ヒューリンクス Product Lineup

To the Nano-Opto-Biofluid Engineering Laboratory at Nagaoka University of Technology's Center for Industry-Academia Fusion Top Runner Training, we would like to introduce a case study on the implementation of "Igor Pro." Originally, the use of this product was prompted by its application in data analysis within our research laboratory. It is utilized for analyzing current waveforms and creating graphs. We received feedback that it is convenient because the analysis process remains in the command window, allowing for later review and verification when sharing data with colleagues. 【Attractions of the Product】 ■ It enables the creation of visually appealing graphs from complex data statistical analysis, allowing for visual representation of data with just one software. ■ It can build unique analysis methods and supports various data types and large-volume data processing. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the implementation of "Igor Pro" at the Department of Engineering, Shibaura Institute of Technology. In this laboratory, the product is utilized for graphing and model fitting of almost all experimental results, including structural analysis using X-rays, electrical resistance measurements, magnetization measurements, impedance measurements, and μSR measurements. We received feedback that it is convenient to easily leave notes in the experiment file during the analysis process and to annotate graphs. 【Product Highlights】 - Capable of easy and fast function fitting even with large data sets - Can handle many waves within a single experiment file - Capable of creating figures for presentations and submitted papers using only this product *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'IGOR Pro' has been implemented at the Research Institute for Electronic Science, Hokkaido University, in the field of Nano-Optical Functional Materials. The product is utilized for a wide range of applications including organizing experimental data, analysis, fitting, convolution integrals using instrumental functions, simulations (including custom programs), graph creation, matrix calculations, and numerical solutions of simultaneous differential equations. It integrates data organization, advanced analysis, graph plotting, and programming, which means that in most cases, there is no need to use other software, making it a very effective tool, as we have received feedback. 【Reason for Implementation】 ■ It can process everything from loading acquired data to extracting values through fitting, and instantly create high-quality graphs suitable for presentations at conferences. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where "IGOR Pro" was implemented at the Advanced Ceramics Research Center of Nagoya Institute of Technology. The ability to display the progress of nonlinear least squares fitting using user-defined functions in an animated format was a significant factor in the decision to adopt this product. The macro functionality has become more powerful with each version upgrade, and particularly the array operation features are well-developed, allowing for efficient creation of data processing programs, as we have received feedback. 【Reasons for Implementation】 - The progress of nonlinear least squares fitting using user-defined functions is displayed in an animated format. - Using the IGOR macro language makes coding significantly easier. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where "IGOR Pro" has been implemented at Koyama College of Technology. The product was introduced due to its convenient environment that allows for data loading, programming, and analysis all in one, as well as its robust graphing capabilities. It is utilized for analyzing frequency characteristic data of measured printed circuit board wiring, graphing, and executing transmission simulations based on the measured characteristics, along with displaying and analyzing the results. 【User Experience of the Product】 ■ Rich functions and graphing capabilities ■ The "File Save" feature allows for saving the workflow of previous tasks, enabling a return to the exact state at the time of saving for the next session ■ With basic knowledge of programming in C language, it is relatively easy to develop advanced analysis programs by applying the built-in functions ■ Compared to programming in C language, handling matrices and complex numbers is easier *For more details, please download the PDF or feel free to contact us.

Ibaraki National College of Technology, Department of Natural Sciences, would like to introduce a case where 'IGOR Pro' has been implemented in the field of physics. The product is utilized for data analysis and graph creation, as well as for creating graphs used in classes. When creating graphs for magnetization and magnetostriction at various temperatures, it is appreciated that similar graphs can be quickly produced by slightly modifying the contents of the graph macro. 【User Experience with the Product】 - I have developed the habit of properly naming waves with the intention of using graph macros, which has improved my data organization. - Basic arithmetic operations between waves can be performed immediately in the command line. - Everything is recorded in history, making it easy to review data processing. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where "IGOR Pro" has been implemented at the Graduate School of Veterinary Medicine, Hokkaido University. The product was adopted due to its ability to process large-scale data quickly, as well as its capabilities for creating graphs and programming. It is being utilized to analyze time-series data recorded by data loggers attached to animals. We received feedback that they appreciate the numerous built-in operation functions and built-in functions, which allow them to achieve what they want in a short amount of time. [Reason for Implementation] ■ Ability to process large-scale data quickly, as well as create graphs and program *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'IGOR Pro' has been implemented at the Osaka Prefectural University 21st Century Science Research Institute, Nano Science and Materials Research Center. The introduction of our product was prompted by the need to create a program for batch processing and editing large amounts of spectral data. It is mainly utilized for the analysis and editing of spectra and image data. Users have expressed that it is convenient to manipulate data and graphs using command lines like gnuplot, and that it is useful for creating figures for papers due to the ability to finely adjust the appearance of graphs. [Reason for Implementation] ■ The need arose to create a program for batch processing and editing large amounts of spectral data. *For more details, please download the PDF or feel free to contact us.

To the Department of Biological Sciences, Graduate School of Science, Kyushu University, we would like to introduce a case study of the implementation of "Mathematica." We utilize this product for analyzing and processing formulas, as well as for visualization in the analysis of organized models that describe forms and shapes. Through formula processing, we are able to advance the analysis while maintaining versatility, and we have received feedback that it is convenient to confirm what kind of "shape" or growth pattern is actually demonstrated based on specific parameter values. 【Attractions of the Product】 ■ It supports a wide variety of data formats and allows for seamless visualization in both 2D and 3D. *For more details, please download the PDF or feel free to contact us.

At Doshisha University, we would like to introduce examples of how "Mathematica," "Wolfram|Alpha," and "Wolfram|Alpha Notebook Edition" have been utilized to support intellectual activities related to numbers. The initiative began with awareness activities on the use of symbolic computation systems in collaboration with representatives from Wolfram Research, leading to the adoption of these products. They are being used in remedial education for first-year university students in partnership with high schools. Since their introduction, these tools have contributed to students' smooth learning by providing calculation results and processes in response to their inquiries. 【Future Prospects】 - Utilization courses for the entire university (verification of calculations, validation of theories, visualization) - Basic mathematics lectures - Effective use in exercises, etc. *For more details, please download the PDF or feel free to contact us.

At Kanagawa University, Faculty of Engineering, Department of Management Engineering, we will introduce a case study on the implementation of 'Mathematica' in reliability engineering. This product is utilized for statistical analysis and numerical calculations. It is highly valued due to its extensive implementation of probability distributions such as CopulaDistribution, and it is used for solving equations and mathematical optimization functions when searching for the probability distribution that best fits the data. Additionally, it is noted that there are plans to consider its use in education in the future. [Results] - Not only is the implementation of probability distributions comprehensive, but the functions for engineering analysis, such as reliability analysis, are also well-developed and very useful. - The construction of network models and learning processes can be easily executed with short programs, which is very helpful. *For more details, please download the PDF or feel free to contact us.

To the Yozhef Stefan Institute, we would like to introduce a case study on the implementation of "Mathematica." At the institute, it is utilized as a support tool for theoretical calculations such as symbolic processing (calculus, differential equations, infinite sums, series expansions, etc.), function calculators, and plotting functions and data. We have received feedback that it is extremely helpful not to have to open a reference book for various operations involving special functions. 【Product Appeal】 ■ A very large number of functions are supported from the start, and the quality is high. ■ The arguments and function names are standardized. ■ Mathematical definitions are clearly written. *For more details, please download the PDF or feel free to contact us.

We would like to introduce examples of the use of 'Mathematica' in algorithm and applied research for symbolic computation, as well as in computational exercises in the mathematics department at Tsukuba University, Department of Mathematical Sciences / Center for Artificial Intelligence Science. The product is utilized for an introduction to symbolic computation systems, solving mathematical problems using symbolic computation systems, and an introduction to programming. In the context of program development and computer education, we have received feedback highlighting its many appealing features, such as effective method selection according to application, and flexibility that allows for easy construction of interactive UIs. 【Product Appeal】 ■ Versatility that supports advanced algorithms for computer algebra and various computational methods for scientific and technical calculations. ■ Flexibility to accommodate both procedural and functional programming, allowing for effective method selection based on computational goals and applications, as well as easy construction of interactive user interfaces. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'Mathematica' was utilized for data analysis in the field of medical radiation technology at Okayama University Graduate School of Medicine, Dentistry and Pharmaceutical Sciences. It was used for complex data analysis, such as analyzing images from two different X-ray energies outputted from a CT device and processing time-series data from three detectors. We received feedback expressing a desire to conduct many studies using our product by mastering the List/Table functions, which hold infinite possibilities depending on the ideas. 【Product Appeal】 ■ A wealth of built-in functions and an interface that is easy for beginners to use. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'Mathematica' was utilized in creating teaching materials at Toyama University. This product was used when teaching simple programming and handling methods for visualizing calculation results. It was noted that the environment setup, such as application configuration and compiler, which is necessary for C language/Python, is very easy with this product, making the transfer of small programs very smooth. 【Product Appeal】 ■ Allows for precise evaluation as far as the computational memory permits ■ Even in approximate calculations, you can specify significant figures and precision, allowing you to know which digits in floating-point calculations are reliable ■ Operates the same way on any PC, making setup easy *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'Mathematica' was utilized in the research of electron-positron colliders by Professor Hitoshi Yamamoto, an emeritus professor at Tohoku University and a visiting professor at the University of Valencia. It has been used for various purposes in research and education, such as calculating the reaction cross-sections and decay rates of elementary particles, creating diagrams and videos for lectures, and verifying mathematical formulas. With color 3D displays, impactful diagrams can be easily created, and we have received feedback that the ability to perform calculus symbolically is also appreciated. 【Product Appeal】 ■ Symbolic manipulation and numerical calculations, as well as the creation of diagrams and videos, can all be done in an integrated manner in the same place. ■ Calculus can be performed symbolically. *For more details, please download the PDF or feel free to contact us.

At the Tohoku University Neutrino Science Research Center, we would like to introduce examples of how 'Mathematica' has been utilized in research and education in particle physics, as well as in writing reference books. It is mainly used for symbolic calculations of complex equations, checking for errors in manual calculations, and verifying propositions that cannot be mathematically proven by using random numbers. There are commands that intuitively simplify equations, and its stable performance is also one of its appealing features, as we have received feedback. 【Product Highlights】 ■ Capable of symbolic calculations for complex equations ■ Can perform various types of calculations, such as factoring and calculating eigenvalues and eigenvectors of matrices ■ Allows verification of the correctness of manual calculations by substituting random numbers for parameters ■ Enables easy creation of diagrams and graphs ■ Stable performance *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the implementation of "FlexPro" at the Central Research Institute of Electric Power Industry. At the institute, high-speed digital oscilloscopes became essential for insulation diagnosis work, and they had been searching for software that could easily analyze data for a long time. Therefore, they adopted our product, which is a commercially available software that accurately reads the binary data files from Tektronix oscilloscopes without hassle. They expressed that being able to import original data, especially binary data, from measurement instruments of various manufacturers directly is very appealing for general-purpose software. [Case Overview] ■ Challenges - High-speed digital oscilloscopes became essential, and they had been searching for software that could easily analyze data for a long time. ■ Key Factors for Adoption - It accurately reads the binary data files from Tektronix oscilloscopes without hassle. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where "The Geochemist's Workbench" was utilized in research on the water quality of hot springs, groundwater, stream water, and spring water, as well as in the detection and evaluation of geothermal indicators. The introduction of this product was prompted by the search for analytical software that could easily visualize the relationship between Eh and pH (Pourbaix diagrams) from the water quality composition of groundwater. Users have expressed their appreciation for the ease of creating diagrams and for the continuous publication of books related to this product, which they find very valuable and attractive. 【Future Prospects】 ■ Disclosure of comparative information on analysis results using the same data across different analytical software *For more details, please download the PDF or feel free to contact us.

At the International Coastal Ocean Research Center of the Atmosphere and Ocean Research Institute, University of Tokyo, we would like to introduce a case where 'IGOR Pro' has been utilized. The small recording devices used by the center are attached to animals and retrieved after a certain period. This allows for the collection of data such as depth, temperature, speed, acceleration, horizontal position (latitude and longitude), salinity, geomagnetism, still images, and videos. Each of these generates millions of time series data points, and our product is used as the main software for analyzing this data. Please feel free to contact us if you have any inquiries. [Case Overview] - Used as the main software for analyzing millions of time series data points. - Each individual creates macros on our product for the specific items they wish to analyze while progressing with their analysis. *For more details, please download the PDF or feel free to contact us.

At Meiji University, Faculty of Comprehensive Mathematical Sciences, Department of Phenomenological Mathematics, we would like to introduce examples of the use of 'Mathematica'. This product has been utilized in research such as the construction of pattern solutions in reaction-diffusion systems, applications of pattern functionality, and explosion problems and their applications. By visualizing, the image of mathematical formulas becomes concrete, and it has been helpful when considering the direction of proofs. 【Case Summary】 ■ The numerical calculation and drawing functions for ordinary differential equations are very simple, so they are used frequently. ■ When illustrating calculation results, the features of this product (such as using Manipulate[] to change parameters and draw graphs) are very useful. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'SigmaPlot' was utilized at the Department of Pharmacology, Doshisha Women's University. In a study on the regulation of immune function by acetylcholine, our product was used. We received feedback that it is very useful because we can treat the graph creation worksheets directly as statistical analysis data. Please feel free to contact us if you need assistance. [Case Overview] ■ It was also used to graph numerical data from changes in intracellular calcium ion concentration and image analysis of immunohistochemistry experiments. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where "SigmaPlot" was utilized in research on bioprocess engineering at the Graduate School of Engineering, Fukui University. This product was used to visually capture the time-course changes in the concentrations of target substances and nutrients during cultivation by graphing them. In the analysis of enzyme reactions, the Enzyme Kinetics Module was very helpful, and the variety of analysis patterns available was also one of its appealing features, as we received feedback. 【Reason for Introduction】 ■ There are many types of graphs that can be created, allowing for various customizations, and it was also user-friendly. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'SigmaPlot' was utilized at the Kanazawa Institute of Technology's Human Information Systems Research Institute. The data handled by this product includes behavioral analysis of crickets, analysis results of brain hormones, and growth data. It is used for graphing experimental data, processing results, and administrative tasks such as budgeting. The main reason for its continued use is the ability to freely handle various elements that are deemed necessary for creating graphs. 【Case Overview】 ■ Application: Graphing experimental data, processing results, and administrative tasks such as budgeting ■ Data: Behavioral analysis of crickets, analysis results of brain hormones, growth data, etc. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'SystemModeler' was implemented in the research on constructing a component selection system for a robotic arm using simulations and evaluating the validity of the created simulation model by comparing it with the actual machine at the Department of Mechanical Systems Engineering, Faculty of Engineering, Tokyo University of Agriculture and Technology. By using the simulation model as a substitute for the prototype, we were able to utilize it in the design of the robotic arm by checking the load on the motor and other factors. Since it is component-based, we received feedback that the model can be easily assembled and is user-friendly. 【Research Results (Partial)】 ■ By using the simulation model, we were able to construct a component selection system that assumed the loads applied when the robot was actually operated. ■ By conducting investigations using the simulation model, we were able to derive suitable mounting positions without the need for repeated actual prototypes. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where 'ChemBioOffice' was implemented in the research of "considering the connections between molecules" at the University of Tokyo. Since it has become an essential software for creating reports, presentation materials, and planning research projects in the field of organic chemistry, this product was adopted. Among the package, the drawing software ChemBioDraw is used almost daily. We received feedback that users appreciate the intuitive ability to create diagrams, similar to writing chemical structures with a pen or pasting pictures on paper. [Case Overview] - Supports a variety of compounds, including organic compounds, inorganic compounds, polymers, and biomolecules. - Easily allows for the drawing of molecules and substances with three-dimensional structures. - It is compatible with chemical structure search software, enabling convenient uses such as pasting structures drawn in ChemBioDraw directly into the structure input of the search software. *For more details, please download the PDF or feel free to contact us.

We would like to introduce an example of how "ChemOffice" has been utilized in introductory education for pharmacy and life sciences at the Center for Information Education and Research at Tokyo University of Pharmacy and Life Sciences. It is used daily for creating class slides, exam questions, and research presentation slides, including by faculty members who are not specialists in chemistry. We received feedback that it is not only used by experts but is also very appealing for its effective application in introductory education for pharmacy and life sciences. 【Case Overview】 - It is used daily for creating class slides, exam questions, and research presentation slides, including by faculty members who are not specialists in chemistry. - The characteristics of pharmaceuticals, namely "differences in appearance," and their scientific properties, effects on formulation, and actions on living organisms can be intuitively explained and understood by switching between 2D, 3D, and sometimes 4D representations. *For more details, please download the PDF or feel free to contact us.