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sidebar [2025/05/05 01:02]
tpruteanu
sidebar [2025/10/28 00:52] (current)
rares_stefan.balcan
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     * [[aa:​intro:​rules|Regulament]]     * [[aa:​intro:​rules|Regulament]]
     * Lectures:     * Lectures:
-      * [[aa:​lecture0|3 Problems Challenge]] +      * TBA
-      * [[aa:​lecture1|Problems and Algorithms + Turing Machines]] +
-      * [[aa:​lecture2|Computing]] +
-      * [[aa:​lecture3|Multitape TMs + Universal TMs]] +
-      * [[aa:​lecture4|Undecidable problems]] +
-      * [[aa:​lecture5|Reductions]] +
-      * [[aa:​lecture6|Undecidability Results]] +
-      * [[aa:​lecture7|Computational resources]] +
-      * [[aa:​lecture8|Complexity across computational models]] +
-      * [[aa:​lecture9|"​Hard?"​ problems]] +
-      * [[aa:​lecture10|Polynomial-time reductions]] +
-      * [[aa:​lecture11|P vs. NP]] +
-      * [[aa:​lecture12|Hardness and completeness]] +
-      * [[aa:​lecture13|Recurrence relations]] +
-      * [[aa:​lecture14|The Master Method]] +
-      * [[aa:​lecture15|Quicksort]] +
-      * [[aa:​lecture16|Amortized Analysis]] +
-      * [[aa:​lecture17|Algebraic Data Types]] +
-      * [[aa:​lecture18|Structural Induction]]+
     * Labs:     * Labs:
-      * [[aa:lab:0|Math recap]] +      * [[aa:lab:1|Laboratorul ​- Text editor]] 
-      * [[aa:lab:1|Turing Machines]] +      * [[aa:lab:2|Laboratorul 2 - Notații asimptotice ​și analiză amortizată]] 
-      * [[aa:lab:2|Computing]] +      * [[aa:lab:3|Laboratorul 3 - Analiză Amortizată și TDA-uri]] 
-      * [[aa:​lab:​3|Reduceri]] +      * [[aa:lab:4|Laboratorul 4 Inducție structurală]]
-      * [[aa:​lab:​4|Mai multe reduceri]]  +
-      * [[aa:lab:5|Notații asimptotice]]  +
-      * [[aa:lab:6|Hard Problems]] +
-      * [[aa:lab:8|Polynomial-time reductions]] +
-      * [[aa:​lab:​9|Hardness and Completeness]] +
-      * [[aa:​lab:​10|Recurrence relations]] +
-      * [[aa:​lab:​10:​b|Recurrence relations (part 2)]] +
-      * [[aa:​lab:​11|Amortized Analysis]] +
-      * [[aa:​lab:​12|Structural Induction]]+
  
 <-- <--
  
 --> Formal Languages and Automata# --> Formal Languages and Automata#
-  * [[lfa:2023 | LFA 2023-2024]] +  * [[lfa:2024 | LFA 2024-2025]] 
-  * [[lfa:2024:team | Echipa ]] +  * [[lfa:2025:team | Echipa ]] 
-  * [[lfa:2024:​intro:​rules | Regulament ]]+  * [[lfa:2025:​intro:​rules | Regulament ]]
  
-  * Lectures /*+  * Lectures ​ 
 + 
 +  * Labs 
 +    * [[lfa:​2025:​lab01 | 1. DFA ]] 
 +    * [[lfa:​2025:​lab02 | 2. Programming introduction - Python ]] 
 +    * [[lfa:​2025:​lab03 | 3. RegEx]] 
 +    * [[lfa:​2025:​lab04 | 4. RegEx -> NFA]] 
 + 
 +/*
     * [[lfa:​2024:​c01 | 1. ???]]     * [[lfa:​2024:​c01 | 1. ???]]
  
-*/ 
   * Proiect   * Proiect
     * [[lfa:​2024:​proiect | Etapa 1]]     * [[lfa:​2024:​proiect | Etapa 1]]
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     * [[lfa:​2024:​lab10 | 10. Context-Free Grammars]]     * [[lfa:​2024:​lab10 | 10. Context-Free Grammars]]
     * [[lfa:​2024:​lab11 | 11. Closure properties for Context-Free Languages]]     * [[lfa:​2024:​lab11 | 11. Closure properties for Context-Free Languages]]
 +
 +*/
  
 /* /*
 +
   * [[lfa:​2023:​proiect | Proiect ]]   * [[lfa:​2023:​proiect | Proiect ]]
   * [[lfa:​2023:​proiect_coding_style | Coding Style ]]   * [[lfa:​2023:​proiect_coding_style | Coding Style ]]
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       * [[pp:​2025:​l08 | L08: Intro to Haskell]]       * [[pp:​2025:​l08 | L08: Intro to Haskell]]
       * [[pp:​2025:​l09 | L09: Lazy Evaluation]]       * [[pp:​2025:​l09 | L09: Lazy Evaluation]]
 +      * [[pp:​2025:​l10 | L10: Functors & Monads]]
 +      * [[pp:​2025:​l11 | L11: Classes, Applicatives and More Monads]]
  
     * Homeworks     * Homeworks
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   * [[fp2025:​hw1 | Homework 1: Sets as functions]]   * [[fp2025:​hw1 | Homework 1: Sets as functions]]
   * [[fp2025:​hw2 | Homework 2: Sets as trees]]   * [[fp2025:​hw2 | Homework 2: Sets as trees]]
 +  * [[fp2025:​hw3 | Homework 3: Five-in-a-row]]
  
   <--   <--
  
 <-- <--