Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision
Previous revision
18cs493 [2018-07-22] – [Synopsis] Martin Ziegler18cs493 [2018-07-25] (current) – written exam Martin Ziegler
Line 53: Line 53:
 in E3-1 #3444 in E3-1 #3444
 ==== Synopsis ==== ==== Synopsis ====
-  - {{18cs493a.pdf|Introduction and Motivation}} +  - {{18cs493a.pdf|Introduction and Motivation}} ({{18cs493a.ppt|ppt}}) 
-  - {{18cs493b.pdf|Discrete Computation}}: +  - {{18cs493b.pdf|Discrete Computation}} ({{18cs493b.ppt|ppt}})
     * Halting Problem     * Halting Problem
     * Un/Semi/Decidability/Enumerability      * Un/Semi/Decidability/Enumerability 
Line 61: Line 61:
     * Complexity classes P, NP, EXP     * Complexity classes P, NP, EXP
     * (Polynomial-time) Reduction     * (Polynomial-time) Reduction
-  - {{18cs493c.pdf|Computing over the Reals}}+  - {{18cs493c.pdf|Computing over the Reals}} ({{18cs493c.ppt|ppt}})
      * Computable Real numbers: non/equivalent notions      * Computable Real numbers: non/equivalent notions
      * Equality, real sequences and limits      * Equality, real sequences and limits
Line 67: Line 67:
      * Computational cost, compactness, and continuity      * Computational cost, compactness, and continuity
      * Uncomputable derivative      * Uncomputable derivative
-  - Exact Real Computation+  - {{18cs493d.pdf|Exact Real Computation}} ({{18cs493d.ppt|ppt}})
      * Non-extensionality, discrete enrichment      * Non-extensionality, discrete enrichment
      * Semantics of tests and choose()      * Semantics of tests and choose()
      * iRRAM library      * iRRAM library
      * Example Algorithms      * Example Algorithms
-  - Real Complexity Theory+  - {{18cs493e.pdf|Real Complexity Theory}} ({{18cs493e.ppt|ppt}})
      * Polynomial-time reals      * Polynomial-time reals
      * Polynomial-time functions      * Polynomial-time functions
Line 97: Line 97:
   * {{18cs493ii.pdf|Homework #2}} consists of one large problem to be solved and submitted in English **on paper** in the lecture on July 17 (Tuesday)    * {{18cs493ii.pdf|Homework #2}} consists of one large problem to be solved and submitted in English **on paper** in the lecture on July 17 (Tuesday) 
   * {{18cs493iii.pdf|Homework #3}} consists of two problems. Problem 6 is to be solved and submitted in English **on paper** in the lecture on July 24 (Tuesday). Problem 7 is to be solved and submitted in English via [[mailto:cs493@theoryofcomputation.asia|email]] before the lecture on July 24 (Tuesday).   * {{18cs493iii.pdf|Homework #3}} consists of two problems. Problem 6 is to be solved and submitted in English **on paper** in the lecture on July 24 (Tuesday). Problem 7 is to be solved and submitted in English via [[mailto:cs493@theoryofcomputation.asia|email]] before the lecture on July 24 (Tuesday).
 +  * {{18cs493exam.pdf|Written Exam}} on July 25 with 30% bonus points