| You can link the histogram of each variable with the data and examine it in the Data Table |
| Data and analysis results (graphs, statistics) Multiple analysis results are linked to each other (Interactive) |
| You can easily find relevance, trace the cause, and outliers by using this |
| You can dynamically re-do the analysis by changing the variables after the analysis |
| You can easily and very powerfully perform analysis considering stratification variables (third variables) |
| You can easily find data corresponding to the conditions (ranges) of the variables |
| Only data corresponding to the conditions (ranges) of the variables selected from multiple graphs can be expressed |
| You can express stratification variables in various ways in the graph |
| It is very easy to draw graphs (Drag & Drop method) |
| You can very easily find the type of graph that suits you |
| You can easily express a large number of variables in one graph |
| You can easily express multiple graphs in one window |
| You can display a more detailed graph from a specific graph |
| You can draw dynamic graphs such as 3D graphs very effectively |
| You can easily check the test results with a graph when comparing multiple comparisons |
| You can express various map (geography) images |
| You can use the dashboard to view multiple graphs and analysis results in a single window |
| You can easily load data such as Excel, CSV, etc. |
| You can easily load multiple Excel sheets and multiple Excel files |
| You can easily consider the difference in structure between Excel sheets and JMP data tables when importing data |
| You can also load PDF and Web tables |
| You can load various types (formats) of files at once |
| You can load data from various types of databases compatible with ODBC |
| You can execute REST API data requests through HTTP Request |
| You can load various types of file formats and codes such as Minitab, SPSS, Python, R, Javascript, Matlab, SQL, C/C++, etc. There are |
| Various preprocessing functions |
| Preprocessing is very easy and fast, and the Filter function can also be implemented |
| The function to select only the desired data is diverse, easy, and fast |
| Data categorization (Binning) can be easily done in various ways |
| Various properties can be given to variables in the Data Table |
| Date, time, etc. can be expressed in various formats and arbitrary formats |
| New variables can be easily created (as if using a function) without using a function |
| Virtually combine and analyze multiple Data Tables without actually combining them |
| Data that is not to be included in graphs and analysis can be easily processed (without deleting) |
| Scripts for the preprocessing process and results can be created and saved |
| You can export only the desired part of the analysis results (JMP Report) to PPT, etc. |
You can export the analysis results in various file formats
(text, image, PDF, HTML, RTF, Word, PPT, etc.) |
You can convert the JMP Data Table to various formats
(Excel, CSV, TXT, SAS, Json, TSV, Google Sheet, etc.) |
You can convert and create the analysis results into other programming codes
(C, Python, JavaScript, SAS, SQL, etc.) |
| JMP Script is automatically generated for all tasks in JMP |
| You can automate repetitive analysis tasks using JMP Script |
| You can create your own analysis menu (function) using JMP Script |
| You can set the contents of the analysis results displayed by default as you like |
| You can share the analysis results by reflecting the advantages of JMP (Profiler, etc.) to users who do not have JMP |
| The results of Local Data Filter, Column Switcher function settings, etc. that implement JMP's greatest advantage, Interactive & Dynamic functions, can be shared externally. |
| There is a separate platform and product that can share the analysis results with others. |
| The analysis speed is very fast because it is an In-Memory method. |
There is no limit to the number of columns and rows for 64 Bit OS.
(Up to 2.1 billion cells can be processed for 32 Bit OS.) |
| Multi-Threading is implemented for many functions. |
| The size (capacity) of the Data Table can be reduced and saved. |
| JMP is a representative analysis software used for business communication purposes between individuals, organizations, and buyers, partners, and suppliers. |
| If you search for information you are curious about, most of the necessary information is in the Community. |
| You can refer to various Best Practices announced at the JMP Discovery Summit. |
| If you have any questions, you can get direct help from JMP Korea. |
| You can easily get help from JMP enthusiasts around the world through the Community. |
| The shortcut function is well-made, so it is very convenient. |
| It supports 8 languages, so it is easy to communicate with overseas customers. Easy |
| Analysis results can be saved directly to the corresponding Data Table |
| When data is added, the corresponding analysis can be executed immediately (with one click) |
| Files of other types than JMP Data can be bundled into one file and used in tab format |
Automatically recognizes the modeling type of the variable
--> Automatically selects the appropriate hypothesis testing (significant difference test) method |
| Prevents errors that are judged to be important when they are not actually important (FDR) |
| Significant factors can be selected very quickly and easily |
| Can check stability and process capability at once from the SPC perspective |
| Outliers can be identified and processed in various ways |
| Missing values can be identified and processed in various ways |
| Specific patterns, trends, etc. can be identified in data (process/equipment failure, etc.) |
| Profiling function can be utilized in modeling function |
| Monte Carlo Simulation function can be used to estimate risks (defect rate, etc.) |
| You can easily find the optimal conditions using the Desirability Function |
| There is an extrapolation control function that prevents profiling beyond the original data range (JMP Pro) |
| Cpk (Ppk) simulation is possible according to changes in Spec, mean, and dispersion in process capability analysis |
| You can easily create a summary statistics table (Statistics Summary table) |
| You can easily change (express) the analysis results into a table |
| You can easily and quickly find the appropriate distribution |
| It has various types of fitting methods for modeling: least squares, Stepwise, MANOVA, Logistic, Generalized Linear Model, Generalized Regression (JMP Pro), Mixed Model (JMP Pro), etc. |
| When modeling, the user can set the effects included in the model |
| It is equipped with a machine learning function even though it is a small analysis software |
| It is equipped with various and powerful machine learning methods (JMP Pro) |
| Quickly find the most appropriate machine learning method (modeling method) (JMP Pro) |
| Various multivariate analyses are possible, including principal components, discriminant, PLS, multiple correspondence, factor, multidimensional scaling, structural equation (JMP Pro) |
| Various cluster analysis functions, including hierarchical clustering, K-means, and variable clustering |
| You can design experiments that reflect almost all constraints of reality |
| You can easily perform additional experiments considering existing data (existing experimental results) from various perspectives |
| You can select significant factors (including curvature effects) with the minimum number of experiments |
| You can compare and review the detection power of experiments before the actual experiment |
| You can check the sample size, power, etc. required for experiments and hypothesis testing very visually |
| You can set the limit of detection (JMP Pro) |
| Equipped with Text Explore function for text analysis |
| You can perform sentiment analysis (JMP Pro) |
| Equipped with a wide variety of reliability and survival analysis functions |
| You can compare and express the results of parametric and nonparametric distribution analysis very visually |
| You can easily identify future market defects and the costs associated with them |
| You can design experiments for accelerated life testing |
| You can simulate repairable systems to identify unusable time, repair costs, etc. (JMP Pro) |
| Interactive control charts can be drawn using Drag & Drop |
| Process capability can be viewed in a single graph for hundreds of process variables |
| Measurement system analysis is possible using not only AIAG method but also EMP method |
| Various functions for survey data analysis |
| Available to import and analyze various files such as SPSS, Triple-S |
| Conjoint analysis can be designed and results can be analyzed |
