课程背景Wuhan Science and Technology embedded Courses (www.embedhq.org). Interconnection of all things great prospects, following the Internet, mobile Internet and a vast market - things. This course is embedded in Wuhan R & D team summarizing the actual research and development projects on technology research and development from the theory of things, typical of popular applications combine to make students grasp things quickly get started with the details of the development process for entry into the networking industry lay a solid foundation. Our typical application segments and demo can also win valuable development time for business students to explore their own process to avoid unnecessary "pit", and reduce development costs.
入学要求The course participants learn best meet the following basics:
◆ basic understanding of the circuit, there is the C programming language
◆ understand the simple knowledge plus 51 single
课程大纲
第一阶段 物联网处理器STM32编程实战STM32 application programming
key learning STM32 series ARM development process, master MCU typical external resources: GPIO, serial, NVIC interrupts, timers, PWM, RTC, LCD, temperature sensor, ADC, DAC programming methods and examples of operation.
STM32 Course Outline see: http://www.embedhq.org/html/jingpin/arm/2018/1105/3737.html
第二阶段 物联网热门应用1-NB_IOT
narrowband Things (Narrow Band Internet of Things, NB -IoT) all become an important branch of the Internet, it can be deployed directly to the GSM network, UMTS network or a LTE network, in order to reduce deployment costs, a smooth upgrade. NB-IoT IoT is an emerging field of technology to support low-power devices connected in a cellular WAN data, it is also known as low-power wide-area network (LPWAN). This section master the written application example of NB-IOT on the STM32 platform.
Lora-2
Lora is semtech company to create low-power wireless LAN standard, LoRa name is long-range radio (Long Range Radio), its greatest feature is the distance other than wireless spread farther in the same power conditions, to achieve low power consumption and a uniform distance, it expands 3-5 times larger than the conventional RF communication distance in the same power. This section written LORA wireless communication master instance on the STM32 platform.
-The ZigBee. 3
the ZigBee technology is a short-range, low-power wireless communication technology. Which is characterized by short distance, low complexity, self-organization, low power, low data rate. Mainly suitable for remote control and automatic control art, it can be embedded in a variety of devices. This section mastered writing zigbee wireless ad hoc network communication instances in the STM32 platform.
4-RFID
radio frequency identification, RFID (Radio Frequency Identification) technology, also known as radio frequency identification, is a communication technique, and can read and write data via radio signals to identify a specific target, without identification between the target system and the establishment of a specific mechanical or optical contact. Master RFID tag application instance on the STM32 platform.
WIFI-5
WIFI is to create a standard IEEE 802.11 wireless LAN technology, many products on the market, such as: personal computers, game consoles, MP3 players, smart phones, tablet computers, printers, laptops and other wireless Internet access can Peripherals. Grasp wifi wireless network applications on the application case STM32 platform.
6-Bluetooth
Bluetooth (Bluetooth®): is a wireless technology standard, short distance data exchange between stationary devices, mobile devices, and building a personal area network (the UHF band radio waves 2.4-2.485GHz the ISM). Bluetooth can connect multiple devices to overcome the problem of data synchronization. Bluetooth wireless network control application examples on the STM32 platform.
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