Everything in the new world will be interconnected via the Internet in what is called the Internet of Things (IoT).
This is also true for factories, electrical grids and city infrastructure in what is called the Industrial IoT (IIoT).
An enormous amount of data will be collected (Big Data), and decision will be needed to be made based on this data, where traditional analytical tools may not suffice. This is where Machine Learning comes in.
We complement the IoT devices with transceiver & receiver capabilities that are small, smart and low cost.
We provide different tools, technologies and services to make the management of the IIoT system efficient and productive.
The TeamViewer IoT Toolkit provides developers with APIs to interface their real-time LabVIEW applications to TeamViewer IoT services to monitor and control industrial assets. By using the toolkit, you can create data channels and metrics on the TeamViewer IoT dashboard to store and visualize your measurement and sensor data online.
Radiosonde is designed for the measurement of ambient air temperature, relative humidity, pressure and wind speed in the atmosphere at different heights (up to 30 km). The collected information is converted into radio telemetric signal and is transmitted to a ground tracking station.
Developing a motherboard with an RF transmitter, 16-bit ADCs, and extremely low power consumption for a Single-Board RIO device. To meet the timing accuracy requirement, we used a GNSS receiver with an RTC that can be calibrated. Due to the low power consumption requirement, the GNSS receiver cannot be used continuously. We use it once daily to calibrate the RTC and fix the timing error. Then we use the RTC timing throughout the day. This helps us achieve an accuracy of 100–200 ms, which is well within the required 400 ms range.
Receiving range: 50 km Channel loss model: LOS Platform: Xilinx FPGA + Arm Processor Maximum transfer and reception rate: 80 Mbps Maximum signal band: 26 MHz Synchronization type: GNSS Channel coding: RS and Interlace with interleaving Noise resistance: Hopping and DSS Maximum output power: 10 W Digital I/O: 8 Operating temperature range: -40 to +75 RS232 port: 1 RG45 port: 1
The “Industrial IoT Testbed” is a state-of-the-art Research Platform, showcasing the most advanced technologies used in Industrial Internet of Things (IIoT) such as: Time Synchronous Networking (TSN) Cloud-based System Monitoring and Management technologies Augmented Reality Visualization
Machine Learning gained more popularity in the industrial applications in the past couple of years. This course helps students and engineers working in the field to learn and try the algorithms that are being used in industry.
The prototyping platform of predictive analytics for the industrial IоТ is intended to test, verify and validate new technologies related to the industrial IоТ in the laboratory to determine a set of scientific theories, algorithms and practical tools for applying these technologies in current industrial problems.
Engineering City
Nor Nork, 0062
Yerevan
info@yeae.am
+374 (55) 525 608