加拿大论文代写：无线个域网
无线个域网是用于个人局域网标准的无线技术。此外，这被广泛用于自动化应用，并取代现有的非标准技术。有许多应用程序安装和操作在802.15自动化。对于无线个域网数据速率20Kbps和行为在一定的频带限制操作存在。这有利于帐户或其他互补技术。这是专为低功耗无线数据。它的目标和目标，以产生较低的数据速率和低成本的无线网络。事实上，这有目标提供物理层和MAC层标准，这样的网络。
无线个域网技术已成为不同的无线技术之间的选择，通过克服在不同的无线商业自动化技术的速度限制，并允许在一个网络上的额外设备的质量。无线个域网技术普遍使用有一对。4GHZ频段提供低速率无线应用领域发布的规范组的高层通信协议设计使用小；低功耗数字收音机支持IEEE 802.15.4无线个人网络空间的习惯。802.15.4无线技术的设备之间的即时通信无线个域网接近允许使用，而在不需要网络同步延迟的蓝牙和Wi-Fi。这使得照明系统利用无线管理与ZigBee。IEEE 802.15.4窝点一个坚固的无线PHY（物理层）和MAC（介质访问控制）层。无线个域网网络安全相关的密集，对IEEE 802.15.4系统应用框架。这些功能有助于改变一个网络在一个无线网络上拥有数千台设备的速度。网状网络帮助传感器和控制器建立可靠的无线通信网络。无线Mesh网络意味着所有设备都有通信能力，可以“与1通话”，并充当中继器，将数据传输到不同的无线电设备，这些无线电设备可能因特定设备的通信而不同。网状网络共同表明，无线个域网网络不需要一个中央管理的目的。网状网络机械与拓扑变化。节点可以增加，删除，替换或重新安置而不是古老的网络管理要求。网状网络将优化或增加能见度到动态系统，如在旧建筑物的环境条件或在一个非常薄弱的机器的条件下，没有有线网络的价值和管理。
加拿大论文代写：无线个域网
ZigBee is the wireless technology that is used to work on the Personal Area Network standard. Moreover, this is widely used for the automation applications and to replace the existing non standard technologies. There are a number of applications which are installed and operate in the 802.15 automation. The data rate for the ZigBee has the presence of 20kbps and act upon certain band limit operation. This has to facilitate the accounts or from other complementary technologies. This is uniquely designed for lower power rate wireless data. It targets and aims to produce a lower data rate and low cost wireless networking. In fact, this has the goal to provide the physical layer and MAC layer standard for such networks.
ZigBee technology has become the quality of choice among different wireless technologies by overcoming the speed limitations found in different wireless commercial automation technologies and by permitting for additional devices on one network. ZigBee technology uses the universally out there a pair of. 4GHz band to provide low rate wireless applications and areas a published specification set of high level communication protocols designed to use tiny; low-power digital radios supported the IEEE 802.15.4 customary for wireless personal space networks. The 802.15.4 radio technology utilized by ZigBee permits for close to instant communication between devices, where there is no need for network synchronization delays by Bluetooth and Wi-Fi. This allows lighting systems to utilize wireless management with ZigBee. IEEE 802.15.4 dens a sturdy radio PHY (physical layer) and MAC (medium access control) layer. ZigBee dense the network, security associated application framework for an IEEE 802.15.4-based system. These capabilities facilitate speeds to alter a network to own thousands of devices on one wireless network. The mesh network helps sensors and controllers establish reliable wireless communication networks. Wireless mesh networks mean all devices have communication capabilities to “talk to 1 another,” and act as repeaters transferring data to different radios that may be out of communication vary of a specific device. Mesh networking conjointly suggests that ZigBee networks do not require a central management purpose. Mesh networks mechanically go with topology changes. Nodes can be additional, removed, replaced or resettled while not the requirement for ancient network administration. Mesh networks will optimize or increase the visibility into dynamic systems, like the environmental conditions within an old building or the condition of machinery in a very weak, without the value and administration of a wired network.
