Certified Programming with Dependent Types
by Adam Chlipala
Number of pages: 371
Due in no small part to some bold but unfulfilled promises in the history of computer science, today most people who write software, practitioners and academics alike, assume that the costs of formal program verification outweigh the benefits. The purpose of this book is to convince you that the technology of program verification is mature enough today that it makes sense to use it in a support role in many kinds of research projects in computer science.
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by Dr. Robert Richard Hoogerwoord - Technische Universiteit Eindhoven
This document was started as a research to what extent functional programs can be designed in a calculational way. This should be possible because functional-program notations carry less operational connotations than their sequential counterparts do.
by Robert Harper - Carnegie Mellon University
Introduction to programming with the Standard ML - a formally defined programming language. The text covers the core language, declarations, functions, products and records, recursive functions, type inference and polymorphism, lists, and more.
by Andrew Cumming - Napier University
Functional languages such as ML, Hope and Lisp allow us to develop programs which will submit logical analysis relatively easily. Using a functional language we can make assertions about programs and prove these assertions to be correct.