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[Software Engineeringstreamsplitfunc

Description: 测试计算机的性能, cpu和内存的速度,以及读写时间。-testing computing power
Platform: | Size: 1024 | Author: fangyuan | Hits:

[DSP programCpuTimer0

Description: 定时器0 实验 F2812 上有3 个 32 位的 CPU 定时器,本程序主要对 CPU 定时器 0 进行操作, 100MS 产生一次中断。使用时,按以下步骤进行: (1)点击“CCS”,启动Code Composer Studio 开发环境 (2)点击【project】􀃆 【Open…】打开“CpuTimer0”文件夹下的“CpuTimer0.PJT”。 (3)重新编译完毕。 (4)点击【File】􀃆 【Load Program…】,选择“CpuTimer0”文件夹下的“DEBUG” 中的“CpuTimer0.OUT”文件,点击【打开】。 (5)点击【Debug】􀃆 【Run】或左侧快捷键图标,全速运行。在定时器中断子 函数中,我们打上断点,当定时器0 产生中断时,CCS 就会停在断点处。如下图所示。 注:如果发现程序不能正确运行或程序跑飞,可点击CCS 中【Debug】􀃆 【Reset CPU】, 然后重新Load 程序。如果还是不能正确运行或程序跑飞,可给学习板和仿真器重新上电。-Timer 0 experiment F2812 on three 32-bit CPU timer, this program is the main CPU Timer 0 100MS generate an interrupt. Use, follow these steps: (1) click on the "CCS", start the Code Composer Studio development environment (2) Click on the [project] 􀃆 [Open ...] to open the folder under "CpuTimer0 the" CpuTimer0.PJT ". (3) re-compile is completed. (4) Click [File] 􀃆 [the Load the Program ...] select "CpuTimer0, folder under" the DEBUG In the "CpuTimer0.OUT" file, click [Open]. (5) Click [Debug] 􀃆 , [Run] or the left side of the shortcut icon, running at full speed. In the timer interrupt sub- Function, we marked a breakpoint, when Timer 0 to generate an interrupt, the CCS will stop at the breakpoint. As shown below. Note: If the discovery process can not run correctly or the program running, you can visit the CCS [Debug] 􀃆 [Reset CPU] And then re-Load program. If you still can not run correctly or the program running, re-power on to learn bo
Platform: | Size: 1024 | Author: q | Hits:

[DSP programDSP28_Ev

Description: EV 定时器实验 F2812 上有两个事件管理器 EVA、EVB,本程序主要对事件管理定时器1 和定时器2 进行操作,目的是让用户熟悉EV 事件管理器的编程方法。 (1)点击“CCS”,启动Code Composer Studio 开发环境 (2)点击【project】􀃆 【Open…】打开“EvTimer”文件夹下的“EvTimer.PJT”。 (3)重新编译完毕。 (4)点击【File】􀃆 【Load Program…】,选择“EvTimer”文件夹下的“DEBUG”中 的“EvTimer.OUT”文件,点击【打开】。按下图所示,设置断点。(5)点击【Debug】􀃆 【Run】或左侧快捷键图标,全速运行。当产生中断时, CCS 就会停在断点处。 注:如果发现程序不能正确运行或程序跑飞,可点击CCS 中【Debug】􀃆 【Reset CPU】, 然后重新Load 程序。如果还是不能正确运行或程序跑飞,可给学习板和仿真器重新上电。-EV timer experiment F2812 two events manager EVA, EVB, the procedure event management timer 1 and timer 2 Operation, the purpose is to make users familiar with the EV event management programming. (1) click on the "CCS", start the Code Composer Studio development environment (2) Click on the [project] 􀃆 [Open ...] to open the folder under "EvTimer the" EvTimer.PJT ". (3) re-compile is completed. (4) Click [File] 􀃆 [the Load the Program ...], select "EvTimer file folder under the" DEBUG " The "EvTimer.OUT" file, click on [open]. As shown below, set a breakpoint. (5) Click [Debug] 􀃆 , [Run] or the left side of the shortcut icon, running at full speed. When an interrupt is generated, CCS will stop at the breakpoint. Note: If the discovery process can not run correctly or the program running, you can visit the CCS [Debug] 􀃆 [Reset CPU] And then re-Load program. If you still can not run correctly or the program running, re-power on to learn boar
Platform: | Size: 1024 | Author: q | Hits:

[DSP programExamGpiod5

Description: 蜂鸣器实验 本实验演示GPIO 驱动蜂鸣器的实例。 (1)点击“CCS”,启动Code Composer Studio 开发环境 (2)点击【project】􀃆 【Open…】打开“BELL”文件夹下的“GPIO.PJT”。 (3)重新编译完毕。 (4)点击【File】􀃆 【Load Program…】,选择“BELL”文件夹下的“DEBUG”中的 “GPIO.OUT”文件,点击【打开】。 (5)将蜂鸣器旁边的23J0 两针跳线座短路。点击【Debug】􀃆 【Run】或左侧快捷键 图标,全速运行。即可听到蜂鸣器发出“嘟嘟”的声音。 注:如果发现程序不能正确运行或程序跑飞,可点击CCS 中【Debug】􀃆 【Reset CPU】, 然后重新Load 程序。如果还是不能正确运行或程序跑飞,可给学习板和仿真器重新上电。-Buzzer experiments This experiment demonstrates GPIO driver buzzer instance. (1) click on the "CCS", start the Code Composer Studio development environment (2) Click on the [project] 􀃆 [Open ...] to open the BELL "file folder" GPIO.PJT. (3) re-compile is completed. (4) Click [File] 􀃆 [the Load the Program, select the BELL "folder under the" DEBUG " "GPIO.OUT file, click [open]. (5) the buzzer next to 23J0 two-pin jumper seat short circuit. Click [Debug] 􀃆 , [Run] or the left side of keyboard shortcuts Icon, and run at full speed. You can hear the buzzer "beep" sound. Note: If the discovery process can not run correctly or the program running, you can visit the CCS [Debug] 􀃆 [Reset CPU] And then re-Load program. If you still can not run correctly or the program running, re-power on to learn board and emulator.
Platform: | Size: 1024 | Author: q | Hits:

[Linux-UnixRTC

Description: PC使用EasyARM软件观察RTC万年历和RTC唤醒CPU。用串口线将FQ2478的COM0和PC相连。程序首先初始化RTC,发送 一次时间信息给上位机后进入掉电模式,等待RTC报警来唤醒, 唤醒后发送一次新的时间信息到上位机,蜂鸣器鸣叫3次。-The PC use EasyARM Software observe the RTC calendar and RTC wake up the CPU. COM0 and PC serial cable FQ2478 connected. The program first initializes the RTC send time information to the host computer to enter power down mode, wait for RTC alarm to wake up Send a new wake-up time information to the host computer, the buzzer sounds 3 times.
Platform: | Size: 29696 | Author: pingdigaolou | Hits:

[SCM2231door

Description: 基于msp430valueline的开关门提示器,低功耗模式编写,采用中断嵌套霍尔式传感器实现的一个开关门蜂鸣器提示系统。-based on msp430valueline cpu,open close door sensor.low power mode, can have long life battery
Platform: | Size: 25600 | Author: 赵浩淼 | Hits:

[SCMlp

Description: MSP430单片机的LOW power应用,掌握此用发之后,CPU会省很多力气的。-MSP430 MCU LOW power applications, to grasp this use after the event, the CPU will save a lot of effort.
Platform: | Size: 1024 | Author: | Hits:

[Windows DevelopUdebugs

Description: 采用STC89C52单片机作为系统的核心控制器件,利用定时中断,对任务设计了不同的响应频度,CPU分别执行各任务。用这种任务抢占思想构建的程序框架,实现各模模块功能,实现了电压可控的恒定直流稳压电源设计。采用10位的AD1543和 DA5615,实现高精度输出与测量;通过闭环控制,使输出电压稳定;显示模块采用了WM -Using STC89C52 microcontroller as the core of the system control device, use the timer interrupt, the frequency of the different response on the design of the task, the CPU perform the task. This task to seize the ideological construct of the program framework, the achievement of the mold module function to achieve a controlled constant DC voltage regulated power supply design. 10 of the AD1543 and DA5615 high precision output and measurement closed-loop control, the output voltage stability display module using the WM
Platform: | Size: 67584 | Author: 获得 | Hits:

[SCMMC2008-TI_632modul

Description: 针对MC2008POS机,实现读写IC卡、打印、SAM卡认证、FLSH读写与存储、键盘输入、屏幕显示、电源管理。M1卡、TI卡、CPU卡进行读写处理的代码-For MC2008POS machine, to achieve reading and writing IC card, print, SAM card authentication, FLSH read and write and storage, keyboard input, screen display, power management. M1 card, TI card, CPU card processing code to read and write
Platform: | Size: 117760 | Author: 金泉 | Hits:

[SCMMC2008ID-card

Description: 针对MC2008POS机,实现读写IC卡、打印、SAM卡认证、FLSH读写与存储、键盘输入、屏幕显示、电源管理。M1卡、TI卡、CPU卡进行读写处理的代码-For MC2008POS machine, to achieve reading and writing IC card, print, SAM card authentication, FLSH read and write and storage, keyboard input, screen display, power management. M1 card, TI card, CPU card processing code to read and write
Platform: | Size: 101376 | Author: 金泉 | Hits:

[Internet-Networkmom_server

Description: 一般说法是selling leads 销售信息 和buying leads 求购信息 这些一般在B2B 网站中出现,可以通过这个寻求客户。-r computer is idle. The application that misbehaved the most was the Linux kernel. However, as of version 2.6.21, the Linux kernel went tickless, and no longer has a fixed 1000Hz timer tick. The result (in theory) is huge power savings because the CPU stays in low power mode for longer periods during system idle. However... there are many things that can ruin the party, both inside the kernel and in userspace. PowerTOP combines various sources of information from the kernel into one convenient screen so that you can see how well your system is doing at saving power, and which components are the biggest problems. PowerTOP has these four basic goals: Show how well your syste
Platform: | Size: 23552 | Author: lijinyu | Hits:

[SCMSmartDelay

Description: 由杨晓胜原创,转载请注明出处, stm32利用滴答中断的只能延时函数,可以再用户规定时间延时时间内,cpu不空转,进入睡眠状态,而睡眠结束后,cpu自动醒来,工作,从而大大节省了功耗。-YangXiaoSheng by the original, reproduced please indicate the source. Stm32 use ticking interrupt only delay function, can again users set time delay time, the CPU does not idle, asleep, and after sleep, the CPU auto wake up, working, thus greatly save power consumption.
Platform: | Size: 1100800 | Author: sheng8 | Hits:

[assembly languageMMECF

Description: CPU为2812,通讯规约为电力部的CDT规约的发送程序-Send a program of the CPU for 2812 CDT protocol communication protocol for the Ministry of Power
Platform: | Size: 602112 | Author: panpan | Hits:

[Linux-Unixtsb

Description: Linux Kernel code, The sparc64 TSB is similar to the powerpc hashtables. It s a power-of-2 sized table of TAG/PTE pairs. The cpu precomputes pointers into this table for 8K and 64K page sizes, and also a comparison TAG based upon the virtual address and context which faults.-Linux Kernel code, The sparc64 TSB is similar to the powerpc hashtables. It s a power-of-2 sized table of TAG/PTE pairs. The cpu precomputes pointers into this table for 8K and 64K page sizes, and also a comparison TAG based upon the virtual address and context which faults.
Platform: | Size: 7168 | Author: morerfu | Hits:

[uCOSCheapOS

Description: CheapOS--嵌入式实时多任务操作系统源码免费下载 CheapOS使用与UCOS完全一样的HAL,与UCOS 完全HAL硬件兼容。 并且是完全免费的源代码,可用于商业产品上。 CheapOS最终的版本支持中断,信号,互斥锁,邮箱,延时函数等功能! 支持低功耗运行的实时操作系统,支持中断嵌套处理。 不同的任务可使用相同的优先级,并且最大可支持65535个应用任务。 方便的CPU USAGE占用率变量,操作系统运行状态一览无余。 如果你需要技术支持,请联系操作系统软件开发作者:qq:292942278 msn:tony_yang123@msn.com-CheapOS- embedded real-time multi-tasking operating system source code free download CheapOS UCOS exactly the same HAL, with the UCOS HAL hardware compatible. And is completely free source code, can be used in commercial products. The final version CheapOS support interrupt signal, mutex, mailbox, delay function! Support low-power operation of real-time operating system that supports nested interrupts. Type of task can use the same priority level, and the maximum support 65535 application tasks. Convenient the CPU USAGE occupancy rate variable, the status of the operating system is running at a glance. If you need technical support, please contact the operating system software development Author: qq: 292942278 msn: tony_yang123@msn.com
Platform: | Size: 179200 | Author: 6756 | Hits:

[ARM-PowerPC-ColdFire-MIPSRTC-Wakeup

Description: FW2103,RTC Wakeup RTC秒值增量中断唤醒掉电CPU-The FW2103, RTC Wakeup RTC seconds Increment interrupt wake-up from Power-down CPU
Platform: | Size: 24576 | Author: argentum | Hits:

[SCMlcd

Description: 用到段码液晶屏,一般是用专用驱动芯片如:HT1621等,考虑到,成本、功耗,决定用单片机直接驱动。液晶屏手册建议用1/3偏压,求简单用1/2偏压,实际搭了个实验板试了一下,效果还是不错的。实际可将分压电阻R2-29加大到1M,和用CPU的一个脚来驱动(可关断),进一步减小功耗,现贴出原理图、程序、照片,供有用者参考。 -Used Segment LCD, special driver chip, such as: HT1621, taking into account cost, power consumption, and decided to use the single-chip direct drive. LCD manual recommends 1/3 bias, 1/2 bias the sake of simplicity, the actual take a experimental board tried it, the effect is good. The actual dividing resistor R2-29 increased to 1M, and with a pin to drive the CPU (OFF), and further reduce power consumption, schematics, procedures, Photos were posted, useful for reference.
Platform: | Size: 781312 | Author: cxs | Hits:

[Linux driveracpi

Description: 电脑电源系统监测,监测CPU温度,及acpi接口-Power System Monitoring on Computer
Platform: | Size: 9216 | Author: 任毅 | Hits:

[OtherCOM_control_superIO

Description: 通过com口来控制客户端几台的superIO的功能,可以开关客户端的电源灯,控制蜂鸣器开关,CPU/sys smartfan。这是一个客户端的程序,控制端见说明文档-By com port to control several of superIO client function, you can switch the client' s power light, control the buzzer switch, CPU/sys smartfan. This is a client program, see the documentation control terminal
Platform: | Size: 20480 | Author: 标准七 | Hits:

[SCMCDMA_Module

Description: 基于LPC1759用状态机做的CDMA模块AnyDATA DTL518的代码,通过DMA与UART1通信,不占用CPU。主要包括上电时序初始化,拨号连接,短信接收和处理。其中用到cortex-m3的一些库函数,网上很好找-Based on LPC1759 using the state machine to do CDMA module AnyDATA DTL518 code via DMA communication with UART1, do not take up CPU. Including the power-up sequence is initialized, dial-up connections, receive and process messages. Which use some library functions cortex-m3, online good looking
Platform: | Size: 23552 | Author: 李守毅 | Hits:
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