TrustRadius Insights for Maple are summaries of user sentiment data from TrustRadius reviews and, when necessary, third party data sources.
Business Problems Solved
Maple has proven to be an invaluable tool for solving complex mathematical problems related to fluid mechanics, engineering, and computer algebra systems. With its multiple-scale method, users are able to go to high order in a reasonable time, bypassing the need for long handwritten calculations and mapping. According to reviewers, Maple is also useful for solving near impossible-to-solve problems by hand, which researchers can use for publishing research work quickly.
In addition to its computational capabilities, Maple also provides an intuitive platform for carrying out algebraic manipulations in a unified framework, making it ideal for doctoral-level course problem sets and research-related work. Its ability to solve differential equations and systems of equations has also made it beneficial for solving engineering principles related to dynamics with eigenvectors and eigenvalues. Moreover, many users have appreciated how easy it is to install the software and its user-friendly interface which makes the experience seamless. Overall, Maple continues to save users a lot of time while providing robust solutions to complex math problems.
Maple is currently used in engineering department where we deduce some mathematical simulation and run time modeling of differential equation. Since most of the equations are very hard and time consuming writing Maple to code to achieve that part is very easy. And since it has an extensive set and function for equation solving and differential equation, using maple reduces a lot of time writing complex code
Pros
Numerical Calculation and Calculus
Visualization of statistical and numerical data
Predefined code templates for standard problem like finding FFT
Cons
On the software side and the software is bulky
Code Editor can be improved
Sometime software fails and hang when doing high calculation
Likelihood to Recommend
Maple is very useful in following scenarios :
When doing some equation modelling for differential equations
Writing code to simulate a electrical of mathematical system
Speech and Image Processing Use case
Linear Algebra Problems
Lot of Options to plot 2-D and 3-D, including implicit, contour, complex, polar, vector field, conformal, density, ODE, PDE, and, statistical plot
Engineering plots, including time and frequency domain responses and root-locus and root-contour plots
VU
Verified User
Engineer in Information Technology (501-1000 employees)