Abstract
In the research field of artificial intelligence many languages have been developed based on LISP, such as Planner, Conniver and so on. They have been developed to give users many useful facilities, especially for describing flexible control structures. Backtracking and coroutine facilities are typical ones introduced into these languages. Compared with backtracking and coroutine facilities, multi-process description facilities are considered to be a better alternative for writing well-structured programs. This paper describes concurrent LISP, a new concurrent programming language based on LISP. Concurrent LISP is designed to provide simple and flexible facilities for multi-process description without changing the original language features of LISP. This paper also describes the concurrent LISP interpreter which has been implemented on a FACOM M-200 at the Data Processing Center of Kyoto University. 19 references.
Citation Formats
Tabata, K, Sugimoto, S, and Ohno, Y.
Concurrent LISP and its interpreter.
Japan: N. p.,
1981.
Web.
Tabata, K, Sugimoto, S, & Ohno, Y.
Concurrent LISP and its interpreter.
Japan.
Tabata, K, Sugimoto, S, and Ohno, Y.
1981.
"Concurrent LISP and its interpreter."
Japan.
@misc{etde_5000098,
title = {Concurrent LISP and its interpreter}
author = {Tabata, K, Sugimoto, S, and Ohno, Y}
abstractNote = {In the research field of artificial intelligence many languages have been developed based on LISP, such as Planner, Conniver and so on. They have been developed to give users many useful facilities, especially for describing flexible control structures. Backtracking and coroutine facilities are typical ones introduced into these languages. Compared with backtracking and coroutine facilities, multi-process description facilities are considered to be a better alternative for writing well-structured programs. This paper describes concurrent LISP, a new concurrent programming language based on LISP. Concurrent LISP is designed to provide simple and flexible facilities for multi-process description without changing the original language features of LISP. This paper also describes the concurrent LISP interpreter which has been implemented on a FACOM M-200 at the Data Processing Center of Kyoto University. 19 references.}
journal = []
volume = {4}
journal type = {AC}
place = {Japan}
year = {1981}
month = {Jan}
}
title = {Concurrent LISP and its interpreter}
author = {Tabata, K, Sugimoto, S, and Ohno, Y}
abstractNote = {In the research field of artificial intelligence many languages have been developed based on LISP, such as Planner, Conniver and so on. They have been developed to give users many useful facilities, especially for describing flexible control structures. Backtracking and coroutine facilities are typical ones introduced into these languages. Compared with backtracking and coroutine facilities, multi-process description facilities are considered to be a better alternative for writing well-structured programs. This paper describes concurrent LISP, a new concurrent programming language based on LISP. Concurrent LISP is designed to provide simple and flexible facilities for multi-process description without changing the original language features of LISP. This paper also describes the concurrent LISP interpreter which has been implemented on a FACOM M-200 at the Data Processing Center of Kyoto University. 19 references.}
journal = []
volume = {4}
journal type = {AC}
place = {Japan}
year = {1981}
month = {Jan}
}