educational Objectives: enable students
to learn some of the fundamental topics that underly several areas of
modern AI and to get programming skills of developing AI applications.
Basic logic and resolution-style reasoning are briefly introduced and
applied to solving problems such as combinatorial puzzles. The computationally
challenging problems (e.g., scheduling) that involve constraints are discussed too.
Other basic notions from discrete structures are briefly reinforced
as well, such as basic modular arithmetic, functions and relations,
set cardinality and counting. The course introduces basic deductive
databases, and declarative conjunctive queries for information retrieval.
In addition, part of the course introduces
and reinforces techniques of developing recursive programs over general
recursive data structures (e.g., such as lists, trees, but other recursive
discrete structures are discussed as well). Several types of search
techniques are introduced (and/or reinforced) including brute-force search,
recursive backtracking, heuristics, depth- and breadth-first traversals.
The course introduces PROLOG, the programming language
based on logic programming. The students get a working knowledge of
writing basic PROLOG programs. The course introduces syntax and semantics
of natural languages (such as English), syntactic analysis, parsing,
and context-free grammars. The final part of the course reinforces
conditional probability, Bayes Theorem, independence and introduces
reasoning in Bayesian Networks.
This course provides introduction to several important AI problems and
techniques, including knowledge representation and reasoning,
constraints satisfaction, search, natural language understanding,
planning, uncertainty, belief networks, learning.
Lectures: 3 hrs. Tutorials/Labs (including quizzes): 1 hr.
Prerequisites: (CPS 305, MTH210, MTH 304 or CPS 305 and CPS 420).
At the end of the course, a successful student will be able to
accomplish the following tasks.
Formulate and trace conjunctive-style queries in PROLOG to a set of atomic
statements representing a deductive database, i.e., a relational database
augmented with general recursive rules for new relations.
Compare PROLOG lists and identify when they are similar (match) or not.
Write recursive PROLOG programs using recursive data structures such as lists and terms.
Solve constraint satisfaction problems (CSP) using two different techniques.
Be able to explain which of the programs for solving CSP is more efficient and why.
Demonstrate ability to conduct analysis of a given context-free grammar.
Parse natural language noun phrases or sentences and identify the sources
of syntactic ambiguity in them.
Solve planning problems using a simple iterative depth-first planner, including ability
to implement preconditions of actions and their successor state axioms
that describe how facts change due to actions.
Compute probabilities for diagnostic and prediction queries
from a given Baysian network.
The course is delivered in person in Fall 2022 including 3 (2+1) hours
of lectures per week and 1h of lab/tutorial per week, for 12 weeks.
Students are not allowed to record the lectures.
Some of the lectures may include problem solving sessions, where the instructor
will solve problems similar to homework assignments and similar to exams.
All the presentation slides, except of problem solving sessions, will be posted on D2L
to faciliate asynchronous learning. The labs may include tutorials and
solving typical problems similar to exams and homework assignments.
Compulsory Text Book:
Thinking as Computation: A First Course, written by
Published by the MIT Press, paperback, 328 pp, August 2017,
online content). This textbook is available from
AbeBooks (used or new).
The students are expected to read assigned chapters from this book in addition to lectures.
Recommended Reference Books:
Stuart Russell and Peter Norvig
Artificial Intelligence: A Modern Approach,
4th edition, Copyright 2020, Publisher:
Pearson, ISBN-13: 9780134671932, 1136p. The students can either buy, or
In addition, students can purchase an
electronic copy of this book directly: $49.99 (CAD) for 12-month e-Text access.
Computational Intelligence: A Logical Approach
by David Poole, Alan Mackworth and Randy Goebel,
ISBN-13: 9780195102703, Publisher:
Oxford University Press, 576 pages, 1998.
Common Sense, the Turing Test, and the Quest for Real AI by Hector Levesque.
Published by the MIT Press, paperback, $17(US), 192pp, March 2018, ISBN: 9780262535205.
Topics (tentative sequence):
This course will provide undergraduate-level introduction to several important
AI problems and techniques,
including deductive reasoning,
writing recursive programs over recursive data structures,
finding solutions that satisfy a given set of constraints
(e.g., computing a schedule or solving a puzzle),
understanding natural language (e.g., parsing noun phrases),
problem solving and planning,
pruning of search space,
Each topic takes about 2 weeks.
A moderate amount of Prolog programming will be required
as part of the course.
Policy on collaboration in homework assignments or quizzes
To pass the course you have to get at least 50% of the total course marks
calculated from homework assignments, labs, midterm test and the final exam.
The students are strongly encouraged to take notes in class,
and study their notes after class. Learning can be a gradual process
that requires time and efforts. The students benefit from attending lectures
and labs since some important details will be discussed only there.
For this reason, attending lectures and tutorials/labs is mandatory.
All course materials posted on D2L and presented in class are copyrighted
and protected by law. You cannot share them with anyone.
You cannot repost them anywhere on the Web.
Please review the
Ryerson University policy
Moreover, you cannot post any of your solutions to the labs or to assignments, since doing this would violate the cps721 policy on collaboration, and the Ryerson University Academic Policy 60.
You can read
parts of this policy online related to "Academic misconduct".
The policy for in-person content delivery. The students are expected to pay attention
to a lecture and volunteer to answer instructor's questions during the class-time.
The students might be asked to participate in unannounced polls or quizzes.
Turn off your mobile phones and all other electronic devices in class.
You can keep your laptop or tablet open only if you use it to take notes in class.
The quizzes, a midterm exam, and the
final exam may include problem solving, short essay questions
as well as writing Prolog code.
The duration of these examinations may be around 15-20 min, 1h40min,
and 2h, respectively.
Extra quizzes (or polls) can be given at any time in class without prior warning.
The midterm and final exam may include questions similar to homework assignments and lab quizzes.
The final exam will be cumulative and will include all
the material covered throughout the term.
There will be no supplemental examination.
Grades are earned for the demonstration of knowledge.
If you miss a midterm test, or a final exam for medical reasons, you have to
submit an academic consideration request through the
Online Submission Form and
hand in a hard copy of a completed
Health Certificate to the department of Computer Science within 3 working days.
You have to bring your documents yourself to the CS front reception desk.
Once the Program Department has verified the student’s health documentation,
the instructor will be notified of the verification.
Similarly, all documentation related to special accomodation or
academic consideration should be submitted to the CS program office within
the specified time limits.
Dates are subject to change, all changes will be announced in class and on
the course Web pages. Sign up on D2L to receive the course announcements.
Assignments should be submitted on or before
the deadline specified in the assignment
(you are encouraged to submit assignments earlier).
Your assignment is considered late if any part of the assignment is late
(even if it is just 1 minute late). The penalty for a late assignment is 10% off.
No assignments will be accepted if more than 24 hours late. .
Start solving your assignment on the same day when it is posted. Do not procrastinate.
No make-up assignments.
All assignments must be submitted electronically on D2L into the specified folder.
The CPS721 students are expected to solve homework assignments in small groups of 2-3 students.
These students can be from different sections. To enroll in a group on D2L, sign up to any group you like.
You can switch between groups anytime, and solve different assignments with different partners.
The CPS721 students can expect that exam questions will be similar to questions
from the homework assignments, or they will include parts of the problems from homework.
From time to time, we will hand out exercises.
The students are expected to solve the exercises, but
they will not be graded. However, working on exercises
will improve your understanding of this course
(and will help you to get better marks on tests).
Up to 5% (or less) extra credit may be assigned for active class participation
throughout the term, e.g., a student participates actively by
asking/answering questions in class, and so on.
Class participation marks are earned for active course participation and
given at discretion of the course instructor.
The course participation marks cannot be requested by the students.
Tutorials/Labs are mandatory. Each student must attend
only the section where s/he is assigned. No transfers between sections are possible.
Usually, each tutorial includes a mini-lecture and a quiz.
All students must form a small lab group of 2-3 people and
submit 1 solution to the quiz from their group by the end of the lab.
Note the students cannot work alone. The lab group can include only the students from the same section.
The students who actively participate in labs and volunteer during the lab
to answer the questions of their T.A. may become eligible for extra participation marks.
Lab Marks: are given for attendance and solving correctly quiz questions, as specified by T.A.
The lab mark will be given only if
- the student attends the entire lab in the section where s/he is enrolled,
- the T.A. observed the student actively participating in discussion,
solving questions from the quiz, and
- the student signed up their solution to the quiz as required,
provided a family name and a student number.
Make sure the family name and student# are clearly readable.
- The lab group submitted their solution to the quiz by the end of the lab.
Note that late solutions will not be accepted.
- There will be no make-up labs. No notes from the labs will be posted.
The student who missed a lab should try to solve independently the exercises
given during the lab time and verify the solutions with the T.A., or with peers in class.
Handouts and assignments will be made available on the Web only.
More specifically, they will be linked from the cps721 online course
shell on my.ryerson.ca Also, you are responsible for visiting
the Homework Assignments Web pages regularly and reading all information that is
provided or linked from these Web pages. In particular, Frequently
Answered Questions (FAQs) related to cps721 home work will be linked
from this Web page. These FAQs are considered to be an integral part of
the assignment. Before sending your questions by e-mail to the instructor,
check these Web pages and a CPS721 course shell on D2L
whether similar questions have been already answered.
Repeated questions will not be answered.
- Email communication: you can send email from local TMU's
email addresses only: you can use either your departmental account
(preferred) or your university account to send email.
Email sent from Google, Yahoo, Hotmail
and any other external email domains can be filtered out as spam and might not
reach the instructors. Email messages will be normally answered within 24 hours.
However, messages sent on weekend (starting from Friday evening) will be
usually answered on Monday.
Grades for labs, tests and assignments will be normally
posted on D2L Web site
no later than two weeks after the due date (exam date).
Marking guides, the assignments and
some other course related documents will be posted on
Feedback will be usually provided to students within two weeks.
The students can contact the TA who was responsible for marking,
if they have questions about marking, or attend the office hour.
Make sure you contact the right person.
Missing marks for labs cannot be requested since only those students who attended a lab
and actively participated are eligible to get a mark (see the policy for labs above).
Limited collaboration in discussing general approaches to problems
is allowed with students in your team. No collaboration is allowed
between teams. You may discuss assignments only with other people
currently taking the course.
However, you should never put your name on anything
you do not understand.
you must be able to reproduce and explain all solutions by yourself,
or solve similar exercises. If you cannot explain a solution that
you handed in, or if you cannot solve an exercise similar to questions
in your home work or in your quiz, this will negatively affect your grade. In
particular, you might be asked to solve exercises during the office
hours, during one of the labs, or in class (as a quiz). These unscheduled
tests or evaluations can be given at any time without prior notice.
Remember that if you work with partners,
you are still expected to know solutions of all exercises from the home
work. Grades are earned for the demonstration of knowledge.
In cases when a student fails to demonstrate knowledge about a
home work, the grade for the home work can be decreased to 0.
The first page of your homework should include: the name of all
students with whom you discussed any homework problems (even briefly).
Otherwise, it is assumed that you didn't discuss with anyone except the
instructor. Copied work (both original and copies) will be graded as 0.
Involvement with plagiarism will be penalized in accordance with Academic
Policy 60. Additional penalty for copied work may be assigned as deterrence
against plagiarism. More specifically, additional penalty for a copied
assignment (in part or in whole) can be up to -4% of the final course grade.
Additional penalty for a copied (in part or in whole) solution to a lab quiz,
or for signing up someone who is not present in the lab,
can be up to -2% of the final course score.
Contract Cheating Statement
In regard to any and all assessments in this course, the use of Chegg or any other
similar help site/service will be pursued as "contract cheating".
In regard to any and all assessments in this course, the use of any third party
(e.g., family member, freelancer, roommate, friend, tutor) to complete work
on your behalf will be pursued as "contract cheating"
under Policy 60 "Academic Integrity".
Policy 60 Penalty Guidelines for contract cheating (e.g., viewing a solution
on Chegg or Discord) that only impacts you: F in course.
Policy 60 Penalty Guidelines for contract cheating that facilitates cheating
for others (e.g., posting a question to Chegg): Disciplinary Suspension.
Committing academic misconduct, such as plagiarism and cheating,
will trigger academic penalties including failing grades,
suspension and possibly expulsion from the University.
As a Ryerson student, you are responsible for familiarizing yourself
Student Code of Academic Conduct.
The students are expected to pay attention to a lecture and volunteer to answer
instructor's questions during the class-time. In the case of in-person classes,
in order to create an environment conducive to learning and respectful of
others rights, phones and pagers must be silenced during lectures, labs and
evaluations. Students should refrain from disrupting the lectures and labs
by arriving late and/or leaving before the lecture is finished.
Policy on Non-Academic Conduct
No disruption of instructional activities is allowed.
In particular, taking video/photos in class is strictly prohibited
since this violates the copyright and privacy policies.
Do not send any private messages to other students. Do not distract your peers
from learning in class with messages unrelated to lecture.
If you know how to answer your instructor's a question, or you know what the next step in
a solution should be, or you have a question related to the lecture, then Raise your Hand.
Among many other infractions,
the Code specifically refers to
the following as a violation: ``Disruption of Learning and Teaching -
Students shall not behave in disruptive ways that obstruct
the learning and teaching environment." In particular, the students
can use their electronic devices in class only for taking notes.
In difficult cases, penalties can be imposed
by the Student Conduct Officer.
Remarking / Recalculation Policy
Grades are earned for the demonstration of knowledge.
If the assignment/test was manually marked, then read carefully the marking guide
for the assignment or test you'd like to be remarked.
Your grade may go up, down, or remain the same.
The students cannot request remarking of a quiz or any other evaluations that
was automatically marked.
Remarking request can be only submitted within 10 days of the date
when the assignment/test marks were posted.
It is your responsibility to check your CPS721 marks
as soon as possible. Late regrading and recalculation requests will not
be accepted. Also, if a student failed to attend a lab or sign up a quiz,
the missing marks for quizzes cannot be requested. There are no
make-up quizzes in cps721.
Mark can decrease if TA finds something that was incorrectly
awarded too high a mark.
Tentative Course Calendar
(all changes of dates will be announced)
||Grade Value (%)
September 26, Monday
October 11, Tuesday
October 24, Monday
Saturday, October 29, 11am-1pm EST
November 14, Monday
November 28, Monday
As per timetable above, from Mon, Sept 12
Friday, 16th December 2022 at 15:00EST in MAC COURT (2.5h)
The total mark is calculated from the marks for assignments, quizzes, midterm and
the final exam.