[On-demand seminar] Seminar for IoT edge terminal developers - from data collection, processing, and communication! Key points for device selection ~ <Free>

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Event features

Selecting the 3 major elements of IoT edge terminals (sensors, processors, and communications) / Explaining points of specifications to pay attention to!

When developing IoT edge terminals, you may want to proceed with development as easily as possible without wasting man-hours and costs.

The shortcut is to select a device that optimally satisfies the "performance" and "cost" that make it possible to achieve what you want to achieve, in a well-balanced manner. It can also be an important point that leads to the maximization of total cost performance. How can we efficiently select the optimal device from among the many devices that are currently in widespread use?

This time, in this seminar, for IoT edge terminal developers / device selectors, how to select each device in each process of "sensor", "processor", "communication" in IoT, how to select each device, I will explain the points of the specifications that should be paid attention to. We will also introduce the most suitable devices in each part. There are also seminars that explain the basics, so please make use of them.

We are looking forward to your participation!
[Benefits for viewing] We will give you this lecture material (PDF) to those who have answered the questionnaire after taking the course!

Recommended for people like this!

・ Those who are worried about what kind of device to use when developing an IoT edge device terminal
・Those who are looking for a device to use for specific development
・Those who want ideas for developing IoT edge device terminals
・Those who want to broaden their knowledge

You can watch the following 7 sessions in each video. (Please apply from the application button below)

<Data collection>
1. MEMS accelerometer
2. Image sensor
3. Environment sensor, flow sensor

<Data processing>
4. AI dedicated processor, machine learning SW development environment

<Data communication>
5. Wireless modules, gateways
6.Bluetooth Low Energy (BLE)
7. Antenna

Schedule/Application

schedule	time	venue	Capacity	Application
2022/10/03 (Mon) ~ 2022/11/30 (Wed)	Each: about 5 minutes - 25 minutes	You can take the course anytime on your desk during the period until 11/30	Unlimited	End of reception

agenda

time	content
about 10 minutes	<Data collection> ①MEMS acceleration sensor (Analog Devices) ・What is MEMS? ・Phenomena that accelerometers can measure, application examples ・How to choose an accelerometer according to the application and 6 points ・By performance! Introduction of popular sensors (low power consumption, low offset/high sensitivity/wide frequency band) ・Introduction of sample code that can be developed immediately
about 25 minutes	<Data collection> ②Image sensor (Onsemi) Image sensors are used in various fields such as automotive, FA, robots, and AGV. After explaining in detail the basics of the specs to pay attention to when considering image sensors, we will guide you through the ONSEMI lineup. ・Basic specifications of the image sensor (resolution, optical format, pixel structure, shutter type) ・Onsemi image sensor evaluation environment guide ・Onsemi image sensor lineup
about 10 minutes	<Data collection> ③Environmental sensor, flow rate sensor (Sensirion) ・About Sensirion ・Measurement principles and features of environmental sensors ・Measurement principles and features of flow sensors ・What is Sensirion's original core technology "CMOSens®"? ・Points in selecting devices for environmental sensors and flow rate sensors
about 18 minutes	<Data processing> (4) AI dedicated processor, machine learning SW development environment (NXP, Hailo, ADLINK) ・What are the technical issues for AI implementation and commercialization and new value created by AI utilization? ・Products for AI edge devices with a good balance in terms of "cost, power consumption, and performance" ・Introduction of object detection demo and attitude prediction demo ・Machine learning software development environment for early AI evaluation and development ・Introduction of actual machine evaluation environment for users who want to introduce embedded edge AI to the market as soon as possible
about 5 minutes	<Data communication> ⑤Wireless module, gateway (Sierra Wireless) ・Review of wireless communication standards for IoT ・History of cellular communication ・About Sierra Wireless -Introduction to LTE product categories and modules ·summary -Key words when considering wireless communication for IoT -Points when selecting a cellular communication module
about 10 minutes	<Data Communication> ⑥BLE (Cassia Networks) ・General image of BLE and Bluetooth ・Attraction of Cassia Networks BLE module -About Cassia Networks -Product lineup -Introduction of BLE remote control software "Cassia IoT Access Controller"
about 4 minutes	<Data communication> ⑦ Antenna (Taoglas) ・About Taoglas antenna products -Company Profile - Abundant antenna product lineup (standard product/Cellular/GNSS/Wi-Fi) - Extensive technical & evaluation support/consultation -Regularly updated technical information (documentation)

Organized and operated

Macnica ALTIMA Company

Notes

・Participation of competing manufacturers and agents may be refused. Thank you for your understanding

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