Syslab
MWORKS
MWORKS.Syslab is a next-generation scientific computing environment, designed to provide a common programming development environment for algorithm development, numerical computation, data analysis and visualization, information domain computational analysis, etc.
In modern science and engineering technology, a large number of complex mathematical computational problems are often encountered, which are very difficult to solve with general computational tools and very easy to handle with computers. We need an advanced mathematical computing environment to cope with matrix operations, differential equation solving, data analysis, signal processing, control design and optimisation problems encountered in science and engineering. We also need an environment that supports script development and debugging, and automates the operation of scientific computing and system modelling and simulation processes through a script-driven system modelling and simulation environment; and we need a design, modelling and simulation environment for modern information-physical fusion systems that supports model-based CPS development. Thus, Tongyuan Soft Control launched the scientific computing environment MWORKS.Syslab, through the integration with Tongyuan Soft Control system modelling and simulation environment MWORKS.Sysplorer, forming a complete scientific computing and system modelling and simulation base platform.
MWORKS.Syslab is a new generation of scientific computing environment launched by Tongyuan, based on the high-performance scientific computing language Julia provides interactive programming environment with complete functionality. Syslab supports multi-paradigm unified programming, simplicity and performance at the same time, built-in general programming, mathematics, symbolic mathematics, curve fitting, signal processing, communications and other function libraries for scientific computing, data analysis, algorithmic design, machine learning and other fields, and through the built-in rich graphic data visualisation.Syslab and the two-way depth of the integration of Sysplorer, the complete support for the integrated development of the information physics system and various design and analysis activities. Syslab and Sysplorer's two-way deep integration, complete support for the integrated development of information physics systems and all kinds of design and analysis activities.
Using the high-level scientific computing language Julia, MWORKS.Syslab provides a comprehensive interactive programming environment that supports algorithm development, debugging, and execution. It also supports the integration of Julia with other programming languages such as Python, R, C/C++, Fortran, and M.
Provides varieties of high-quality, high-performance scientific computing functions in mathematics, linear algebra, matrix and array operations, interpolation, numerical integration and differential equations, Fourier transforms and filtering, symbolic computation, curve fitting, signal processing, communications, and more!
Supports data file import, data processing, data exploration, analysis, and visualization. It also supports user-defined graphical interactions. By using titles, axis labels, and data annotations, it can generate publication-quality professional graphics.
Provides a high-performance mathematical computing engine and a comprehensive programming development environment and supports the development and execution of professional domain-specific toolboxes, such as signal processing, communication simulation, graphics and image processing, control system design, artificial intelligence, and other specialized fields.
