[Case Study of Embedded Learning Kit] Implementation of Technical Training for Embedded Control
This is an introduction to a case study on embedded control system development using μITRON in vocational training.
We will introduce a case study of vocational training related to embedded control for job seekers conducted by the Employment Ability Development Organization Ehime Center, using "μITRON" equipment. The learning kit from Kyoei Electronics is well-equipped with comprehensive texts. This learning kit has been developed for students in vocational schools, technical high schools, colleges of technology, and universities, allowing them to learn in detail the steps to actually develop software and operate μITRON (compliant with Ver4.0) on hardware from basic items. 【Features】 ○ The peripheral devices are well-equipped, allowing for sufficient exercises as μITRON practice. ○ The learning kit comes with detailed texts spanning several hundred pages. ○ The embedded learning kit can control in real-time with multitasking processing. For more details, please download the catalog or contact us.
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basic information
- The surrounding devices (LEDs, switches, matrix LEDs, piezo buzzers, LCDs, DC motors, and stepping motors, etc.) are well-equipped, allowing for sufficient practice as μITRON training. - A detailed text spanning several hundred pages is also included. - You can acquire skills that fully utilize its multitasking capabilities and real-time performance. For more details, please download the catalog or contact us.
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For more details, please contact us.
catalog（1）
Download All Catalogs![[Case Study of Embedded Learning Kit] Conducting Technical Training in Embedded Control](https://image.mono.ipros.com/public/catalog/image/01/c9c/280607/IPROS96873563357187362046.jpeg?w=120&h=170)
Company information
- Sales/installation/consulting of network equipment - Sales of measuring instruments - Rental of electronic devices, sales of used measuring instruments - Software/hardware development and manufacturing - Educational materials: robotic arms, real-time OS programming learning - Introduction to AI using IoT devices (sensors) (optimal as a practical material for implementing "anomaly detection" using AI) - Security educational materials - Security-related software: DDoS, EDR, authentication, etc.
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