A practical guide to the specification, design, and programming of smart card systems for working applications. More than 3 billion smartcards are produced every year. Generally defined as any pocket-sized card with embedded integrated circuits or chips, they have a huge number of applications including travel cards, chip and pin cards, pet tags, mobile phone SIMs and pallet trackers. Now with modern Smart Card technology such as Java Card and Basic Card it is possible for everyone to create his or her own applications on a smart card. This book provides generic solutions for programming smart cards, enabling the creation of working applications and systems. Key features: Presents a comprehensive introduction to the topic of smart cards, explaining component elements and the smart card microcontrollers. Sets out information on operating systems with case studies of a range of applications including credit card security, mobile phones and transport payment cards. Gives detailed advice on the monitoring of smart card applications, recognizing potential attacks on security and improving system integrity. Provides modules and examples so that all types of systems can be built up from a small number of individual components. Offers guidelines on avoiding and overcoming design errors. Ideal for practising engineers and designers looking to implement smart cards in their business, it is also a valuable
本书特色
Key features:
1 . Presents a comprehensive introduction to the topic of smart cards, explaining component elements and the smart card microcontrollers.
2 . Sets out information on operating systems with case studies of a range of applications including credit card security, mobile phones and transport payment cards.
3 . Gives detailed advice on the monitoring of smart card applications, recognizing potential attacks on security and improving system integrity.
4 . Provides modules and examples so that all types of systems can be built up from a small number of individual components.
5 . Offers guidelines on avoiding and overcoming design errors. Ideal for practising engineers and designers looking to implement smart cards in their business, it is also a valuable reference for postgraduate students taking courses on embedded system and smart card design
Foreword.
Symbols and Notation.
Abbreviations.
1 Overview of Smart Cards.
1.1 Card Classification.
1.2 Card Formats.
1.3 Card Elements.
1.3.1 Printing and labelling.
1.3.2 Embossing.
1.3.3 Hologram.
1.3.4 Signature panel.
1.3.5 Tactile elements.
1.3.6 Magnetic stripe.
1.3.7 Chip module.
1.3.8 Antenna.
1.4 Smart Card Microcontrollers.
1.4.1 Processor.
1.4.2 Memory.
1.4.3 Supplementary hardware.
1.4.4 Electrical characteristics.
2 Smart Card Operating Systems.
2.1 FileManagement.
2.1.1 File types.
2.1.2 File names.
2.1.3 File structures.
2.1.4 File attributes.
2.1.5 File selection.
2.1.6 Access conditions.
2.1.6.1 State-based access conditions.
2.1.6.2 Rule-based access conditions.
2.1.7 File life cycle.
2.2 Commands.
2.3 Data Transmission.
2.3.1 Answer to Reset (ATR).
2.3.2 Protocol Parameter Selection (PPS).
2.3.3 Transmission protocols.
2.3.3.1 T=0 transmission protocol for contact cards.
2.3.3.2 T=1 transmission protocol for contact cards.
2.3.3.3 USB transmission protocol for contact cards.
2.3.3.4 Contactless transmission protocols.
2.3.4 SecureMessaging.
2.3.5 Logical channels.
2.4 Special Operating System Functions.
2.4.1 Cryptographic functions.
2.4.2 Atomic processes.
2.4.3 Interpreter.
2.4.4 Application management.
3 Application Areas.
3.1 Smart Card Systems.
3.2 Potential Uses.
3.3 Application Types.
3.3.1 Memory-based applications.
3.3.2 File-based applications.
3.3.3 Code-based applications.
4 Basic Patterns.
4.1 Data Protection.
4.1.1 Definition of terms.
4.1.2 General principles.
4.1.3 Recommendations for smart card systems.
4.1.4 Summary.
4.2 Export Control.
4.3 Cryptographic Regulation.
4.4 Standards.
4.4.1 Standards for card bodies.
4.4.2 Standards for operating systems.
4.4.3 Standards for data and data structuring.
4.4.4 Standards for computer interfaces.
4.4.5 Standards for applications.
4.5 Documents for Smart Card Systems.
4.5.1 Specification partitioning.
4.5.1.1 System specification.
4.5.1.2 Background system specification.
4.5.1.3 Smart card specification.
4.5.1.4 Terminal specification.
4.5.2 Elements of a typical card specification.
4.5.2.1 General information.
4.5.2.2 Smart card.
4.5.2.3 Smart card operating system.
4.5.2.4 Application.
4.5.3 Document distribution.
4.5.4 Document version numbering.
5 Architecture Patterns.
5.1 Data.
5.2 Data Coding.
5.3 Files.
5.3.1 Access conditions.
5.3.2 File names.
5.4 Log Files.
5.4.1 Data storage.
5.4.2 Assigning data to log files.
5.4.3 Invoking logging.
5.4.4 Access conditions for log files.
5.4.5 Logged data.
5.4.6 Consistency and authenticity of log data.
5.4.7 Log file size.
5.4.8 Logging process.
5.5 Pairing.
5.6 Protecting Transaction Data.
5.7 Reset-proof Counters.
5.8 Proactivity.
5.9 Authentication Counter.
5.10 Manual Authentication of a Terminal.
5.11 PIN Management.
5.12 One-time Passwords.
5.13 Key Management.
5.14 StateMachines for Command Sequences.
5.15 Speed Optimization.
5.15.1 Computing power.
5.15.2 Communication.
5.15.3 Commands.
5.15.4 Data and files.
6 Implementation Patterns.
6.1 Application Principles.
6.1.1 Programcode.
6.1.2 Commands.
6.1.3 Data.
6.1.4 Security.
6.1.5 Application architecture.
6.1.6 System.
6.2 Testing.
6.3 User–Terminal Interface.
6.4 Smart Card Commands.
6.4.1 Command structure.
6.4.2 Interruption of commands.
6.4.3 Command coding.
6.4.4 Parameterization.
6.4.5 Test commands.
6.4.6 Secret commands.
6.5 Java Card.
6.5.1 Data types.
6.5.2 Arithmetic operations.
6.5.3 Control structures.
6.5.4 Methods.
6.5.5 Applets.
7 Operation Patterns.
7.1 Initialization and Personalization.
7.2 Migration.
7.3 Monitoring.
7.3.1 System integrity.
7.3.2 Attack detection.
8 Practical Aspects of Smart Cards.
8.1 Acceptance.
8.2 Tell-tale Signs of Difficult Smart Card Systems.
8.2.1 Inappropriate use of smart cards.
8.2.2 Unclear specifications.
8.2.3 Abundant options.
8.2.4 Piggyback applications.
8.2.5 Economizing on testing.
8.2.6 Downloading applications.
8.2.7 Offline systems.
8.2.8 Intolerant smart cards and terminals.
8.2.9 Strict compatibility requirements.
8.2.10 Excessively stringent security requirements.
8.2.11 Exaggerated future-proofing.
8.3 Prerequisites for Easy Smart Card Systems.
8.3.1 Expert advice.
8.3.2 Foresighted design.
8.3.3 Prototyping.
8.3.4 Single-application smart cards.
8.3.5 Simple structures.
8.3.6 Robust design.
8.3.7 Centralized systems.
8.3.8 Staged deployment.
8.4 In-field Faults.
8.4.1 Fault classification.
8.4.2 Fault impact.
8.4.3 Actions in response to a fault.
8.4.4 Fault search procedure.
8.4.5 Fault remedies.
9 Illustrative Use Cases.
9.1 Monastery Card.
9.2 Access Card.
9.3 Telemetry Module.
9.4 Business Card.
9.5 Theft Protection Card.
9.6 Admission Pass.
9.7 PKI Card.
9.8 SIMCard.
Bibliography.
这本书的封面设计就相当吸引人,简约却不失专业感,深蓝色为主调,搭配白色的Smart Card字样,还有那小巧精緻的IC卡图案,一眼就让人联想到科技感和安全性。我一直对Smart Card这个领域感到好奇,但又觉得它可能很晦涩难懂。拿到这本书,第一感觉就是它很有份量,厚实的手感暗示着内容的扎实。书名中的“Design Models”和“Using and Programming”也直接点出了这本书的核心内容,让人期待它能提供一些实用的框架和方法。我尤其关注“Design Models”这部分,不知道它会提供哪些业界通用的设计模式,或者是否有作者独创的思考框架,能够帮助我们更好地理解Smart Card的架构和应用逻辑。对于想要深入研究Smart Card的开发者、系统架构师,甚至是产品经理来说,这本书似乎是一个不错的起点,能够帮助我们建立起对这个领域的全局观,并且提供一些可落地的方法论。我希望它能包含一些实际案例的分析,通过具体的项目来讲解如何设计和实现Smart Card的应用,这样会更有说服力。
评分读这本书之前,我其实对Smart Card的了解仅限于悠遊卡、健保卡这种日常接触的场景,总觉得它是个“黑盒子”,里面到底是怎么运作的,外人很难窥探。但这本书的书名“SMART CARD APPLICATIONS:DESIGN MODELS FOR USING AND PROGRAMMING SMART CARDS”立刻勾起了我的兴趣,特别是“Design Models”这个词,它暗示着这本书不只是在罗列Smart Card的技术细节,而是更侧重于如何构建和应用Smart Card的“模型”。这对于我们这些想要从使用者或者开发者角度切入的人来说,非常有吸引力。我猜想书中可能会介绍一些通用的、可复用的设计思路,比如如何针对不同的应用场景(支付、身份认证、门禁控制等)来设计Smart Card的架构,以及如何在安全性、效率和用户体验之间找到平衡。而且,“Programming”的部分也让我期待,不知道它会涉及哪些编程语言和开发工具,会不会有针对性的代码示例,帮助我们理解Smart Card的底层逻辑和交互方式。如果这本书能够提供清晰的设计框架和实操性的编程指导,那对提升我们在Smart Card领域的开发能力将是巨大的帮助。
评分看到这本书的标题“SMART CARD APPLICATIONS:DESIGN MODELS FOR USING AND PROGRAMMING SMART CARDS”,我的第一反应就是,这绝对是一本写给“想弄懂”Smart Card的人看的书。市面上有很多关于Smart Card的介绍,但往往流于表面,或者过于偏重某一个狭窄的技术点。这本书的“Design Models”和“Using and Programming”两个关键词,让我觉得它更像是一本“内功心法”,而不是单纯的“招式讲解”。我猜想,它会从一个更高的维度,教我们如何去构思、设计和实现Smart Card的各种应用,而不是仅仅停留在“怎么用”的层面。我特别期待它能提供一些通用的设计范式,能够适用于各种不同的Smart Card应用场景,无论是金融支付、身份识别,还是物联网设备的安全认证。同时,“Programming”的部分也让我跃跃欲试,希望能看到一些与实际开发相关的指导,甚至是一些能启发思路的算法或架构模式。对于我这种想要深入理解Smart Card背后原理,并且希望能够动手实践的人来说,这本书听起来就像是量身定做的。
评分这本书的标题“SMART CARD APPLICATIONS:DESIGN MODELS FOR USING AND PROGRAMMING SMART CARDS”给我的第一印象是,它不仅仅是一本关于Smart Card功能的介绍,更是一本关于如何“思考”和“构建”Smart Card应用的指南。我一直觉得,要真正掌握一项技术,关键在于理解其背后的设计理念和模型。这本书的“Design Models”部分,让我觉得它可能提供了很多抽象的、可复用的设计框架,能够帮助我们理解Smart Card在不同应用场景下的核心逻辑和安全考量。同时,“Using and Programming”则暗示了它会包含实践性的指导,可能涉及一些开发语言、API调用,甚至是一些常见的编程模式。我非常好奇它会如何处理“安全”这个核心议题,毕竟Smart Card的强大之处就在于其安全性。这本书是否能提供一些安全设计的最佳实践,或者如何规避潜在的安全风险,都是我非常关注的点。对于想要深入了解Smart Card技术,并且希望能够开发出安全、可靠的应用的开发者来说,这本书听起来是一个非常值得深入研究的资源。
评分这本书的装帧设计很符合我对一本技术类书籍的期待。它不是那种花里胡哨、图文并茂的书,而是偏向于沉稳、专业的风格。书名“SMART CARD APPLICATIONS:DESIGN MODELS FOR USING AND PROGRAMMING SMART CARDS”本身就透露出一种深度和广度。我特别在意“DESIGN MODELS”这部分,因为我觉得很多时候,我们面对复杂的技术问题,其实是缺乏一个好的“模型”去理解和解决。这本书如果能提供一套系统性的设计模型,帮助我们梳理Smart Card的应用逻辑、安全机制、与终端设备的交互方式,甚至是如何构建一个完整的Smart Card生态系统,那价值就非常大了。我希望它能像一本“武功秘籍”一样,教会我们如何“运功”(编程)和“招式”(设计模型),而不是简单地介绍一些“招数”(零散的技术点)。对于想要在Smart Card领域有所建树的开发者、技术研究人员,或者想要深入理解这个行业运作模式的商业人士来说,这本书似乎是一个值得投资的选择,能够帮助我们建立起更扎实的理论基础和更开阔的实践视野。
本站所有内容均为互联网搜索引擎提供的公开搜索信息,本站不存储任何数据与内容,任何内容与数据均与本站无关,如有需要请联系相关搜索引擎包括但不限于百度,google,bing,sogou 等
© 2025 ttbooks.qciss.net All Rights Reserved. 小特书站 版权所有