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+                    +---------------------------+
+                    |           CS 140          |
+                    | PROJECT 3: VIRTUAL MEMORY |
+                    |      DESIGN DOCUMENT      |
+                    +---------------------------+
+
+---- GROUP ----
+
+>> Fill in the names and email addresses of your group members.
+
+FirstName LastName <email@domain.example>
+FirstName LastName <email@domain.example>
+FirstName LastName <email@domain.example>
+
+---- PRELIMINARIES ----
+
+>> If you have any preliminary comments on your submission, notes for the
+>> TAs, or extra credit, please give them here.
+
+>> Please cite any offline or online sources you consulted while
+>> preparing your submission, other than the Pintos documentation, course
+>> text, lecture notes, and course staff.
+
+                        PAGE TABLE MANAGEMENT
+                        =====================
+
+TODO
+
+                            STACK GROWTH
+                            ============
+TODO
+
+                         MEMORY MAPPED FILES
+                         ===================
+
+---- DATA STRUCTURES ----
+
+>> C1: Copy here the declaration of each new or changed `struct' or
+>> `struct' member, global or static variable, `typedef', or
+>> enumeration.  Identify the purpose of each in 25 words or less.
+
+---- ALGORITHMS ----
+
+>> C2: Describe how memory mapped files integrate into your virtual
+>> memory subsystem.
+
+>> C3: Explain how you determine whether a new file mapping overlaps
+>> any existing segment.
+
+---- RATIONALE ----
+
+>> C4: Mappings created with "mmap" have similar semantics to those of
+>> data demand-paged from executables, except that "mmap" mappings are
+>> written back to their original files, not to swap.  This implies
+>> that much of their implementation can be shared.  Explain why your
+>> implementation either does or does not share much of the code for
+>> the two situations.
+
+                           SURVEY QUESTIONS
+                           ================
+
+Answering these questions is optional, but it will help us improve the
+course in future quarters.  Feel free to tell us anything you
+want--these questions are just to spur your thoughts.  You may also
+choose to respond anonymously in the course evaluations at the end of
+the quarter.
+
+>> In your opinion, was this assignment, or any one of the three problems
+>> in it, too easy or too hard?  Did it take too long or too little time?
+
+>> Did you find that working on a particular part of the assignment gave
+>> you greater insight into some aspect of OS design?
+
+>> Is there some particular fact or hint we should give students in
+>> future quarters to help them solve the problems?  Conversely, did you
+>> find any of our guidance to be misleading?
+
+>> Do you have any suggestions for the TAs to more effectively assist
+>> students, either for future quarters or the remaining projects?
+
+>> Any other comments?