Mykola D. Profile | Freelancer

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Artificial Intelligence

Microcontroller

5.0

(4 reviews)

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$10 USD / hour

Flag of UKRAINE

zaporizhzhia,

$10 USD / hour

It's currently 5:10 AM here

Joined April 21, 2009

2 Recommendations

Mykola D.

@nicolayd

5.0

(4 reviews)

3.0

3.0

100%

100%

$10 USD / hour

Flag of UKRAINE

zaporizhzhia,

$10 USD / hour

100%

Jobs Completed

93%

On Budget

93%

On Time

33%

Repeat Hire Rate

Embedded and c/c++ coder

Using: OpenCV, Sockets, WinAPI, wxwidgets and additional library in general Windows and Raspbian. Robotics: I used Raspberry Pi/ESP8266/ESP32/STM (c/c++), work with sensors: motion (Doppler, IR), Ultrasonic (type HC-SR04), photoresistor, vibration, temperature. As well as sound modules, lasers, stepper and collector motors, etc.

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Portfolio

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Windows and door control with esp8266 for each control and mini ups for each controller, for operating these controllers use MQTT(mosquito, Node-Red)
Each controller can show 8 doors (windows)status using colors led

Prototype of smart house

Windows and door control with esp8266 for each control and mini ups for each controller, for operating these controllers use MQTT(mosquito, Node-Red)
Each controller can show 8 doors (windows)status using colors led

Prototype of smart house

Windows and door control with esp8266 for each control and mini ups for each controller, for operating these controllers use MQTT(mosquito, Node-Red)
Each controller can show 8 doors (windows)status using colors led

Prototype of smart house

Arduino Uno+1602 LCD Keypad Shield with button+nema 34+power supply+Stepper Motor Driver

menu for step motors:
"To" count steps
"Acceleration " count step for acceleration
"Speed" speed after acceleration
"MaxSpeed"
"Save Options" save current option
"Start" start with the current options

Step motor control menu

Python script that connects to EXSL file and analyzes data.
Using Tkinter, pyexcel_ods

Python script that connects to EXSL file and analyzes data

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

It is the military training apparatus for 10 users. Instructors can save the results of practice and see improvement for all users during some time. Instructors can create different target motions, weather, Sun position scenarios and analyze each shot and ballistic movement of the bullet.
Each user has a real modified weapon that's connected to the pneumatic system. And each shot is real.

Two projectors show a "Shooting Range" on the wall. 2D and 3D targets move inside each "lane". Three cameras create the field of touch on the wall.
Technology:
The interactive wall and administrator place (Unigine,c++)
Weapon (STM, gyroscope, accelerometer, low energy radio module)
Wall touch (OpenCV(CUDA))

IR "Shooting Range"

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

If you need some special for your kid or for kid center you can use some like that
Arduino and Voice Module v1.0 (robotdyn), accelerometer, charger, and RGB LEDs and in result sword :
- voice changing in the move
- color changing using the button
- voice level using the button

Jdai Sword

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Sometimes we need to operate the relay without servers and etc, there we can use ESP and TelegramBot
1)You need to include pins to the relay.
2)Connect esp and using the access point of esp add PINs for operation
3)Enter your AP to the internet connection
4)If you need to add one more relay you just press BOOT button on the ESP and use AP connection change the PINs or add new
5)If you need to see the current status of relays write to Bot "stat" and can see all buttons status
6)If you forget commands write "help"

ESP32 Telegram Bot for switching relay.

Windows and door control with esp8266 for each control and mini ups for each controller, for operating these controllers use MQTT(mosquito, Node-Red)
Each controller can show 8 doors (windows)status using colors led

Prototype of smart house

Windows and door control with esp8266 for each control and mini ups for each controller, for operating these controllers use MQTT(mosquito, Node-Red)
Each controller can show 8 doors (windows)status using colors led

Prototype of smart house

Windows and door control with esp8266 for each control and mini ups for each controller, for operating these controllers use MQTT(mosquito, Node-Red)
Each controller can show 8 doors (windows)status using colors led

Prototype of smart house

Arduino Uno+1602 LCD Keypad Shield with button+nema 34+power supply+Stepper Motor Driver

menu for step motors:
"To" count steps
"Acceleration " count step for acceleration
"Speed" speed after acceleration
"MaxSpeed"
"Save Options" save current option
"Start" start with the current options

Step motor control menu

Python script that connects to EXSL file and analyzes data.
Using Tkinter, pyexcel_ods

Python script that connects to EXSL file and analyzes data

Reviews

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Showing 1 - 4 out of 4 reviews

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5.0

$165.00 USD

Project for Mykola D.

Mykola did wonderful job helping me moving my project to next step.

Microcontroller

+1 more

R

Roy P.

@roype

•

4 years ago

5.0

€25.00 EUR

Project for Mykola D.

Great Freelancer. Made the job very professional and with great quality.

J

Johann S.

@johannson120

•

4 years ago

5.0

$89.00 USD

Project for Mykola D.

Solve perfect issues of project.

Bhushan C.

@fastdoit9

•

4 years ago

5.0

$20.00 USD

Solve Nodemcu ESP8266 issues

best freelancer, solve all issues.

Microcontroller

Electrical Engineering

Bhushan C.

@fastdoit9

•

4 years ago

Contact Mykola D. about your job

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