Please read your package and describe it at least 40 bytes.
System will automatically delete the directory of debug and release, so please do not put files on these two directory.
Please read your package and describe it at least 40 bytes.
System will automatically delete the directory of debug and release, so please do not put files on these two directory.
Please read your package and describe it at least 40 bytes.
System will automatically delete the directory of debug and release, so please do not put files on these two directory
Please read your package and describe it at least 40 bytes.
System will automatically delete the directory of debug and release, so please do not put files on these two directory
Embedded microcontroller program (PicBasic) to implement RFID-based Medicine Teller system, used to inform the user about the time to take medicine, scanning RFID tags on the medicines, for elders use.
The MINI2440 is an effecient ARM9 development board with a comprehensive price, it characterizes simple method and high performance-price ratio. Based on the Samsung S3C2440 microprocessor, it embodies professional stable CPU core power source chip and reset chip to ensure the stability of the system operation. The PCB on the MINI2440 board is designed to be 4-layers board, adopting the ENIG technology and professional equal-length wiring to ensure the completeness of the signals of the key signal wires and manufactured and released under stringent quality control plans. With the help of this detailed manual, users are supposed to become proficient in the development process of embedded Linux and WinCE operating system, they are supposed to get the foundation, so long as they have obtained the basic and necessary knowledge about the C language, in two weeks.
The main function of the traffic detection system is to examine the speed, the flow, the vehicle type and the lane occupancy of the motor vehicles. The method based on ARM embedded system in this paper provides a new means for the traffic detection system research.
In this paper, a new method is introduced to implement chaotic generators based on the Henon map and Lorenz chaotic generators given by the state equations using the Field Programmable Gate Array (FPGA). The aim of this method is to increase the frequency of the chaotic generators. The new method is based on the MATLAB® Software, Xilinx System Generator, Xilinx
Alliance tools and Synplicity Synplify.
