keil

The Design of MCU Development System Based on KEIL 51

基于KEIL51的单片机开发系统设计

The Application of Simulation Software Keil in Teaching Process of MCU Course

编译软件Keil在单片机课程教学中的应用

Reform on Experimental Teaching of Microcontroller Based on Proteus and Keil

基于Proteus与Keil的单片机实验教学改革

Keil C51 is used in design of the software to improve efficiency of development .

软件设计使用C51语言，提高了开发效率；

Design method of Fussy-control about wood dry keil temperature based on single chip computer

基于单片机的木材干燥窑温度模糊控制器的设计方法

Simulation of Peripheral Hardware Circuit Based on the Interface of Proteus and Keil

基于Proteus和Keil接口的单片机外围硬件电路仿真

Application of the Software Proteus and Keil in the MCU Circuit Simulation

电子仿真软件在单片机电路仿真中的应用

Application of Keil μ Vision IDE in the simulation of single-chip microcomputer controlling system

KeilμVisionIDE在单片机控制系统仿真中的应用

The Construction of Singlechip Virtual Laboratory Based on Proteus and Keil C

基于Proteus和keilC的MCS-51单片机虚拟实验室的建立

Simulation of Frequency Counter Based on Proteus and Keil

基于Proteus和Keil的频率计数器仿真

The Application of Double Independent Flash MCU In KEIL

双独立闪存单片机在keil环境下的应用

The Construction of Virtual Lab Base on Proteus and Keil

基于Proteus与Keil的虚拟实验室构建

The programs designed for the system are all successfully compiled through Keil C compiler .

软件部分程序的编写都通过keilC编译器成功编译。

The fourth part is the design of software control base on under the KEIL development environment , and wavelet analysis filtering .

第四，上位机在KEIL开发环境下的软件控制设计以及小波分析法滤波。

Study and Circuit Design of Keil Monitor-51 Technology

KeilMonitor-51技术的研究与电路设计

MAX 1240 is adopted to acquire the geomagnetic signal in Keil C environment .

keilC环境下地磁信号采集采用MAX1240芯片。

Keil C51 language use skill and actual combat .

51语言使用技巧及实战。

The software is compiled and debugged in keil , verified in experimental board .

程序设计是通过KEIL软件进行编译和调试的，在实验板上进行了调试和验证。

Furthermore , the real-time program for microcontroller is debugged with Keil .

在Keil集成开发环境中调试了实时微控制器处理程序；

Discussion is made on the Fuzzy-control technology to design temperature control system of wood dry keil based on a single chip computer .

介绍利用模糊控制技术设计的基于单片机的木材干燥窑温度模糊控制系统，并将其应用于木材干燥温度控制上。

Measurement control program is developed in the Keil environment , in the meantime , the functional modules and processes are introduced .

测量的主控程序在Keil环境下开发，文中给出了各功能模块和处理流程。

Fast Fractional Operation Algorithm under Keil C-51

keilC-51下快速小数运算算法

The development environment is Keil SDK , which integrated with editor , compiler , simulator and debugger .

整个系统的软件开发环境采用的是德国Keil公司的集编辑、编译、仿真和调试于一体的KeilμVision2软件。

Based on the experience in 8051 series single chip system programming , some technologies for writing large embedded program using Keil C development environment are introduced in this paper .

结合在8051系列单片机平台上的实际开发应用的经验，介绍用keilC在8051单片机上进行大型嵌入式程序开发的技术。

The plan of Equipment control system , programming language is based on C language , the software design in C language for programming language , Compile tools are based on Keil .

设备控制系统的软件设计，以C语言为编程语言，以Keil为编译工具。

To make the software easy to design and maintenance , we divide the software into three levels , which are Keil interface layer , communication layer and firmware layer .

为了方便软件代码的设计和维护，将软件划分为3个层次：Keil接口驱动层、USB驱动层和调试器固件层。

The operation principle of TSC51 Single Chip Micyoco ( SCM ) experimental device and the compiling process of KEIL C51 were analyzed .

分析了TSC51单片机实验仪的工作原理，阐述了KeilC51编译器编译工作过程。

Such operations as writing , compiling , and linking of the program are finished in KEIL , until the executable HEX codes are generated .

在KEIL中完成程序的编写、编译、链接直至生成16位可执行代码。

The protocol stack can be carried out by means of C language . All the use of pointer explicit the type of memory and system is compiled by the minor mode of Keil C.

协议栈用C语言实现，指针的使用都明确存储类型，并采用keilC小模式下编译。

Later in the series of articles , we will be the51 kernel SCM as a carrier , C language is the programming language , the development environment for the KEIL uv3 .

在以后的系列文章中，我们将以51内核的单片机为载体，C语言为编程语言，开发环境为KEILuv3。