"MATHLAB 68" was introduced in 1967[1] and became rather popular in university environments running on DECsPDP-6 and PDP-10 under TOPS-10 or TENEX. In 1969 this version was included in the DECUS user group's library (as 10-142) as royalty-free software.
Carl Engelman left MITRE for Symbolics where he contributed his expert knowledge in the development of Macsyma.
MATHLAB is an on-line system providing machine aid for the mechanical symbolic processes encountered in analysis. It is capable of performing, automatically and symbolically, such common procedures as simplification, substitution, differentiation, polynomial factorization, indefinite integration, direct and inverse Laplace transforms, the solution of linear differential equations with constant coefficients, the solution of simultaneous linear equations, and the inversion of matrices. It also supplies fairly elaborate bookkeeping facilities appropriate to its on-line operation.
Applicationsedit
MATHLAB 68 has been used to solve electrical linear circuits using an acausal modeling approach for symbolic circuit analysis.[2] This application was developed as a plug-in for MATHLAB 68 (open-source), building on MATHLAB's linear algebra facilities (Laplace transforms, inverse Laplace transforms and linear algebra manipulation).
Print publicationsedit
Engelman, Carl (1971). "The legacy of MATHLAB 68". Proceedings of the second ACM symposium on Symbolic and algebraic manipulation - SYMSAC '71. New York, NY: ACM. pp. 29–41. doi:10.1145/800204.806265. ISBN9781450377867. S2CID 14328833.
^Labrèche P., presentation: Linear Electrical Circuits:Symbolic Network Analysis, 1977
April 11, 2024
mathlab, numerical, computer, environment, matlab, educational, software, mymathlab, computer, algebra, system, created, 1964, carl, engelman, mitre, written, lisp, introduced, 1967, became, rather, popular, university, environments, running, decs, under, tops. For the numerical computer environment see MATLAB For the educational software see MyMathLab MATHLAB is a computer algebra system created in 1964 by Carl Engelman at MITRE and written in Lisp MATHLAB 68 was introduced in 1967 1 and became rather popular in university environments running on DECs PDP 6 and PDP 10 under TOPS 10 or TENEX In 1969 this version was included in the DECUS user group s library as 10 142 as royalty free software Carl Engelman left MITRE for Symbolics where he contributed his expert knowledge in the development of Macsyma Contents 1 Features 2 Applications 3 Print publications 4 ReferencesFeatures editAbstract from DECUS Library Catalog MATHLAB is an on line system providing machine aid for the mechanical symbolic processes encountered in analysis It is capable of performing automatically and symbolically such common procedures as simplification substitution differentiation polynomial factorization indefinite integration direct and inverse Laplace transforms the solution of linear differential equations with constant coefficients the solution of simultaneous linear equations and the inversion of matrices It also supplies fairly elaborate bookkeeping facilities appropriate to its on line operation Applications editMATHLAB 68 has been used to solve electrical linear circuits using an acausal modeling approach for symbolic circuit analysis 2 This application was developed as a plug in for MATHLAB 68 open source building on MATHLAB s linear algebra facilities Laplace transforms inverse Laplace transforms and linear algebra manipulation Print publications editEngelman Carl 1971 The legacy of MATHLAB 68 Proceedings of the second ACM symposium on Symbolic and algebraic manipulation SYMSAC 71 New York NY ACM pp 29 41 doi 10 1145 800204 806265 ISBN 9781450377867 S2CID 14328833 References edit Mathlab 68 started in 1967 on PDP 6 Labreche P presentation Linear Electrical Circuits Symbolic Network Analysis 1977 Retrieved from https en wikipedia org w index php title MATHLAB amp oldid 1169265049, wikipedia, wiki, book, books, library,
