About this course: This course is an introduction to Logic from a computational perspective. It shows how to encode information in the form of logical sentences; it shows how to reason with information in this form; and it provides an overview of logic technology and its applications - in mathematics, science, engineering, business, law, and so forth.
Who is this class for: The course was originally designed for use at the college level. However, experience has shown that it works for secondary school students as well, and it can be used at the start of graduate school for those who have not yet seen the material. There are just two prerequisites. The course presumes that the student understands sets and set operations, such as union, intersection, and so forth. It also presumes that the student is comfortable with symbolic manipulation, as used, for example, in solving high-school algebra problems. Nothing else is required.
Created by: Stanford University
Taught by: Michael Genesereth, Associate Professor
Computer Science Department
| Level | Intermediate |
| Commitment | 10 weeks of study, 4-8 hours/week |
| Language | English, Subtitles: Chinese (Simplified), Portuguese (Brazilian), Turkish, Spanish, Polish |
| How To Pass | Pass all graded assignments to complete the course. |
| User Ratings |
Syllabus
WEEK 1
Lesson 1 - Introduction
13 items
- LTI Item: Section 1.1 - Introduction
- LTI Item: Section 1.2 - Sorority World
- LTI Item: Section 1.3 - Logical Sentences
- LTI Item: Section 1.4 - Logical Entailment
- LTI Item: Section 1.5 - Logical Proofs
- LTI Item: Section 1.6 - Formalization
- LTI Item: Section 1.7 - Automation
- LTI Item: Section 1.8 - Study Guide
- LTI Item: Alice in Wonderland
Graded: Exercise 1.1
Graded: Exercise 1.2
Graded: Exercise 1.3
Graded: Exercise 1.4
WEEK 2
Lesson 2 - Propositional Logic
1 video
- LTI Item: Section 2.1 - Introduction
- LTI Item: Section 2.2 - Syntax
- LTI Item: Section 2.3 - Semantics
- LTI Item: Section 2.4 - Evaluation
- LTI Item: Section 2.5 - Satisfaction
- LTI Item: Section 2.6 - Natural Language
- LTI Item: Section 2.7 - Digital Circuits
- Video: The Big Game
Graded: Exercise 2.1
Graded: Exercise 2.2
Graded: Exercise 2.3
Graded: Exercise 2.4
Graded: Exercise 2.5
Graded: Exercise 2.6
Graded: Exercise 2.7
Lesson 3 - Propositional Analysis
14 items
- LTI Item: Section 3.1 - Introduction
- LTI Item: Section 3.2 - Logical Properties
- LTI Item: Section 3.3 - Logical Equivalence
- LTI Item: Section 3.4 - Logical Entailment
- LTI Item: Section 3.5 - Logical Consistency
- LTI Item: Section 3.6 - Properties and Relationships
- LTI Item: Whodunnit
- LTI Item: Digital Circuits
Graded: Exercise 3.1
Graded: Exercise 3.2
Graded: Exercise 3.3
Graded: Exercise 3.4
Graded: Exercise 3.5
Graded: Exercise 3.6
WEEK 3
Lesson 4 - Propositional Proofs
20 items
- LTI Item: Section 4.1 - Propositional Proofs
- LTI Item: Section 4.2 - Linear Reasoning
- LTI Item: Section 4.3 - Hypothetical Reasoning
- LTI Item: Section 4.4 - Fitch
- LTI Item: Section 4.5 - Reasoning Tips
- LTI Item: Section 4.6 - Soundness and Completeness
Graded: Exercise 4.1
Graded: Exercise 4.2
Graded: Exercise 4.3
Graded: Exercise 4.4
Graded: Exercise 4.5
Graded: Exercise 4.6
Graded: Exercise 4.7
Graded: Exercise 4.8
Graded: Exercise 4.9
Graded: Exercise 4.10
Graded: Exercise 4.11
Graded: Exercise 4.12
Graded: Exercise 4.13
Graded: Exercise 4.14
WEEK 4
Lesson 5 - Propositional Resolution
1 video
- LTI Item: Section 5.1 - Propositional Resolution
- LTI Item: Section 5.2 - Clausal Form
- LTI Item: Section 5.3 - Resolution Principle
- LTI Item: Section 5.4 - Resolution Reasoning
- Video: Box Logic (out of focus)
Graded: Exercise 5.1
Graded: Exercise 5.2
Graded: Exercise 5.3
Graded: Exercise 5.4
WEEK 5
Lesson 6 - Relational Logic
19 items
- LTI Item: Section 6.1 - Introduction
- LTI Item: Section 6.2 - Syntax
- LTI Item: Section 6.3 - Semantics
- LTI Item: Section 6.4 - Evaluation
- LTI Item: Section 6.5 - Satisfaction
- LTI Item: Section 6.6 - Sorority World
- LTI Item: Section 6.7 - Blocks World
- LTI Item: Section 6.8 - Modular Arithmetic
- LTI Item: Section 6.9 - Logical Properties
- LTI Item: Section 6.10 - Logical Entailment
- LTI Item: Section 6.11 - Relational Logic and Propositional Logic
- LTI Item: Cartoon - Logicians
Graded: Exercise 6.1
Graded: Exercise 6.2
Graded: Exercise 6.3
Graded: Exercise 6.4
Graded: Exercise 6.5
Graded: Exercise 6.6
Graded: Exercise 6.7
Lesson 7 - Relational Analysis
13 items
- LTI Item: Section 7.1 - Introduction
- LTI Item: Section 7.2 - Truth Tables
- LTI Item: Section 7.3 - Semantic Trees
- LTI Item: Section 7.4 - Boolean Models
- LTI Item: Section 7.5 - Non-Boolean Models
- LTI Item: Sorority Life
- LTI Item: Minefinder
- LTI Item: Minefield
- LTI Item: Mineplanner
- LTI Item: Pelican Hunters
Graded: Exercise 7.1
Graded: Exercise 7.2
Graded: Exercise 7.3
WEEK 6
Lesson 8 - Relational Proofs
The description goes here
13 items
- LTI Item: Section 8.1 - Introduction
- LTI Item: Section 8.2 - Proofs
- LTI Item: Section 8.3 - Example
- LTI Item: Section 8.4 - Example
- LTI Item: Section 8.5 - Example
Graded: Exercise 8.1
Graded: Exercise 8.2
Graded: Exercise 8.3
Graded: Exercise 8.4
Graded: Exercise 8.5
Graded: Exercise 8.6
Graded: Exercise 8.7
Graded: Exercise 8.8
WEEK 7
Lesson 9 - Herbrand Logic
13 items
- LTI Item: Section 9.1 - Introduction
- LTI Item: Section 9.2 - Syntax and Semantics
- LTI Item: Section 9.3 - Evaluation and Satisfaction
- LTI Item: Section 9.4 - Peano Arithmetic
- LTI Item: Section 9.5 - Linked Lists
- LTI Item: Section 9.6 - Pseudo English
- LTI Item: Section 9.7 - Metalevel Logic
- LTI Item: Section 9.8 - Undecidability
Graded: Exercise 9.1
Graded: Exercise 9.2
Graded: Exercise 9.3
Graded: Exercise 9.4
Graded: Exercise 9.5
WEEK 8
Lesson 10 - Herbrand Proofs
3 items
- LTI Item: Section 10.1 - Introduction
- LTI Item: Section 10.2 - Non-Compactness and Incompleteness
- LTI Item: Blocks World Programs
Lesson 11 - Induction
The description goes here
13 items
- LTI Item: Section 11.1 - Introduction
- LTI Item: Section 11.2 - Domain Closure
- LTI Item: Section 11.3 - Linear Induction
- LTI Item: Section 11.4 - Tree Induction
- LTI Item: Section 11.5 - Structural Induction
- LTI Item: Section 11.6 - Multidimensional Induction
- LTI Item: Section 11.7 - Embedded Induction
Graded: Exercise 11.1
Graded: Exercise 11.2
Graded: Exercise 11.3
Graded: Exercise 11.4
Graded: Exercise 11.5
Graded: Exercise 11.6
WEEK 9
Lesson 12 - Resolution
The description goes here
19 items
- LTI Item: Section 12.1 - Introduction
- LTI Item: Section 12.2 - Clausal Form
- LTI Item: Section 12.3 - Unification
- LTI Item: Section 12.4 - Resolution Principle
- LTI Item: Section 12.5 - Resolution Reasoning
- LTI Item: Section 12.6 - Unsatisfiability
- LTI Item: Section 12.7 - Logical Entailment
- LTI Item: Section 12.8 - Answer Extraction
- LTI Item: Section 12.9 - Strategies
Graded: Exercise 12.1
Graded: Exercise 12.2
Graded: Exercise 12.3
Graded: Exercise 12.4
Graded: Exercise 12.5
Graded: Exercise 12.6
Graded: Exercise 12.7
Graded: Exercise 12.8
Graded: Exercise 12.9
Graded: Exercise 12.10
WEEK 10
Supplementary Material
4 items
- LTI Item: Satisfiability
- LTI Item: Equality
- LTI Item: First-Order Logic
- LTI Item: The Herbrand Manifesto
FAQs
How It Works
Coursework
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Creators
Stanford University
The Leland Stanford Junior University, commonly referred to as Stanford University or Stanford, is an American private research university located in Stanford, California on an 8,180-acre (3,310 ha) campus near Palo Alto, California, United States.
Ratings and Reviews
Excelente
Pros:
1.good contents
2.good exercises and interesting puzzles
3.good examples
Cons:
1.No video
2. need more examples
An extremely engaging and complex course. While the starting weeks and the supplementary materials are excellent, I found the course somewhat lacking in appropriate introductions to the Fitch system, which can be quite daunting for less experienced students.
The main workbook makes for helpful reading material for college students, regardless of their course's individual approach to Logic.
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This is an awesome course about logic that I totally recommend because it explains very fundamental concepts.
I suggest to integrate the contents into the Coursera platform, although the external tool is easy to use also.
I would be great if you published a continuation course which may include, for instance, the covered topics in more detail, FOL in depth, second and higher order logic, logic programming.
Thank you very much for offering us this course!