The TARGET of the assignment is to familiarize the student with MIMO channel modeling. The work is based on L. Schumacher’s MIMO channel model implementation, with added capacity analysis. First the channel model implementation is introduced, and thereafter analysis on MIMO channel with different parameters is done. Finally a short report on the results is written.
标签： familiarize assignment The the
上传时间： 2014-01-01
上传用户：jjj0202
radar equation for TARGET estimation
标签： estimation equation TARGET radar
上传时间： 2017-09-17
上传用户：sssl
This mambot adds to the external links in a content the text “ TARGET="_blank"” . Thus, all the links pointing to external sites will be opened in a new window.
标签： the external content mambot
上传时间： 2013-12-17
上传用户：zhaiyanzhong
Introduction to radar TARGET recognition，IET雷达目标识别电子书
标签： Introduction recognition TARGET radar to
上传时间： 2018-05-08
上传用户：icae0327
TMS320F2812 DSP 是运动控制系统很好的硬件支撑平台,但传统的DSP 代码开发周期较长,效率不高。Matlab 公司的Embedded TARGET for TI C2000 DSP
标签： Simulink Matlab F2812 2812
上传时间： 2013-04-24
上传用户：13188549192
· 摘要： 传统的DSP软件开发都是先设计DSP上的算法并仿真然后将其写成特定DSP的代码(c或是汇编)在目标板上实现.介绍了一种新的高效、集成的DSP软件设计方法.利用MATLAB7.0新提供的Embeded TARGET for TI C2000 DSP、simulink、Real-Time Workshop和TI的CCS IDE相结合,在MATLAB环境下生成DSP的C代
上传时间： 2013-07-26
上传用户：hebmuljb
1 为什么要重视电源噪声问题？ 2 电源系统噪声余量分析 3 电源噪声是如何产生的？ 4 电容退耦的两种解释 4.1 从储能的角度来说明电容退耦原理。 4.2 从阻抗的角度来理解退耦原理。 5 实际电容的特性 6 电容的安装谐振频率 7 局部去耦设计方法 8 电源系统的角度进行去耦设计 8.1 著名的TARGET Impedance（目标阻抗） 8.2 需要多大的电容量 8.3 相同容值电容的并联 8.4 不同容值电容的并联与反谐振（Anti-Resonance） 8.5 ESR 对反谐振（Anti-Resonance）的影响 8.6 怎样合理选择电容组合 8.7 电容的去耦半径 8.8 电容的安装方法 9 结束语
标签： 电源完整性
上传时间： 2013-11-06
上传用户：mahone
STM32的ADC+DMA+USATT功能
上传时间： 2013-11-07
上传用户：q986086481
The MSP-FET430PIF is a Parallel Port interface (does not include TARGET board) that is used to program and debug MSP430 FET tools and test boards through the JTAG interface. This interface is included in our FET tools, but sold without the development board. This interface uses a Parallel PC Port to communicate to the Debugger Software (IAR Kickstart software included) running on the PC. The interface uses the standard 14 pin header to communicate to the MSP430 device using the standard JTAG protocol. The flash memory can be erased and programmed in seconds with only a few keystrokes, and since the MSP430 flash is extremely low power, no external power supply is required. The tool has an integrated software environment and connects directly to the PC which greatly simplifies the set-up and use of the tool. The flash development tool supports development with all MSP430 flash parts. Features MSP430 debugging interface to connect a MSP430-Flash-device to a Parallel port on a PC Supports JTAG debug protocol (NO support for Spy-Bi-Wire (2-wire JTAG) debug protocol, Spy-Bi-Wire (2-wire JTAG) is supported by MSP-FET430UIF) Parallel Port cable and a 14-conductor TARGET cable Full documentation on CD ROM Integrated IAR Kickstart user interface which includes: Assembler Linker Limulator Source-level debugger Limited C-compiler Technical specifications: Backwardly compatable with existing FET tool boards.
上传时间： 2013-10-26
上传用户：fengweihao158@163.com
The μPSD32xx family, from ST, consists of Flash programmable system devices with a 8032 MicrocontrollerCore. Of these, the μPSD3234A and μPSD3254A are notable for having a complete implementationof the USB hardware directly on the chip, complying with the Universal Serial Bus Specification, Revision1.1.This application note describes a demonstration program that has been written for the DK3200 hardwaredemonstration kit (incorporating a μPSD3234A device). It gives the user an idea of how simple it is to workwith the device, using the HID class as a ready-made device driver for the USB connection.IN-APPLICATION-PROGRAMMING (IAP) AND IN-SYSTEM-PROGRAMMING (ISP)Since the μPSD contains two independent Flash memory arrays, the Micro Controller Unit (MCU) can executecode from one memory while erasing and programming the other. Product firmware updates in thefield can be reliably performed over any communication channel (such as CAN, Ethernet, UART, J1850)using this unique architecture. For In-Application-Programming (IAP), all code is updated through theMCU. The main advantage for the user is that the firmware can be updated remotely. The TARGET applicationruns and takes care on its own program code and data memory.IAP is not the only method to program the firmware in μPSD devices. They can also be programmed usingIn-System-Programming (ISP). A IEEE1149.1-compliant JTAG interface is included on the μPSD. Withthis, the entire device can be rapidly programmed while soldered to the circuit board (Main Flash memory,Secondary Boot Flash memory, the PLD, and all configuration areas). This requires no MCU participation.The MCU is completely bypassed. So, the μPSD can be programmed or reprogrammed any time, anywhere, even when completely uncommitted.Both methods take place with the device in its normal hardware environment, soldered to a printed circuitboard. The IAP method cannot be used without previous use of ISP, because IAP utilizes a small amountof resident code to receive the service commands, and to perform the desired operations.
标签： Demonstration 3200 USB for
上传时间： 2014-02-27
上传用户：zhangzhenyu
