诺基亚信息

诺基亚与河南移动签署GSM／GPRS扩容合同；湖南移动网络采用诺基亚移动软交换系统；诺基亚与银联商务联袂推出NFC手机支付新应用。     

基于NFC技术的移动支付应用探索

移动支付作为国家信息化工作的重要组成部分,其产业发展已进入关键时期。重点探讨了NFC技术的内涵、应用模式以及在移动支付环境下如何应用好NFC技术等问题。最后指出,在移动支付的终端层面,以NFC技术为基础的手机终端将成为移动支付的主流终端。     

基于手机的NFC应用研究

近距离通信技术在手机上的应用为运营商和银行扩展了业务，也方便了消费者和商家。从近距离通信的特点出发，介绍了国内外的相关应用现状，结合实例，给出了NFC在手机上的应用形式。分析了NFC和RFID的联系，并与Wibree、ZigBee等六种无线通信技术作了比较，显示出NFC非接触式移动支付应用具有成本低、功耗低、安全性好的优势。     

基于NFC的创新行业应用研究

简要介绍了NFC技术,阐述了NFC技术在智慧家居、移动支付、可穿戴设备、位置服务、智慧医疗等行业应用的情况。分析了NFC发展所面临的问题,并提出了运营商拓展NFC行业应用的策略建议。     

NFC芯片与SIM卡连接的方案研究

(NFC)近场通信应用是目前移动通讯行业与RFID行业所关注的热点,NFC技术将移动终端与RFID应用紧密的捆绑在一起,引发了一系列新的应用模式。作为NFC应用推动的主流力量,移动运营商提出了基于SIM卡实现NFC应用的需求。本文详细分析讨论了NFC芯片与SIM卡连接的方法,并提出合理的建议方案。     

NFC产业分析及应用前景展望

由NFC技术的发展剖析NFC技术产业链的优劣势,探讨NFC技术在移动互联网业务中的应用方向,展望NFC标准终端发展趋势及NFC未来可能的商业模式和产业主导者。     

基于NFC技术的移动应用

本文简要介绍了NFC技术的原理,技术特点和相关标准。在此基础上探讨NFC技术在移动应用上取得成功的关键因素和应用场景。     

基于NFC的移动电信业务

文章首先介绍了RFID技术的发展现状;然后,以NFC为例,探讨了RFID技术与移动通信网的结合及其应用;接着,以移动支付业务为例,分析了其技术原理和业务模式;最后,提出了运营商引入NFC技术应考虑的相关问题,并展望了NFC的发展趋势。     

近场通信技术(NFC)浅谈

NFC是Near Field Communication缩写,即近距离无线通讯技术。由飞利浦公司和索尼公司共同开发的NFC是一种非接触式识别和互联技术,可以在移动设备、消费类电子产品、PC和智能控件工具间进行近距离无线通信。本文介绍了NFC的技术简介,与蓝牙技术的比较,技术原理。重点介绍了NFC技术在未来的应用。     

基于NFC移动的电信业务

文章首先介绍了RFID技术的发展现状;然后,以NFC为例,探讨了RFID技术与移动通信网的结合及其应用;接着,以移动支付业务为例,分析了其技术原理和业务模式;最后,提出了运营商引入NFC技术应考虑的相关问题,并展望了NFC的发展趋势。     

移动电子商务及其关键技术

介绍了移动电子商务的基本框架,并针对其中的几个关键技术进行了论述,介绍了移动电子商务的底层——无线网络,对移动电子商务中的两个关键标准和规范——WMP2.0标准和MeT规范进行了说明,分析了移动中间件在移动电子商务中的重要作用,并就其安全性进行了阐明,最后讨论了移动电子商务所面临的问题和其发展前景。     

NFC — the intuitive contactless technology becomes reality

Near Field Communication (NFC) is opening-up completely new perspectives for the mobile communication industry. It enables contactless peer-to-peer communication, reading/writing of contactless cards and, when combined with a smart card IC, emulation of a contactless card. NFC has taken major steps towards market acceptance: ISO standards are in place for the interface and communication protocols, many leading companies in the field are promoting it within the NFC Forum, and numerous field trials are being deployed around the world. Different architectures are being considered for NFC and security mobile phone architectures. The first Philips cellular system solution integrating NFC hardware and software illustrates a successful implementation of one of these architectures.     

A Method for Resource and Service Discovery in MANETs

The paper presents a novel resource and service discovery mechanism for MANETs using Routing Intelligent Mobile Agents(RIMAs). RIMAs periodically collect routing, resource and service availability information and index the same in appropriate RIMA nodes. Every mobile node is close to atleast one RIMA node. The mobile node running an application in need of a resource or a service dispatches a Discovery agent to its nearest RIMA node. The index available at the RIMA node will guide the Discoverer agent to the resource or service node. Analysis of the method reveals the computational complexity to be of the order of square of number of RIMA nodes. Communication overheads are the product of number of generated agents, agent size and number of hops travelled by an agent. The method has been simulated and tested on MANETs of varying sizes from 50 to 800 nodes. Simulation snapshots and results show the proper working and success of the algorithm. Basavaraj Talwar is a Research Assistant at the Protocol Engineering & Technology Unit in Electrical Communication and Engineering department in Indian Institute of Science, Bangalore, India. He is research interests include Applications of mobile agents in MANETs and mobile commerce security. Prof. Pallapa Venkataram is the Chief Programming Executive of Protocol Engineering & Technology Unit, Electrical Communication and Engineering department in Indian Institute of Science, Bangalore, India. He has over 160 publications at various levels. His research interests include Protocol Engineering, Mobile Agents, Mobile Commerce, Wireless Networks, Mobile Computing, Artificial Intelligence. He is a senior member of IEEE and has received numerous awards and other fellowships for his contributions. Prof. Lalit M. Patnaik is currently associated with Computer Science and Automation department in Indian Institute of Science, Bangalore, India. He has currently over 400 publications at various levels. His research interests include Computer Architecture, Parallel & Distributed Computing, CAD of VLSI Systems, Real-Time Systems, Soft Computing, Engineering Applications of Information Technology, Mobile Computing, Computational Neuroscience. He is a fellow of IEEE and has received numerous awards and other fellowships for his contributions.     

手机NFC技术的测试方法分析

NFC,英文全称是Near Field Communication,它是指近距离无线通信,允许多个电子设备之间进行简单而安全的双向交互.与蓝牙类似,可满足无线连接需求,被广泛应用到了手机产品开发中.而在手机NFC技术实际推广时,为了保证近场通信环境质量和安全,应做好NFC技术的测试工作,更好的发挥其技术优势.本文,首先分析了NFC技术的原理.然后,阐述了NFC手机实现方案.最后,总结了NFC技术的具体测试方法.     

A Survey on Near Field Communication (NFC) Technology

Near Field Communication (NFC) as a promising short range wireless communication technology facilitates mobile phone usage of billions of people throughout the world that offers diverse services ranging from payment and loyalty applications to access keys for offices and houses. Eventually NFC technology integrates all such services into one single mobile phone. NFC technology has emerged lately, and consequently not much academic source is available yet. On the contrary, due to its promising business case options, there will be an increasing amount of work to be studied in the very close future. This paper presents the concept of NFC technology in a holistic approach with different perspectives, including communication essentials with standards, ecosystem and business issues, applications, and security issues. Open research areas and further recommended studies in terms of academic and business point of view are also explored and discussed at the end of each major subject’s subsection. This comprehensive survey will be a valuable guide for researchers and academicians as well as for business world interested in NFC technology.     

NFC Loyal for Enhancing Loyalty Services Through Near Field Communication

Near Field Communication (NFC) as an emerging technology is currently leveraged by large standardization efforts and tries to find a suitable ecosystem. NFC enabled mobile devices with integrated smart cards introduce compelling opportunities and new business models. Development of new standards such as secure element (SE), smart card, secure channel, as well as JavaCard enables creating new ecosystems using a concurrent multi application platform which takes advantage of GlobalPlatform standards. We proposed NFC Loyal, which maintains storage, retrieval, and sharing among payment and loyalty applications through our proposed structure, called as Secure Common Domain Management (SCDM) system. SCDM as a centralized database management system on the SE stores valuable information provided by payment applications and shares them with loyalty applications through a secure channel. The direct outcome of using NFC Loyal is the increase in repeat purchases of customers; as well as being a beneficial business plan realized among the payment firms, loyalty firms, and the card owner, resulting in a win-win business model. In this study, we describe NFC Loyal model with its technical infrastructure, and present the NFC Loyal model’s life cycle management on SE.     

A Role-Based Service Level NFC Ecosystem Model

Near Field Communication (NFC) is a short range wireless communication technology allowing to communicate mobile devices within close proximity. It provides opportunity for service providers to offer various value added services to customers. NFC technology allows the usage of wide range of applications and eliminates the obligation to carry additional components other than the mobile device such as credit or payment cards, tickets, identification cards or keys. Despite its technological advantages over alternative ones, the NFC business ecosystems and services are yet to take off. The problems mainly arise with the business issues triggered by different and mostly conflicting needs of many actors in the ecosystem and several additional technical issues. In this study, by adopting a role-based service ecosystem modeling, we propose an NFC ecosystem model which perfectly specifies the roles in the ecosystem, and defines set of activities for each role, and communication structure. We analyzed NFC ecosystem in three phases as pre-installation, installation, and service usage. We have defined the activities and communication structure in the first two phases, and finally investigated the service usage phase in three different operating modes of NFC. After giving the details of the proposed ecosystem model, two use cases are given to validate the developed ecosystem model. We complete our study by discussing the requirement satisfaction.     

基于Android的NFC实现与应用

近距离无线通信(NFC)是一种简单的、非触控式的互联技术,在电子消费领域有着广泛的应用。Android是当前最流行的开源移动设备操作系统,NFC技术和Android结合,可以极大促进双方的发展。重点研究了NFC在Android上的实现架构,详细描述了关键点的实现技术,并给出了实际测试结果。     

Ambient Assisted Living – Intelligente Assistenz durch M2M-Technologien

The challenges of demographic changes are addressed by Ambient Assisted Living (AAL) by ICT-based technologies, which shall assist independent living of older adults in a situational and unobtrusive way. This work deals with application examples of M2M technologies in the area of AAL. The applied research projects “Gesundheitsdialog Diabetes”, “iStoppFalls”, “Liquid Level Measurement by Near Field Communication (NFC)” and “Leichter Wohnen (moduLAAr)” are presented and discussed.     

An anonymous and secure key agreement protocol for NFC applications using pseudonym

Wireless Networks - Near Field Communication (NFC) is a promising technology that facilitate E-commerce through contactless communications. In the past decade, the NFC characteristics such as...