Problem solving with Pascal: programming methods, algorithms, and data structures
Problem solving with Pascal: programming methods, algorithms, and data structures
Pascal: programming and problem solving (2nd ed.)
Pascal: programming and problem solving (2nd ed.)
Building Pascal programs
Condensed Pascal
Introduction to Pascal and structured design
Introduction to Pascal and structured design
Introduction to Pascal
PASCAL: a new introduction to computer science
PASCAL: a new introduction to computer science
Programming in Pascal
Pascal: an introduction to the art and science of programming (3rd ed.)
Pascal: an introduction to the art and science of programming (3rd ed.)
Pascal (4th ed.): problem solving and program design
Pascal (4th ed.): problem solving and program design
Pascal: A Guided Tour
Oh! Pascal!
Pascal by Example: From Practice to Principle in Computer Science
Pascal by Example: From Practice to Principle in Computer Science
An Introduction to Programming Using MacIntosh Pascal
An Introduction to Programming Using MacIntosh Pascal
Pascal
Pascalorithms
Oh! Pascal!
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An essential part of the CS 1 course based on Pascal is the idea of random access memory usage when structured programs are executed. A survey of several texts reveals that the view of both variables and constants as memory locations for data is in many cases not systematically carried over and developed further when procedures and functions are presented. This paper presents a systematic method for understanding memory usage when dealing with subprograms in Pascal and presents a survey of current approaches.