Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
16～25 item / All 25 items
Significantly reduce work time with simple operations! Combined with the collimator system, automatic testing of the infrared camera can be performed.
This is software that automatically measures and evaluates the performance of infrared cameras, accompanying visible cameras, and lasers. It can not only capture camera images but also control measuring instruments, making it easy to conduct tests on infrared cameras.
AspenTech's AEE helps reduce costs throughout the entire lifecycle of processes and optimizes maintenance projects.
AspenTech's Aspen Economic Evaluation helps reduce costs over the entire lifecycle of a process, create conceptual cost estimates, and optimize maintenance projects.
Functional safety, fully compliant with ISO 26262! It allows for semi-automated evaluation from failure rate calculation to report creation, making it ideal for standardization!
Reliability Workbench is a tool based on reliability engineering used to evaluate and analyze reliability and safety assessments, as well as maintenance content for equipment, in accordance with functional safety. It has been adopted by many companies both domestically and internationally as a tool to evaluate the reliability and safety of equipment required by functional safety standards such as IEC61508 and ISO26262, with over 14,000 installations worldwide. Reliability Workbench is composed of modules for each function, addressing safety requirements such as those in ISO26262. For example: - Prediction: Failure rate calculations corresponding to various handbooks (such as SN29500) - Safety Assessment: Safety evaluations - Fault tree: Fault tree analysis - FMECA: Failure Mode, Effects, and Criticality Analysis and other modules as mentioned above. The main industries where it has been implemented are as follows: - Automotive - Railways - Aerospace - Plants - Industrial equipment
Introducing reliability evaluation of systems using Reliability Block Diagram (RBD) analysis!
This document introduces examples of conducting reliability assessments for systems. By evaluating the reliability of a system, one can understand the overall reliability of the system and the importance of the components that make up the system. Methods for evaluating reliability include Reliability Block Diagram (RBD) analysis and Fault Tree Analysis (FTA). [Contents] ■ Reliability Block Diagram (RBD) analysis ■ Examples of system reliability assessment ■ Figures 1-6 ■ Considerations for maintenance ■ Development of maintenance plans *For more details, please refer to the PDF document or feel free to contact us.
Applying structural analysis using the finite element method! Software for evaluating bone strength.
"MECHANICAL FINDER" is software for bone strength evaluation using the finite element method. It allows for the extraction of bone shapes from CT scans, enabling the creation of models that reflect the individual bone shapes and bone densities of patients. Additionally, it offers various analysis functions such as creating models with virtually cut bones for implant insertion, contact analysis, material nonlinearity analysis, large deformation analysis, and dynamic analysis. From DICOM input to mesh generation, condition setting, analysis, and result display, everything is completed in one package. 【Features】 ■ Capable of creating models from CT data ■ Capable of creating models with implant insertion ■ Various analysis functions ■ Reliable support as it is a self-developed product ■ Capable of creating models that reflect heterogeneous densities based on CT values *For more details, please refer to the PDF materials or feel free to contact us.
We provide an integrated environment that allows for the reproduction of indoor and in-car spaces in VR, enabling the evaluation of elements that constitute the human-machine interface.
"TRITO VR" is an integrated environment that allows for the reproduction of indoor and vehicle spaces in VR, enabling the evaluation of elements that make up displays and HMIs (Human-Machine Interfaces) while adjusting them. Thanks to the ease of making adjustments unique to a digital environment, it is possible to repeatedly conduct trial and error to improve quality during use. Developed GUI applications can be immediately displayed in the VR space, and by using an operating device, they can also be manipulated as HMIs. 【Features】 ■ A cockpit design simulator that enables rapid trial and error ■ GUI applications can be displayed and operated in the space immediately ■ Eye tracking can be used for user gaze analysis and evaluation
Automated evaluation support for human germ cell mutations with high transparency; conducting extensive mutation assessments derived from WGS/WES using a high-quality knowledge base.
QIAGEN Clinical Insight (QCI) Interpret supports the rapid evaluation and scaling up of human germline variant assessments for clinical NGS testing institutions and hereditary disease research organizations. QCI Interpret utilizes various knowledge bases, including the QIAGEN Knowledge Base (QKB), which has been continuously updated through manual curation for approximately 25 years, and the global database of causative gene mutations for hereditary diseases, HGMD Professional. This underpins the high transparency of decision-making support capabilities of QCI Interpret. The vast insights and information included in QCI Interpret enable the evaluation and reporting of variants in accordance with international guidelines (such as ACMG/AMP), the presentation of supporting references, and the reduction of VUS (variants of uncertain significance). QCI Interpret simplifies, accelerates, and reduces the cost of the work that testing and research institutions undertake to derive clinical and diagnostic significance from variant information. **Features** - High transparency in variant evaluation supported by evidence - Evaluation in accordance with guidelines
Functional safety, fully compliant with ISO 26262. We can assist with everything from failure rate calculations to failure mode and effects analysis.
Reliability Workbench (RWB) is software designed to support reliability, safety, and availability assessments based on reliability engineering, and it consists of the following modules: ■ Example Modules - Prediction: Reliability/Fault Rate Prediction Module - FMECA: Failure Mode, Effects, and Criticality Analysis - Reliability Block Diagram (RBD): Reliability Block Diagram Analysis - Fault Tree: Fault Tree Analysis - Reliability Growth: Reliability Growth Model - Reliability Allocation: Reliability Allocation - Safety Assessment: Safety Assessment (HARA) - Parts Library: Failure Rate Library RWB has been adopted by many companies both domestically and internationally as a tool for evaluating the reliability and safety of equipment required by functional safety standards such as IEC61508 and ISO26262. The main industries where it has been implemented are as follows: - Automotive - Railways - Aerospace - Plants - Industrial Equipment
It is a professional evaluation algorithm for the listening quality of playback audio.
MDAQS is an AI-based method for evaluating audio quality using tools. It assesses the listening quality during acoustic playback in terms of timbre, distortion, and immersion, outputting the results as MOS values, enabling rapid evaluation and comparison. HEAD acoustics developed MDAQS (Multidimensional Audio Quality Score) based on specially designed listening tests tailored to specific needs. Algorithms trained on test results determine the audio quality of any playback system or device, such as speakers, headphones, headsets, in-car audio systems, mobile speakers, and smart speakers, outputting MOS values. This allows for quick and convenient evaluation of playback quality during and after development.
Recommended for performance evaluation of optical fiber optical systems! Aims to improve design efficiency.
Entry-level model for lighting and optical analysis! A simulation software that is purely domestically produced and offered at a reasonable price. This purely domestic lighting optical analysis software features a Japanese interface, making it easy for developers in non-optical fields to use. Leveraging the strengths of in-house development, it achieves low pricing while maintaining high computational accuracy and reliability based on optical theory, resulting in a cost-effective simulation software. 【Benefits of Implementation】 - Reduction in prototype costs - Validation of experimental results - Shortening of design time - Formation of analytical methods - Acquisition of design knowledge 【User Experience (Strengths)】 - The user interface is good, allowing for quick mastery after implementation - Operations and analyses can be performed immediately without special knowledge - After importing 3D CAD data, analysis models can be easily constructed - Ease of use and quick results enable early reflection in design - Short analysis time is convenient for considering multiple cases - Results are relatively consistent with experimental outcomes, smoothing the development process - Predictions from results have reduced the number of sample productions - By handling light sources other than visible light, the analysis results are beneficial for design.
