AIR应用技术

本文简要地概述了什么是AIR,AIR的优点,如何来构建AIR程序等问题。     

基于Adobe AIR的下一代移动应用开发

本文通过与传统的Web应用程序的比较,深入地阐述Adobe AIR的特点及优势,详细介绍了实现Adobe AIR应用的FlexBuilder 4．5在改善、增强用户体验方面的技术支持及程序开发步骤,并且创建了一个基于AIR的移动设备应用程序,为开发人员部署RIA应用推荐了一种新的解决方案。     

SERVING YOU

书名：ADOBEAIR完整入门与开发实录一使用FLEX／FLASH/AJAX开发AIR应用 本书全面讲解Adobe AIR（Adobe Integrated Runtime）技术知识体系和开发实践。     

最爱“APPLE”

APPLE AIR出了，对于“苹果”的拥趸来说，APPLE AIR绝对不可以用一台笔记本来衡量与评判，它是工艺品，也是奢侈品。iPod．iPhone、APPLE AIR……在“苹果”的产品线上，与其说是技术引领了潮流，还不如说是时尚的元素在打扮着技术。也许很快在世界奢侈品的排行榜上将会出现一个新的类别——IT数码类，而“APPLE”也将会和Chanel、Tiffany、LouisVuitton一样成为全球追捧的对象。     

Adobe AIR把Web应用带到下一个台阶

本文采撷了一部分当前已有及即将出现的Adobe AIR应用程序，这些应用程序让在线服务与桌面程序的界限模糊起来。     

Mate Framework

Cairngorm是一个在Flex、AIR上构建的一个轻量级框架。它集合了一系列被实践验证的设计模式,并提倡在开发Flex时使用最佳实践。     

利用Flex开发AIR的MP3复读机软件

利用Flex开发AIR桌面应用软件结合MP3复读机软件的制作,详细讲解了如何制作透明窗体、实现界面切换、控制声音播放、实现A—B复读和绘制声音的波形图。     

利用Flex开发AIR的MP3复读机软件

利用Flex开发AIR桌面应用软件结合MP3复读机软件的制作,详细讲解了如何制作透明窗体、实现界面切换、控制声音播放、实现A—B复读和绘制声音的波形图。     

演出

话剧《发廊童话》；芭蕾舞剧《仙女》、《拿波里》；空气乐队（AIR）-CLOSE UP Tour；话剧《恋爱的犀牛》。     

面向Ajax开发人员的Adobe AIR简介

传统浏览器限制,比如安全沙箱（security sandbox）,但有时候这还不够。通过支持将应用程序扩展到浏览器之外,Adobe AIR必然会谱写出web技术新的一页——桌面。     

一种应用于推荐系统的Web挖掘算法:AIR算法

针对互联网站点信息海量和结构复杂的趋势,推荐系统被用来协助互联网用户方便快捷地找到所需信息,培养用户忠诚度。Web挖掘技术在处理海量数据和稀疏数据上有着先天的优势,所以Web挖掘技术在推荐系统中得到了越来越广泛的研究和应用。基于Web挖掘的推荐系统所使用的主要技术有聚类、关联规则、序列模式等等。然而,这些技术往往不能在推荐的准确性和覆盖范围方面做到两全。综合这几种技术,取其优点去其缺点,提出了一种新的算法(AIR算法)。通过基于实际使用数据的详尽的实验评估,可以证明该算法能够在准确性和覆盖范围方面明显提高推荐系统的整体性能。     

A novel method for assessing the segmentation quality of high-spatial resolution remote-sensing images

Image segmentation quality significantly affects subsequent image classification accuracy. It is necessary to develop effective methods for assessing image segmentation quality. In this paper, we present a novel method for assessing the segmentation quality of high-spatial resolution remote-sensing images by measuring both area and position discrepancies between the delineated image region (DIR) and the actual image region (AIR) of a scene object. In comparison with the most frequently used area coincidence-based methods, our method can assess the segmentation quality more objectively in that it takes into consideration all image objects intersecting with the AIR of a scene object. Moreover, the proposed method is more convenient to use than the existing boundary coincidence-based methods in that the calculation of the distance between the boundary of the image object and that of the corresponding AIR of the scene object is not required. Another benefit of this method over the two types of method above is that the assessment procedure of the segmentation quality can be conducted with less human intervention. The obtained optimal segmentation result can ensure maximal delineation of the extent of scene objects and can be beneficial to subsequent classification operations. The experimental results have shown the effectiveness of this new method for both segmentation quality assessment and optimal segmentation parameter selection.     

AIR application for reliability analysis considering debugging process and network traffic in mobile clouds

Mobile clouds are used by many people via a network service to share the computing resources, because of the unification management of data and low cost. In case of the mobile device, the network access devices are frequently used by many software installed via the installer software. Considering the effect of the debugging process on mobile software in the development of a method of reliability assessment for the mobile clouds, it is necessary to grasp the situation of installer software, the network traffic, the installed software, etc.In this paper, we develop an integrated method of reliability assessment considering the software failure and network traffic based on a hazard rate model and neural network for the mobile clouds. In particular, we develop the AIR application for reliability analysis based on the proposed method. Then, we show the performance examples of the developed AIR application to analyze the method of software reliability assessment for the mobile clouds.     

IT产品的可用性测试与评估

可用性测试与评估是可用性工程的重要组成部分。该文首先提出可用性质量的指标体系,它为衡量和改进产品的可用性质量提供了参照系和必要的基础,然后重点介绍几个用户评估与专家评估方法,最后给出一个可用性用户评估的实例。     

Web技术开发桌面应用的研究与设计

阐述了一种基于纯Web技术开发桌面应用程序的新开发模式,其运行期环境的特点和要求。基于这种开发模式设计和实现了一个论文阅读笔记系统,并把程序打包布署,最后在Adobe AIR上演示运行,验证了这种开发模式的可行性和应用程序的桌面整合特性。这种开发模式结合Web开发技术的简单性和桌面应用的强大功能,及开发群体的广泛性,将推动桌面应用的再次繁荣和丰富。     

Immune model-based fault diagnosis

In this paper, a novel approach to immune model-based fault diagnosis methodology for nonlinear systems is presented. The diagnosis scheme consists of forward/inverse immune model identification, filtered residual generation, the fault alarm concentration (FAC), and the artificial immune regulation (AIR). A two-link manipulator simulation was employed to validate the effectiveness and robustness of the diagnosis approach. The simulation results show that it can detect and isolate actuator faults, sensor faults, and system component faults efficiently.     

The benefits of integrated eye tracking with airborne image recorders in the flight deck: A rejected landing case study

Aircraft accident investigation has played a pivotal role in improving the safety of aviation. Advances in recorder technology, specifically Cockpit Voice Recorders (CVRs) and Flight Data Recorders (FDR) have made a huge contribution to the understanding of occurrences for accident investigators. However, even these recorders have limitations such as the evidence they provide about pilots' situation awareness or behaviours. Supplementing audio and data recordings with video has been discussed for many years and whilst there continues to be debate among regulators, operators, manufacturers and pilot unions, the International Civil Aviation Organization (ICAO) has mandated Airborne Image Recorders (AIR) from 2023. The purpose of installing such systems is to provide evidence of crew operational behaviours in terms of both human-human and human-computer interactions (HCI) on the flight deck. Video alone is unlikely to provide sufficient evidence for investigators. This study examines the additional value that eye-tracking technology may provide through the case study of an accident involving an Airbus A330-300 aircraft which experienced a rejected landing. Currently, the investigation of such events, where crew interaction with automation is critical to their situation awareness, relies heavily on interview data. Such data may be unavailable (in the case of serious injury) or unreliable (based on hindsight bias). By integrating eye tracking technology into an AIR, accident investigators will potentially gain a better understanding of pilots’ visual scan patterns across flight deck instrumentation. This has implications for flight deck and procedural design as well as training and simulation.     

一种新的基于信息论的PCA特征压缩算法

利用Shannon信息论理论，针对矩阵本征值的内在特性，提出了广义信息函数(GIF)、信息率(IR)和累计信息率(AIR)概念，用它度量了特征压缩的程度，建立了一种新的基于信息论的PCA特征压缩算法，并进行了仿真应用，为特征压缩提供了一种新的研究方法．