Programming by Numbers: A Programming Method for Novices

@article{Glaser2000ProgrammingBN,
  title={Programming by Numbers: A Programming Method for Novices},
  author={Hugh Glaser and Pieter H. Hartel and Paul W. Garratt},
  journal={Comput. J.},
  year={2000},
  volume={43},
  pages={252-265}
}
Students often have difficulty with the minutiae of program construction. We introduce the idea of `Programming by Numbers', which breaks some of the programming process down into smaller steps, giving such students a way into the process of Programming in the Small. Programming by Numbers does not add intellectual difficulty to learning programming, as it does not require the student to learn additional tools or theory. In fact it can be done with pencil and paper or the normal editor, and… 

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References

SHOWING 1-10 OF 28 REFERENCES

Functional C

TLDR
Functional C provides a deep understanding of the differences between functional and imperative programming problem solving techniques used throughout with a wealth of examples and exercises.

Use of Program Schemata in Lisp Programming: an Evaluation of its Impact on Learning

TLDR
The approach and experience with teaching fundamentals of functional programming by program schemata construction and explanation is described and experiments are reported that allow to judge quite favourably the approach to teaching functional (Lisp) programming when the student learns a set of program Schemata and how to apply them.

A declarative laboratory approach for discrete structures, logic, and computability

TLDR
The lab component is created for a year long sophomore course in discrete structures, logic, and computability for students majoring in computer science or computer engineering and consists of experiments in declarative programming environments.

Java as a first language: an evaluation

TLDR
This note outlines some issues raised in considering the use of the programming language JavaTM to support a first course in software development, and enumerates some aspects of the Java language that attracted interest.

Introduction to Programming Using Java: An Object-Oriented Approach, Java 2 Update, JavaPlace Edition

TLDR
Object-oriented concepts from the very beginning--classes, objects, and messages are all introduced in Chapter 1--and develops them throughout, applying a consistent class design procedure, usable by beginners.

Programming pedagogy—a psychological overview

TLDR
A brief overview of some of the more important results concerning computer programming and how they can affect course design is given.

Report on the programming language Haskell: a non-strict, purely functional language version 1.2

TLDR
"Some half dozen persons have written technically on combinatory logic, and most of these, including ourselves, have published something erroneous"; this is regarded as evidence that the subject is refractory.

Elements of ML programming

TLDR
A perspective on ML and SML/NJ and how to program with Datatypes and Solutions to Selected Exercises are presented.

ZTC: A Type Checker for Z User's Guide

TLDR
This document is intended to serve as both a user's guide and a reference manual of ZTC, a type checker for the Z speciication language.