The main goal of the IDAACS conferences is to provide a forum for high quality reports on the state-of-the-art Theory, Technology and Applications of Intelligent Data Acquisition and Advanced Computer Systems as used in measurement, automation, and scientific research, in industry and in business. Rapid developments in these areas have resulted in more intelligent, sensitive, and accurate methods of data acquisition and data processing in manufacturing, in the environmental monitoring, in medical monitoring systems and in laboratory meas-urement equipment. Advanced methods have been developed to enhance the measurement of information for automation, in process inspection, quality control, diag-nostics, and other processes.
The importance of IDAACS is its vision to establish scientific contacts between research teams and scientists from different countries for future joint research collaborations. This interaction is proved by the successful activity of the scientists after the first IDAACS 2001 Workshop, which was held in Foros, Crimea, Ukraine, with IDAACS 2003 in Lviv, Ukraine, IDAACS 2005 in Sofia, Bulgaria, IDAACS 2007 in Dortmund, Germany, IDAACS 2009 in Rende (Cosenza), Italy, IDAACS 2011 in Prague, Czech Republic and IDAACS 2013 in Berlin, Germany.
Based on the long-standing success of the Special Stream Wireless within the IDAACS conference and the first two IDAACS Symposium on Wireless Systems in Offenburg, Germany, in 2012,2014 the third separate IDAACS Symposium on Wireless Systems will be organized in Offenburg in September 2016.
The symposium will address researchers, industry professionals, and academics interested in the latest development and design of wireless systems, networks and applications. You are invited to submit papers in all areas of wireless communications, networks, services, and applications. Potential topics are solicited in, but are not limited to, the proposed tracks.
A: Wireless Technologies
A 1: modulation, coding, diversity
A 2: information-theoretic aspects of wireless communications
A 3: interference characterization and avoidance
A 4: cognitive radio, multi user detection
A 5: ultra-wide bandwidth communication
A 6: wireless MAC protocols: design, capacity and analysis; cognitive and cooperative MAC
A 7: security and safety with wireless systems
A 8: wireless multicasting & routing
A 9: localization for wireless networks
A 10: antenna design and simulation
A 11: ultra low power designs, incl. energy harvesting and energy autarky
A 12: analytical, simulation, or experimental systems
A 13: test-bed and prototype implementation for wireless
A 14: commissioning, analyzing and monitoring of distributed wireless networks
A 15: regulations & spectrum management
A 16: standardization & harmonization
A 17: RFID & NFC
A 18: new development for LTE,5G,NB-IOT and alike
A 19: IEEE 802.15.4 & Zigbee
A 20: DECT & DECT ULE
A 21: IPv6 for Wireless, 6LoWPAN
A 22: Bluetooth
A 23: narrowband long range technologies like SigFox, Weightless, LoRa, LoRaWAN etc
B: Wireless Network Architectures and Management
B 1: proxies and middleware for wireless networks
B 2: service oriented architectures, service portability
B 3: QoS support, middleware
B 4: innovative user interfaces, peer-to-peer services for multimedia
B 5: dynamic services, autonomic services
B 6: AAA, application-oriented network management
B 7: personalization, service discovery, profiles and profiling
C:Wireless Services & Applications
C 1: emerging wireless/mobile applications
C 2: multimedia & SIP based service
C 3: context and location-aware wireless services and applications
C 4: wireless for telemedicine, and e-health services
C 5: wireless for intelligent transportation systems (ITS),including Car-2-Car- and Car-2-X-communication
C 6: wireless for smart meter and smart grid applications
C 7: wireless for smart home and smart building applications
C 8: integration of sensor-actuator-networks into Cloud -based services
C 9: industrial applications(Industry 4.0)
C 10: application layers for wireless networks
C 11: wireless for machine-to-machine (M2M) applications
C 12: cognitive radio and sensor-based applications
C 13: wireless for emergency and security systems
C 14: Business Processes for Wireless Applications and Services
C 15: Business Models for Wireless Applications and Services
09月26日
2016
09月27日
2016
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