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I worked on projects in BLE, Wi-Fi, loT, NB-loT & know about Embedded Board/von Neumann Model, AVR, PIC 8051 variants, Texas Instruments MSP430, & Microchip® PICmicro® microcontrollers, FPGA/ASIC for loT, thread/RTOS tasks, RTOS Schedulers, POSIX, real-time extensions to Linux, FreeRTOS, ESP, gsm, NB-loT, UART, VxWorks, Linux Foundation, Zephyr; AMP with M Series/SISD, AMP rate monotonic (RM), soft/hard real-time etc. preemptive scheduling, feasibility, LUB, interrupts, POSIX, threads, queues. I can simulate WSNs in NS3/MATLAB, & know about clustering/random node distribution. I can work in NS-3, MATLAB, C++, & Python,PANDAS, NUMPY, TensorFlow, Matplotlib, SKlearn, Keras, Open Cv, Git, Docker, AWS, Google Cloud Platform, VS Code, PyCharm, KeiluVision, PYTHON, C/C++ & Java Script to develop custom based solutions.
I studied two courses, IoT (using Linux and C-coding), Wireless IoT, AWS loT, (NB-loT, LoRa, Sogfox, Zigbee), GSM, NBloT, LoRa, Sigfox, & clustering algorithms, LEACH, MODLEACH, TEEN, PEGASIS, DEEC, GA, EA.
The communication protocol from sensor, actuator to Wi-Fi Router as middleware/Gateway to App Engine & MQTT Broker (Mosca) to Web App & sharing intelligent device (Sensor, actuator, Raspberry Pi) data with desktop/mobile app through cloud (Mongo DB, Web APP, MPTTs Broker, API Engine).CoAP uses UPD/DTLS, MQTT, AMQP, & XMPP, are TCP/SSL. Angular Bootstrap and Node.Js are good for WebApp & REST a popular one.
Lets Talk your problem.
[Hassan]