ZigBee network technology has been used widely in different commercial, medical and industrial applications, and the importance of keeping the network operating at a longer time was the main objective of ZigBee manufacturers. In this paper, ZigBee battery characteristics and operation has been researched extensively and a mathematical modeling has been applied on existed practical data provided by Freescale semiconductors Inc [1], and Farnell [2]. As a result a mathematical optimized formula has been established which describes battery characteristic and voltage behavior as a function of time, and since ZigBee node batteries has been the core objective of this research work, a decline in battery voltage below 50% of battery capacity could influence and degrade ZigBee network performance.
翻译：Zig Bee网络技术被广泛用于不同的商业、医疗和工业应用,使网络更长时间运作的重要性是Zig Bee制造商的主要目标,本文件对Zig Bee电池的特性和运行进行了广泛研究,并根据免费半导体公司[1]和Farnell公司[2]提供的现有实用数据应用了数学模型,因此制定了一个数学优化公式,将电池特性和电压行为描述为时间函数,由于Zig Bee node电池是这一研究工作的核心目标,电池电压降至50%以下可能会影响和降低ZigBeee网络的性能。
相关内容
- Today (iOS and OS X): widgets for the Today view of Notification Center
- Share (iOS and OS X): post content to web services or share content with others
- Actions (iOS and OS X): app extensions to view or manipulate inside another app
- Photo Editing (iOS): edit a photo or video in Apple's Photos app with extensions from a third-party apps
- Finder Sync (OS X): remote file storage in the Finder with support for Finder content annotation
- Storage Provider (iOS): an interface between files inside an app and other apps on a user's device
- Custom Keyboard (iOS): system-wide alternative keyboards
Source: iOS 8 Extensions: Apple’s Plan for a Powerful App Ecosystem
微信扫码咨询专知VIP会员