LISP programming
LISP: a gentle introduction to symbolic computation
LISP: a gentle introduction to symbolic computation
LISPcraft
Performance and evaluation of LISP systems
Performance and evaluation of LISP systems
Programming in Common LISP
Programming language landscape: syntax, semantics, and implementation
Programming language landscape: syntax, semantics, and implementation
Compiler construction: theory and practice (2nd ed.)
Compiler construction: theory and practice (2nd ed.)
An introduction to LISP
Compilers: principles, techniques, and tools
Compilers: principles, techniques, and tools
LISP
A programmer's guide to Common Lisp
A programmer's guide to Common Lisp
Programming languages; (2nd ed.)
Programming languages; (2nd ed.)
Programmming languages: design and implementation (2nd ed.)
Programmming languages: design and implementation (2nd ed.)
Artificial intelligence
Artificial intelligence (2nd ed.)
Artificial intelligence (2nd ed.)
Introduction to artificial intelligence
Introduction to artificial intelligence
Common LISP: the language
LISP
LISP: The Language of Artificial Intelligence
LISP: The Language of Artificial Intelligence
Looking at LISP
Principles of Programming Languages
Principles of Programming Languages
Functional Programming
Syntax of Programming Languages: Theory and Practice
Syntax of Programming Languages: Theory and Practice
The Structure and Design of Programming Languages
The Structure and Design of Programming Languages
Principles of Programming Languages
Principles of Programming Languages
Anatomy of LISP
Compiler Construction
Theory and Practice of Compiler Writing
Theory and Practice of Compiler Writing
Introduction to Formal Language Theory
Introduction to Formal Language Theory
Compiler Design Theory
A Programming Methodology in Compiler Construction
A Programming Methodology in Compiler Construction
Programming language structures
Programming language structures
Compiler construction: an advanced course
Compiler construction: an advanced course
| Hi-index | 0.00 |
The programming language LISP is frequently the language of choice for the implementation of artificial intelligence (AI) systems, even though it has earned a reputation for being slow. This lack of speed is usually due to the fact that commonly available LISP implementations are interpretive in nature rather than compile and go. And we all know that interpreting source code is invariably slower than simply executing the compiled object code.