C/C++ Collision Detection and Avoidance Code for proximity sensor

Hi! I am professional C/C++/C#/Java programmer I can do this project with highest quality! Best Regards, Szymszteinsl

Hello dear i have worked on various proximity sensors and related electronics projects,, i can help you,, If you wish we can discuss in chat,,

Hello, Deep Kapadia here from India. Basically i am Embedded System Developer. I have one year of experience in Embedded Development. I have worked with STM32F4, TIVA C from Texas Instruments, 8051, ATmega8-16-32, Arduino, etc. Microcontrollers. Particularly with Arduino, i have experience with RTC, 7-seg LED, LCD, WiFi, Bluetooth, Various Motors(DC, Servo, Stepper), RF, Various Sensors(Flex , IR, Ultrasonic, Temp, Humidity). I can do this for you. Thank you, Deep Kapadia

Hi, I have experience with arduino and sensors. I can make your project with 2d scan but for 3d It will need lots of hours to develop. Are you using a drone for that? Feel free to ask me any questions Best regards, Nélio Oliveira

Hello expert programmer , I can do the collision script, please check my reviews and portfolio, thank you

hello, good day. we have working experience of developing system on raspberry pi in c++11 and QT. Also, we have worked with OpenCV in windows (only in windows). if our this experience is okay, we shall work for you. in addition, we have excellent experience in medical image processing and rendering, which would help us in this project. thank you.

Hi. I'd be happy to help you with this project. I have several years experience with arduinos/microcontrollers/sensors/etc. Also know coding really well. Could definitely help you with this. Thanks for your consideration :)

I made a fast line following robot with obstacle avoidance using Arduino and IR sensors, I made a differential robot that could navigate through a room using ultrasonic sensors.

Hi, as described in my profile, I have more than 10 years working on embedded system as well as microcontroller. Therefore this project is easy for me to implement, and I believe that this project is completed perfectly. Thanks and best regards.

Hello, I have done coding for micro controllers before and I can provide you a good solution for this problem. It would be better if you could share the complete description of the task, then I will be in a better position to suggest something. Regards

I have been working with Embedded Technology Since 4.5 years . I have worked with 32 bit micro controllers .

Already done projects that make use of proximity sensors such as infrared and ultrasound technology. Such sensors were used in implementing robotic application such as object follower. Worked with arm microcontrollers and c c++ programming languages

I have project experience working on embedded C code on both arduinos and the raspberry pi micro processor. I would be able to take data from proximity signals and turn that into directional data to be used. See my portfolio for more information.

I have executed a lot of embedded system projects with various kinds of sensors (including HC-SR04 ultrasonic sensors) and intend to develop very compact, well commented and efficient code designed for 3D obstacle detection and collision avoidance. The algorithm and the MCU's work cycle will be designed to be energy efficient (in consideration of the fact that systems requiring collision avoidance are mostly mobile battery powered and having a limited energy source). Another aspect I intend to monitor,in the code, is the precision of the servo that will actuate the rotation of the proximity sensor. This is because such systems tend to accumulate error over time unless there is a sensor or feedback through which certain fixed points in the range of motion are determined. Depending on your choice of sensor and processor, I plan to make use of a smart and feasible choice of processor peripherals and agorithm in executing the project. Let's get talking and doing stuff!

I have 8+ year embedded experience while working for a big semiconductor designing company. I have worked on verity of sensors and mobile chips and have written drivers for them.