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Table 2.2. (Continued ) Research needs 2012–2015 2016–2020 Beyond 2020 Hardware Systems, Circuits and Architectures • Ultra low power circuits • Electronic paper • Devices capable of tolerating harsh environments (extreme temperature variation, vibration and shock conditions and contact with different chemical substances) • Nano power processing units • Silent Tags • Biodegradable antennae • Multi protocol front ends • Multi standard mobile readers • Extended range of tags and readers • Transmission speed • Distributed control and databases • Multi-band, multi-mode wireless sensor architectures • Smart systems on tags with sensing and actuating capabilities (temperature, pressure, humidity, display, keypads, actuators, etc.) • Ultra low power chip sets to increase operational range (passive tags) and increased energy life (semi passive, active tags) • Ultra low cost chips with security • Collision free air to air protocol • Minimum energy protocols • Heterogeneous integration • Self powering sensors • Low cost modular devices • Adaptive architectures • Reconfigurable wireless systems • Changing and adapting functionalities to the environments • Micro readers with multi standard protocols for reading sensor and actuator data • Distributed memory and processing • Low cost modular devices • Protocols correct by construction • Biodegradable antennas • Autonomous “bee” type devices • Heterogeneous architectures • “Fluid” systems, continuously changing and adapting 134 Internet of Things Strategic Research and Innovation Agenda (Continued )
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Internet of Things: Converging Tech
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Internet of Things: Converging Tech
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Dedication “A rock pile ceases to
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Editors Biography Dr. Ovidiu Vermes
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Foreword The Bright Future of the I
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Contents Foreword The Bright Future
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Contents xiii 5 Security and Privac
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1 Driving European Internet of Thin
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1.2 Time for Convergence 3 • Only
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1.3 Towards the IoT Universe(s) 5
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2 Internet of Things Strategic Rese
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2.1 Internet of Things Vision 9 Fig
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2.1 Internet of Things Vision 11 Im
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2.1 Internet of Things Vision 13 Fi
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2.1 Internet of Things Vision 15 Fi
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2.2 IoT Strategic Research and Inno
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comprising a number of components s
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2.3 IoT Applications 39 be possible
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2.3 IoT Applications 41 Fig. 2.17 A
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2.3 IoT Applications 43 Fig. 2.18 S
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2.3 IoT Applications 45 Fig. 2.20 E
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2.3 IoT Applications 47 Energy (IoE
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2.3 IoT Applications 49 momentary t
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2.3 IoT Applications 51 Fig. 2.23 S
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2.3 IoT Applications 53 new range o
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2.3 IoT Applications 55 Fig. 2.24 E
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2.3 IoT Applications 57 • Data ne
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2.3 IoT Applications 59 Fig. 2.26 I
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2.4 Internet of Things and Related
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2.5 Infrastructure 69 tiny chips. T
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2.5 Infrastructure 71 knowledge, e.
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2.6.1.1 Complexity of the Networks
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2.6 Networks and Communication 75 s
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2.6 Networks and Communication 77 2
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2.7 Processes 79 based on events th
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2.8 Data Management 81 centrally, i
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2.8 Data Management 83 Device event
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2.8 Data Management 85 computing pl
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2.8 Data Management 87 open platfor
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2.8 Data Management 89 • The comb
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2.8 Data Management 91 expected res
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2.9 Security, Privacy & Trust 93 So
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2.10 Device Level Energy Issues 95
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2.11 IoT Related Standardisation 10
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2.11.4 Interoperability in the Inte
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160 IoT Applications — Value Crea
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208 Internet of Things Privacy, Sec
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226 Security and Privacy Challenge
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246 A Common Architectural Approach
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260 Standardisation — Status, Req
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278 Simpler IoT Word(s) of Tomorrow
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316 Semantic as an Interoperability
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344 Index convergence of informatio
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346 Index manufacturing industry, 1
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348 Index user data, 240 UWB, 35, 9
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