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AnyWhere——面向设备的编程模式
引用本文:周立功. AnyWhere——面向设备的编程模式[J]. 单片机与嵌入式系统应用, 2009, 0(9): 5-8
作者姓名:周立功
作者单位:广州致远电子有限公司
摘    要:嵌入式系统的特点及其传统编程模式决定嵌入式系统研发人员必须是复合型人才。嵌入式系统把越来越多的通用电脑功能集成进来,同时自身功能也极大增强,这个矛盾就越来越突出。Anywhere——面向设备的编程模式较好地解决了这个矛盾。AnyWhere最大的特点是着眼于系统。系统中的所有嵌入式设备都使用AnyWhere兼容设备,整体效果最佳。面向设备的编程模式把所有通过网络连接的嵌入式系统和计算机作为一个整体考虑,研发人员只需要知道设备地址和设备内端口地址的分配,通过有限的几个函数操作设备。

关 键 词:嵌入式系统  编程模式  AnyWhere  设备  端口

AnyWhere: Device Oriented Programming Mode
Zhou Ligong. AnyWhere: Device Oriented Programming Mode[J]. Microcontrollers & Embedded Systems, 2009, 0(9): 5-8
Authors:Zhou Ligong
Affiliation:Zhou Ligong(Guangzhou Zhiyuan Electronics Co. , LTD)
Abstract:The complex features of embedded systems and the traditional programming mode require that a good embedded system designer have full knowledge of different fields, from hardware to software, high level synthesis to low layer driver. The issue becomes more serious while modern embedded system designs are having more integrated functions and more powerful complex features AnyWhere,a platform based on device oriented programming,is a good solution. AnyWhere is a system level solution. A system could achieve best performance if all its embedded devices are AnyWhere compatible. The device oriented programming mode adopted by the platform considers all embedded subsystems and computers on the network as an entity; therefore, designers can access an device with a few common functions, only needing to know the node address and the port address assignment of the device
Keywords:AnyWhere
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