ITG-Fb. 280: Smart SysTech 2018
European Conference on Smart Objects, Systems and Technologies June 12 - 13, 2018, Fraunhofer Institute for Photonic Microsystems (IPMS) in Dresden, Germany
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VDE ITG (Hg.), ITG-Fb. 280: Smart SysTech 2018 (2019), VDE Verlag, Berlin, ISBN: 9783800748679
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Beschreibung / Abstract
The specific profile of this conference is to examine both the technology and economic aspects:
• the latest achievements in technologies and systems for smart objects
• their integration into information systems and business processes and
• their business value.
Scientists and practicians from the fields of electrical engineering, computer science and information systems will find an excellent opportunity to participate in interdisciplinary discussions, set up new networks and exchange information on a professional level. In addition to the conference and a poster session, an industrial exhibition and demo session presenting the latest innovations will be held.
• the latest achievements in technologies and systems for smart objects
• their integration into information systems and business processes and
• their business value.
Scientists and practicians from the fields of electrical engineering, computer science and information systems will find an excellent opportunity to participate in interdisciplinary discussions, set up new networks and exchange information on a professional level. In addition to the conference and a poster session, an industrial exhibition and demo session presenting the latest innovations will be held.
Leseprobe
Inhaltsverzeichnis
- ITG-Fachbericht 280: Smart SysTech 2018
- Responsibilities
- Committees
- Imprint
- Content
- SHM of Concrete Bridge Structures using Wireless Sensor Networks
- Wireless Sensors for Industry 4.0 – Wireless Communication and Wireless Powering
- Smart Grid Data Classification with Deep Networks
- LoRaWAN for IoT Applications in Air Cargo
- HF RFID Card Optimization Regarding the IC†™s Non-Linearity
- Read Rate Optimization of an RFID Tunnel Gate by Using the Concept of an Electromagnetic Reverberation Chamber with Different Q Factors
- Realization and Measurements of a Novel Dual Frequency Circulator for POW-RFID
- A Channel Sounding System for Highly Interfered License-Exempt Frequency Bands
- Analog Frontend for Ultra Low Power 60-GHz RFID Tag for Back-Scattering Communication
- A comparison of several ASK modulator techniques for SHF Reader implementation
- Machine Learning Based Indoor Localisation Using Environmental Data in PhyNetLab Warehouse
- Smart Self-Sufficient Wireless Current Sensor
- A GUI-based Platform for Quickly Prototyping Server-side IoT Applications
- Blockchain Cloud Manufacturing: Shop Floor and Machine Level
- Poster: SHF RFID Reader Architecture & SHF RFID Reader Antenna Design
- Ihre Meinung zählt!