👁🗨 Tags for searching information on the channel:
🎛 Hardware: #boards #arduino #esp32 #stm32 #pico #cortex #hardware #raspberry #display #electronics
📥 Software: #cpp #rtos #programming #matlab #linux #software #operating_systems #python #fuzix #rust
⚖️ Algorithms: #artificial_intelligence #machine_learning
📒 Reading: #books #news #beginner #control #articles
🛠 Development: #design #projects
❓ Other: #art #experiments #gps #IoT #video
🎛 Hardware: #boards #arduino #esp32 #stm32 #pico #cortex #hardware #raspberry #display #electronics
📥 Software: #cpp #rtos #programming #matlab #linux #software #operating_systems #python #fuzix #rust
⚖️ Algorithms: #artificial_intelligence #machine_learning
📒 Reading: #books #news #beginner #control #articles
🛠 Development: #design #projects
❓ Other: #art #experiments #gps #IoT #video
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An embedded system is a microprocessor-based computer hardware system with software that is designed to perform a dedicated function, either as an independent system or as a part of a large system. At the core is an integrated circuit designed to carry out computation for real-time operations.
Complexities range from a single microcontroller to a suite of processors with connected peripherals and networks; from no user interface to complex graphical user interfaces. The complexity of an embedded system varies significantly depending on the task for which it is designed.
Embedded system applications range from digital watches and microwaves to hybrid vehicles and avionics. As much as 98 percent of all microprocessors manufactured are used in embedded systems.
Complexities range from a single microcontroller to a suite of processors with connected peripherals and networks; from no user interface to complex graphical user interfaces. The complexity of an embedded system varies significantly depending on the task for which it is designed.
Embedded system applications range from digital watches and microwaves to hybrid vehicles and avionics. As much as 98 percent of all microprocessors manufactured are used in embedded systems.
🎬 Data structures using C and C++ (full course)
https://youtu.be/B31LgI4Y4DQ
#video #data #programming
https://youtu.be/B31LgI4Y4DQ
#video #data #programming
📰 The comparison of two boards: Raspberry Pi Pico vs Arduino
Very interesting article about two popular development boards: 5 rounds of comparisons in terms of: Functionality and GPIO, SoC, Coding, Ease of Use and Power Consumption. In the end of the article the final table with the results is given.
#news #raspberry #arduino
https://www.tomshardware.com/features/raspberry-pi-pico-vs-arduino
Very interesting article about two popular development boards: 5 rounds of comparisons in terms of: Functionality and GPIO, SoC, Coding, Ease of Use and Power Consumption. In the end of the article the final table with the results is given.
#news #raspberry #arduino
https://www.tomshardware.com/features/raspberry-pi-pico-vs-arduino
Tom's Hardware
Raspberry Pi Pico vs Arduino: Which Board Is Better?
We put the two microcontrollers into a five-round face-off.
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📟 Arduino PRO: PORTENTA H7
The promo video of a new pro development board presented on CES 2020.
H7's main processor is the dual core STM32H747 including a Cortex®M7 running at 480 MHz and a Cortex® M4 running at 240 MHz.
Use Portenta when performance is key, among other cases, we envision it to be part of:
▫️ High-end industrial machinery
▫️ Laboratory equipment
▫️ Computer vision
▫️ PLCs
▫️ Industry-ready user interfaces
▫️ Robotics controller
▫️ Mission-critical devices
▫️ Dedicated stationary computer
▫️ High-speed booting computation (ms)
More information...
#news #video #boards #arduino #python #stm32 #cortex
The promo video of a new pro development board presented on CES 2020.
H7's main processor is the dual core STM32H747 including a Cortex®M7 running at 480 MHz and a Cortex® M4 running at 240 MHz.
Use Portenta when performance is key, among other cases, we envision it to be part of:
▫️ High-end industrial machinery
▫️ Laboratory equipment
▫️ Computer vision
▫️ PLCs
▫️ Industry-ready user interfaces
▫️ Robotics controller
▫️ Mission-critical devices
▫️ Dedicated stationary computer
▫️ High-speed booting computation (ms)
More information...
#news #video #boards #arduino #python #stm32 #cortex
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📟 New development board ESP32-C3
ESP32-C3 attempts to address the most common needs for connected devices. Here are the key criteria that have been considered for the design of ESP32-C3:
▫️ Security is of prime importance. Even the lowest-cost connectivity solution needs to provide an appropriate level of security for common security threats.
▫️ Bluetooth Low Energy availability is useful for improving user experience and field diagnostics.
▫️ While cost is a very important parameter, the availability of sufficient memory for common use-cases is equally important.
ESP32-C3 is a single-core, 32-bit, RISC-V-based MCU with 400KB of SRAM, which is capable of running at 160MHz. It has integrated 2.4 GHz Wi-Fi and Bluetooth LE 5.0 with a long-range support. It has 22 programmable GPIOs with support for ADC, SPI, UART, I2C, I2S, RMT, TWAI, and PWM.
More information...
#boards #news #esp32
ESP32-C3 attempts to address the most common needs for connected devices. Here are the key criteria that have been considered for the design of ESP32-C3:
▫️ Security is of prime importance. Even the lowest-cost connectivity solution needs to provide an appropriate level of security for common security threats.
▫️ Bluetooth Low Energy availability is useful for improving user experience and field diagnostics.
▫️ While cost is a very important parameter, the availability of sufficient memory for common use-cases is equally important.
ESP32-C3 is a single-core, 32-bit, RISC-V-based MCU with 400KB of SRAM, which is capable of running at 160MHz. It has integrated 2.4 GHz Wi-Fi and Bluetooth LE 5.0 with a long-range support. It has 22 programmable GPIOs with support for ADC, SPI, UART, I2C, I2S, RMT, TWAI, and PWM.
More information...
#boards #news #esp32
🎛 Machine Learning Based Gesture Detection Watch (ESP8266)
We’ll be taking the watch built in the previous instructable and plunge in some Machine Learning and see if we can detect what kind of gesture we are performing, and maybe in upcoming instructable we can use this gesture to perform some very cool projects based on this.
Final result:
Once the code is uploaded successfully make any gesture, the oled display should say what gesture you are performing. In my case the model worked 95% of the time, it just sometimes it suffers to find the right swipe gesture. Probably, the data I collected was noisy or maybe I wasn’t doing the motion right while collecting the data. Anyhow 95% is still good for me, we can do so much with this gesture detection!
More information...
#projects #machine_learning
We’ll be taking the watch built in the previous instructable and plunge in some Machine Learning and see if we can detect what kind of gesture we are performing, and maybe in upcoming instructable we can use this gesture to perform some very cool projects based on this.
Final result:
Once the code is uploaded successfully make any gesture, the oled display should say what gesture you are performing. In my case the model worked 95% of the time, it just sometimes it suffers to find the right swipe gesture. Probably, the data I collected was noisy or maybe I wasn’t doing the motion right while collecting the data. Anyhow 95% is still good for me, we can do so much with this gesture detection!
More information...
#projects #machine_learning
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