AIST Software PeakLab v1.08 fro PC Windows

Description

This powerful software revolutionizes spectroscopic and chromatographic data analysis with cutting-edge algorithms and modeling techniques. It enhances scientific research by providing precise peak fitting, deconvolution, and chemometric modeling solutions.

Spectroscopic Peak Fitting

The software offers state-of-the-art peak fitting for spectroscopic data. It accurately models Voigt, Gaussian, and Lorentzian peaks while incorporating asymmetric instrument response functions. Analyzing XPS, Raman, or Gamma Ray spectra ensures exact results, surpassing many traditional analysis tools.

Chromatographic Peak Fitting and System Suitability

It introduces innovative analytic modeling methods, allowing seamless fitting of chromatographic peaks, even when overlapping or distorted. The tool enhances system suitability with superior separation accuracy by identifying instrument response functions, detecting irregularities, and analyzing column performance.

UHPLC Gradient and Preparative Peak Modeling

For R&D applications, the software enables precise quantification of coeluting peaks. Its cutting-edge models achieve accuracy within less than one ppm unaccounted variance, far superior to conventional peak modeling tools. It also supports advanced Fourier convolution and deconvolution models for handling instrumental distortions.

Chemometric Modeling

This tool revolutionizes chemometric modeling by outperforming traditional PLS and PCR algorithms. It allows users to create highly accurate predictive models for complex laboratory measurements. Additionally, it simplifies implementation by generating C++ or VB code automatically.

Fourier Deconvolution and IRF Estimation

The software excels in Fourier deconvolution, estimating instrument response functions (IRF) with unmatched precision. Using advanced genetic algorithms effectively minimizes system distortions and asymmetry in spectral data.

Statistical Probability Density Modeling

For statisticians, it includes an extensive library of probability density models. This feature helps fit and quantify histograms and kernel densities, streamlining statistical analysis with automated peak discovery tools.

System Requirements

• Operating System: Windows 10-11, Windows Server 2016-2022, or higher (64-bit only)
• Processor: Minimum 1 GHz Processor (2.4 GHz recommended)
• RAM: 8GB or more recommended)
• Free Hard Disk Space: 200MB or more is recommended