Logo

Computer Science: Abstraction to Implementation

Small book cover: Computer Science: Abstraction to Implementation

Computer Science: Abstraction to Implementation
by

Publisher: Harvey Mudd College
Number of pages: 627

Description:
This book is intended for a broad second course in computer science, one emphasizing principles wherever it seems possible at this level. While this course builds and amplifies what the student already knows about programming, it is not limited to programming. Instead, it attempts to use various programming models to explicate principles of computational systems.

Home page url

Download or read it online for free here:
Download link
(3.4MB, PDF)

Similar books

Book cover: Learn to ProgramLearn to Program
by - Pragmatic Bookshelf
Pine teaches you how to program in Ruby with a minimum of fuss or bother. Starting with simple one-line programs, you'll see how to have your webpage send you email, to shuffle your music, to rename your photos from your digital camera, and more.
(17239 views)
Book cover: Watch What I Do:  Programming by DemonstrationWatch What I Do: Programming by Demonstration
by - The MIT Press
Programming by Demonstration is a method that allows users to create programs by demonstrating what the program should do. The book describes 18 implementations of Programming by Demonstration, and discusses the problems for this method.
(12356 views)
Book cover: Programming PearlsProgramming Pearls
by - Addison-Wesley Professional
The book focuses on choosing the right algorithms and on showing how to solve problems effectively. Each chapter frames a particular programming task (sorting numbers, creating anagrams, counting the words). Code examples are written in C and C++.
(22558 views)
Book cover: Zen Style ProgrammingZen Style Programming
by - Lulu Press
This book introduces the concept of functional programming, describes a language that fulfills all the requirements, and shows how to solve simple problems in it. The book shows how to apply these techniques to some problems of varying complexity.
(12688 views)