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--- course_outline [2019/08/27 02:58] – jonathan
+++ course_outline [2019/11/01 14:48] (current) – jonathan
@@ Line 3: / Line 3: @@
 The tentative schedule for required readings (that you must do on your own), Scheduled Labs and Labtests are provided below.
-====== Schedule ======
+[[https://moodle.yorku.ca/moodle/course/view.php?id=162319|Moodle Site is here]]. Please register with iClicker for in class use.
+====== Schedule Fall 2019 ======
+Tentative Labtest Dates & Required Reading
 ^Lab   ^Date          ^Labtest  ^Weight ^Weekly Required Readings^
 | Lab00 | Wed. 04 Sep.|          |       |Slides-01: Requirements Overview|
-| Lab01 | Wed. 11 Sep.|Labtest1  | 1%    |Section 2.2 Identify System Boundary|
+| Lab01 | Wed. 11 Sep.|Labtest1  | 1%    |Section 2.1/2.2 Identify System Boundary|
 | Lab02 | Wed. 18 Sep.|Labtest2  | 2%    |Section 2.3 Develop Operational Concepts|
-| Lab03 | Wed. 25 Sep.|Labtest3  | 3%    |Sect. 2.4 Identify Environmental Assumptions|
+| Lab03 | Wed. 25 Sep.|Labtest3  | 3%    |Section 2.4 Identify Environmental Assumptions|
 | Lab04 | Wed. 02 Oct.|Labtest4  | 4%    |Section 2.5 Develop Functional Architecture|
-| Lab05 | Wed. 09 Oct.|          |       |WIFT-PVS Prop. Logic p57-66|
+| Lab05 | Wed. 09 Oct.|YK        |       |WIFT-PVS Prop. Logic p57-66|
-|       | Wed. 16 Oct.|          |       |WIFT-PVS Pred. Logic p66-76|
+|       | Wed. 16 Oct.|Reading W.|       |WIFT-PVS Pred. Logic p66-76|
-| Lab07 | Wed. 23 Oct.|Labtest5  | 5%    |Section 2.7: Identify System Modes|
+| Lab06 | Wed. 23 Oct.|Labtest5  | 5%    |Section 2.6: Revise Architecture/Constraints|
-| Lab08 | Wed. 30 Oct.|Labtest6  | 5%    |Section 2.9/10: Define Software Requirements|
+| Lab07 | Wed. 30 Oct.|Labtest6  | 5%    |Section 2.7: Identify System Modes|
-| Lab08 | Wed. 30 Oct.|Labtest7  | 5%    |Section 2.11: Provide Rationale|
+| Lab08 | Wed. 06 Nov.|Labtest7  | 5%    |Section 2.8: Detailed Behaviour/Performance|
-| Lab09 | Wed. 06 Nov.|          |       |UML (Use Case, Class, Statechart, Sequence)|
+| Lab09 | Wed. 13 Nov.|Project   | 20%   |Section 2.9/10: Define Software Requirements|
-| Lab07 | Wed. 13 Nov.|Project   | 20%   |Section 2.7: Identify System Modes|
+| Lab10 | Wed. 20 Nov.|Assignment| 10%   |Section 2.11: Provide Rationale|
-| Lab07 | Wed. 20 Nov.|Assignment| 10%   |Section 2.7: Identify System Modes|
+| Lab11 | Wed. 27 Nov.|Exam Prep | 45%   ||
-| Lab07 | Wed. 27 Nov.|Exam Prep | 45%   |Section 2.7: Identify System Modes|
 |       |             |          | 100%  ||
+**You must be present in every laboratory during the scheduled Lab hour.** In most weeks, there will be a weekly Labtest during the scheduled Lab hour that is graded. The Labtest may cover all work done up to an including the previous week, including lectures, Labs and required readings.
-Tentative Labtest Dates & Required Reading
- =====
-**You must be present in every laboratory during the scheduled Lab hour.** In most weeks, there will be a weekly Labtest during the scheduled Lab hour that is graded.
 Every week there will be Lab work to be done (available on the SVN). See [[:protected:labs:start|here]]
-{{:quiz-instructions.pdf|Labtest Instructions}}
+Each week you are required to study readings, on your own time, during the course.
+  * **Required text**: [[https://www.faa.gov/aircraft/air_cert/design_approvals/air_software/media/AR-08-32.pdf| Requirements Engineering Management Handbook (2009)]] (REMH). Note that there are examples of how to write requirements documents in Appendix A, B, C and D of this handbook. This allows you to see how the readings can be applied in practice.
-{{:schedule.png?780|}}
+  * //WIFT-95 Tutorial Introduction to PVS// ([[https://wiki.eecs.yorku.ca/project/sel-students/p:tutorials:pvs:wift:start|WIFT-PVS Tutorial]]). Try out the examples using the PVS theorem prover. In addition, you must do the telephone book example in the WIFT-95 Tutorial (pages 5 to 25).
+  * You must also review UML (Use Case, Class, Statechart, Sequence Diagrams). There is a video to help you understand Use Cases. You must understand and be able to construct Use Cases and Use Case diagrams before the Project and Exam. See [[https://wiki.eecs.yorku.ca/course_archive/2017-18/F/4312/protected:videos:start#what_are_use_cases|here]].
-Each week you are required to study readings, on your own time, from:
-  * the //WIFT-95 Tutorial Introduction to PVS// ([[https://wiki.eecs.yorku.ca/project/sel-students/p:tutorials:pvs:wift:start|WIFT-PVS Tutorial]]). Try out the examples using the PVS theorem prover. In addition, you must do the telephone book example in the WIFT-95 Tutorial (pages 5 to 25).
-  * the required text: [[https://www.faa.gov/aircraft/air_cert/design_approvals/air_software/media/AR-08-32.pdf| Requirements Engineering Management Handbook (2009)]] (REMH). Note that there are examples of how to write requirements documents in Appendix A, B, C and D of this handbook. This allows you to see how the readings can be applied in practice.
-  * There is a video to help you understand Use Cases. You must understand and be able to construct Use Cases and Use Case diagrams before the Project and Exam. See [[https://wiki.eecs.yorku.ca/course_archive/2017-18/F/4312/protected:videos:start#what_are_use_cases|here]].
-Labtests will be based on the Labs, readings and class lectures. TLA+ Videos included.
+As you attend the lectures, Labs and undertake the required readings note the various ways in which we **Elicit** and **Document** requirements including:
+  * Informal prose descriptions
+  * E/R descriptions
+  * Use Cases, Statecharts and other UML diagrams
+  * TLA+ Specifications
+  * PVS Specifications especially completeness, disjointness and well-definedness of specifications
+   * Acceptance Tests based on UI grammars, etc.
+   * A Requirements Document will involve a combination of carefully selected such methods.
 ===== Topics Covered =====