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Lectures & planning

Preliminary planning of the lectures with the corresponding chapters from the second edition of Structure and Interpretation of Computer Programs (SICP).

Period VT1

  • Lecture 1.pdf: (SICP 1, 3.1-3.2)
    Overview
    Functional and imperativ programming
    The substitution and the environment models
    Assignment
  • Lecture 2.pdf: (SICP 3.1-3.2, 3.3.5)
    Object oriented programming
    Objects with locak state
    Environment model (cont.)
    Constraint propagation
  • Lecture 3.pdf: (SICP 3.5)
    streams
    delayed evaluation
    lazy evaluation, call-by-name, call-by-need
  • Lecture 4.pdf: (SICP 4.1-4.1.6)
    Evaluators
    An interpreter for Scheme
    Language extension and macros
  • Lecture 5: (SICP 4.2)
    An interpreter for Scheme (cont.)
    Static and dynamic binding
    Parameter passing
    Type inference
  • Lecture 6: (SICP 4.1.7)
    Separation of the syntactic analysis and the execution
  • Lecture 7: (SICP 4.3)
    Non-deterministic programming
    Continuations

Period VT2

  • Lecture 8: (SICP 4.4)
    Declarative and procedural programming
    Logic programming
    Interpreter for a logic programming language
  • Lecture 9: Guest lecture by Anders Haraldsson
    Reflektioner på kursen.
    Lisps påverkan. Kopplingar och trender till dagens programspråk - lambda-uttryck, closure/procdurobjekt, nya standarder för C++, Java, nya dynamiska språk, Python, Scala, Clojure.
    Egen forskning - partialevaluering - samband mellan interpretator och kompilator i relation till kursen.
  • Lecture 10: (SICP 5.1, 5.2, 5.4)
    Register machines
    Explicit control evaluator
  • Lecture 11: (SICP 5.3, 5.4)
    Scheme interpreter in machine code
  • Lexical addressing, variables lookup
  • Lecture 12: (SICP 5.5)
    Compiling and interpreting
    A compiler for Scheme

Page responsible: Ahmed Rezine
Last updated: 2013-03-05