ICDT 2018 Topics (for topics and submission details: see CfP on the site)<br>Call for Papers: http://www.iaria.org/conferences2018/CfPICDT18.html<br>A… Next generation wireless systems and services<br>5G; 3GPP Long–Term Evolution (LTE); High Speed Uplink Packet Access (HSUPA); 802.16 and WiMAX; Femto Cells; IMS and IMS–based services; Mobility, handoff protocols and management; Next generation 802.11 and 802.15 including mesh, PAN, BAN, etc.; Ultra–wideband communications (UWB); Underwater communications; Low–layer wireless technologies; Interoperability in IoT; Software defined radio (SDR); Internet broadcasting; Mobile broadcasting and mobile TV; Cooperative communications and networking; Multi–carrier access schemes such as OFDMA, MC–CDMA, DFTS–OFDM, IFDMA, OFDM–IDMA; RFID and Sensor Network Technologies; Personal and body networks, wearable computing; Digital home network technologies; Deployment, trial experience, business models and applications<br>GREEN: Green telecommunications<br>Information theory on energy efficiency; Smart Grid; Protocols and protocol extensions for energy efficient networks; Network load balance and smart information storage; Energy–efficient networking; Cross–layer optimizations to minimize energy consumption on a network scale; Cognitive, cooperative and reconfigurable networks; Harvesting distributed energy generation; Spectrum sensing and spectrum management; Dynamic spectrum access; Remote power management for wireless terminals and access networks; Regulations and standards<br>SIGNAL: Signal processing in telecommunications<br>Signal processing theory and practice; Image and multidimensional signal processing; Signal filter design and structures; Multirate filtering, filter banks, and adaptive filters; Fast signal processing algorithms; Nonlinear signals and systems; Nonuniform transformation; 2D nonuniform DFT; Fast algorithm of NDFT; Advanced image/video coding; Advanced prediction techniques; Signal detection and reconstruction; Spectral estimation and time–frequency analysis; Higher order spectrum analysis; Parameter estimation; Array signal processing; Statistical signal analysis; Signal and system modeling; Cyclostationary signal analysis; Active noise control, active noise reduction and echo cancellation; Psychoacoustics and room acoustics; Signal processing for music; Binaural systems and multidimensional signal systems; Geophysical and seismic signal processing; Nonlinear interpolation/resampling; Extensions to wavelet based coding (x–lets); Low complexity image/video compression; Multiple resolution signal processing; New approach to digital signal processing; Compression of random data; Recompression of compressed data; 2D projection of 3D data; Stereo data matching; Emerging applications requiring new compression tools; Unified compression and recognition; H.264 and latest video coding standards; Latest audio coding standards<br>DATA: Data processing<br>Data transmission and reception mechanisms and techniques; Enhanced tools for video data integrity; Data mining, filtering, and reporting; Secure data transmission; Transmission media and data encoding; Text reading devices (super–pen, pen–elite, reading–pen); Scanned and generated lossy (progressive) multi–page text; (Visually) lossless mechanisms; Pricing data transmission; Differential data transmission systems; Data transmission equipments and transmission rates; Delay–constrained data transmission; Undersea and satellite data transmission techniques; Performance evaluation of data transmission; Multicast data transmission; High speed data transmission; Data transmission control; Integrity and privacy in data transmission; Data transmission standards<br>AUDIO: Audio transmission and reception systems<br>Audio transmission and reception systems and devices; Digital audio transmission signal processing; Audio transmission over Internet; Audio Multiplexing Transmission Systems; Stereo audio transmission signal; Digital infrared audio transmission; Multi–stream and multi–path audio transmission; Wireless–compressed digital audio transmission; Perceptual coding for audio transmission and storage; Laser audio transmission; Synchronizing video and audio transmission; Wide–band audio transmission; Index–frame audio transmission; Digital audio transmission rights; Noise in wireless audio transmission; Audio tools and products; Standards<br>VOICE: Voice over packet networks<br>Planning and implementing voice networks and systems; Voice transmission systems; Voice transmission performance; Quality real–time voice transmission; Metrics for quality of voice transmission; Stereophonic voice transmission systems; Header Compression for VoIP over WLAN; Voice over IP solution for mobile radio interoperability; VoIP over cable TV networks; VoIP over Wi–Max<br>VIDEO: Video, conferencing, telephony<br>Digital video; Video coding formats (ITU–T, SMPTE 421M, AVS–China); Video coders and decoders; Profiles, latency, intermediate formats; Video surveillance and privacy; Video feature requirements; Network video recorders; Graceful degradation of archive video; Video data integrity (error detection, tamper resistance); Alarm events for voice content (motion detection, object tracking, face recognitions); Coding efficiency and distributed video coding; Compression and scrambling; Enhanced tools for video data integrity; Multiple reference pictures; Intra–layer and inter–layer prediction; Fading prediction and loop filter; Video with compression errors; Viewing distance and perceptual quality; Video quality models; Omnidirectional video; 3D video; Video standardization encoding; Texture synthesizer<br>IMAGE: Image producing, sending, and mining<br>Model–based progressive image transmission; Wireless image transmission; Computer generated images; Image security, scrambling, and regions of interest; Timing requirements for image transmission; Transmission of still and moving images; Protocols for low bit rate; Error–prone image transmission; Energy efficient image transmission; Multi–technology image formation; Devices for image capturing and processing (cams, web–cams, etc.); Scanning and sampling, quantization and halftoning, color reproduction; Image representation and rendering, display and printing systems; Image quality assessment; Image search and sorting, video indexing and editing; Integration of images and video with other media; Image authentication and watermarking; Image storage, retrieval and multimedia; Image and video databases; Generic coding of moving pictures; Media stream packetization; Modes for archival playback; Image–based applications; Standard for image processing; Image analysis and segmentation; Image filtering, restoration and enhancement; Image representation and modeling; Pattern recognition<br>SPEECH: Speech producing and processing<br>Tooling, Architectures, Components and Standards; Voice modulation, frequencies; Linguistics, Phonology and Phonetics; Discourse and Dialogue; Speech analysis, synthesis, coding, and recognition; Speech enhancement and noise reduction; Speech features, production, and perception; Speech Coding and Transmission; Speech Signal Processing; Spoken Language Generation and Synthesis; Speech QoS Enhancement; Speaker Characterization and Recognition; Spoken Language; Resources and Annotation; Spoken/Multi–modal Dialogue Technology and Systems; Spoken Language Information Extraction/Retrieval; Speech Transmission Technology for the Aged and Disabled; Audio–Visual Speech Processing; Biomedical Applications of Speech Analysis; Spoken document retrieval; Speech Processing in a Packet; Network Environment; Automatic Speech Recognition in the Context of Mobile Communications; Human Factors in Speech and Communication Systems; Automatic speech recognition and understanding technology; Speech to text systems; Spoken dialog systems; Multilingual language processing; New Applications of Spoken Language Technology and Systems<br>IPTV: IP/Mobile TV<br>IPTV applications and middleware; On–demand television; Interactive TV; Broadcast TV data; Broadcast content formats; Stereo and 3D TV; TVoDSL; Television archiving; IPTV broadcasting; IPTV–aware devices; IPTV regulatory issues and copyrights; IPTV network infrastructure; IPTV monitoring and management; I[P]TV usage fees; IPTV Personalization and QoS Implications<br>MULTI: Multicast/Broadcast Triple–Quadruple–play<br>Scalable video/audio coding; Multiplexing video/audio/data; Multimedia terminals; Multimedia systems and protocols; PSTN modems and interfaces; Facsimile terminals; Direct broadcast satellite; Terrestrial broadcast television; Cable modems; Universal media access; Format compatibility; Media support platforms; VoIP Quality for Triple Play; Testing triple–play services; Triple–play data encryption; Triple–play services<br>CONTENT: Production, distribution<br>Content injection, cashing, storage, and distribution; Producing and transmitting streaming content; Content localization services; Content and customers profiles; Documenting and content authoring; Authorizing topic–based content; Content customization and metadata; On–demand content; Content retrieval from archives (alarm–based, time stamp–based); Content management solutions and systems; Unstructured content environment; Multi–channel content delivery/publishing strategies; Content reuse<br>HXSIP: H–series towards SIP<br>SIP and H–xxx architectures and logical components; Instant messages and presence; Management of QoS in SIP and H–xxx environments; Basic SIP building blocks; Security and firewalls with SIP and H–xxx series; Service creation and telephony services with SIP and H–xxx; Multimedia conferencing with SIP and H–xxx; SIP application scenarios; SIP (auto)configuration; SIP and H–xxx beyond VoIP; Leveraging SIP for Global Enterprise Roaming; SIP, H–xxx and 3GPP; Emergency Calling in SIP and H–xxx; Advanced SIP and H–xxx applications and services; SIP and H–xxx on Cable Networks; SIP and H–xxx devices; SIP and h–xxx deployment experience; End–to–end SIP and H–xxx communications; SIP/H.323 Interworking Function for real time communications<br>MULTE: Multimedia Telecommunications<br>Frameworks, architectures, systems for delivering voices, audio, and data; Methodologies, technologies, procedures and mechanisms; IMT–2000 concepts; IMS concepts (IP Multimedia Systems); Bluetooth and WLAN coexistence on handsets; Packet–based multimedia communication systems; Converging technology for voice and data networks; Accessibility features for unpaired users; Confidentiality for audiovisual services; Multimedia transmission performance; Multiplexing and synchronization; Directory services for multimedia; Computation complexity and costs (multiple simultaneous decoders); Coding efficiency (embedded, bit–plane, arithmetic); Compatibility between Analog/DVD and networks; IP4/IP6 transition and NAT; QoS/SLA, perceptual QoS, and formal visual tests; Temporal and spatial scalability; Pre–processing and predictive coding; Coding with regions–of–interest; Secure transcoding; Computation power and resolution; Transform and quantization; Entropy coding; Lossless and lossy compression; Transmission in noisy environments; Voice/video/data in 4G; Specialized medical applications; Medical imaging and communications networks; MPEG for endoscopy, microscopy, radiology, surgery; Medical archiving systems; Digital devices for image capturing (microscope, stethoscope); Digital equipments and digital cinema; Digital signature protection<br>MOBILE: Mobile technologies<br>3G+: UMTS, HSPA, HSUPA, HSDPA, HSOPA, WiMAX, UWB. LTE, All–IP LTE 4G and beyond; Seamless handover engineering; Cognitive radio; Mobile video surveillance; Pervasive/ubiquitous/mobile systems; Security and privacy issues for mobile and wireless systems; Mobile ad hoc networks<br>MEDMAN: Control and management of multimedia telecommunication<br>Video codec–aware of packets; Monitoring via guard on patrol, central station, forensic analysis; Managing single domestic licensing and granted patent pool for compressions; End–to–end quality monitoring/management; Perceived/offered quality: video–only, audio–only, audio–video; In–service monitoring of voice/video/data services; Real–time distributed imagery management systems; Performance in voice/video/data systems; Distributed multimedia service management; Mobile multimedia network management; Multi–point, multicast services management; Deployment of multimedia services; Network management models and architectures; Billing and security for multimedia services; Network measurement/monitoring for multimedia services<br>SARP: Software architecture research and practice<br>Distributed software architecture; Architectural styles and patterns; Architecture refinement and transformation; Software architecture and pervasive systems; Software architecture analysis & testing; Architectural description languages (ADLs); Component–based software architecture; Dynamic software architecture; Self–repairing software architecture; Adaptive software architecture; Aspect–oriented software architecture; Service–oriented architecture [SOA]; Domain specific software architecture [DSSA]; Tools/Environments for software architects; Product–line software architecture; Industrial case studies and reports<br>STREAM: Data stream processing<br>Fundamentals on data stream processing; Data stream processing and event stream processing; Continuous query languages; Time management in data stream systems; Aggregated queries support; Query processing with multiple, continuous, rapid, time–varying data streams; Processing frequent itemset discovery queries; Real–time stream data processing; Network–aware operator placement for stream–processing systems; Integrating database queries and Web searches; Scalable Distributed Stream Processing; Optimization of data stream processing; Performance and overhead in data stream processing; QoS adaptation in data stream systems; Adaptive query processing in data stream; Interactive distributed data stream processing and mining; Data stream management systems; Control theory on stream processing; Processing high–speed data streams; Stream processing in production–to–business software; Multi–site cooperative data stream analysis; Grid–based data stream processing; Hyperdatabases for P2P data stream processing; Sensor data stream processing in health monitoring; Processing and sharing data streams in Grid–based P2P infrastructures<br>TRACK: Tracking computing technologies<br>Airport security communications technologies; Hazards detection– automatic real–time material/object recognition; Intelligent IP–based sensor networking for homeland security; Real–time intelligence data validation and verification mechanisms; Efficient data integration and mining techniques for NATO countries; Secure distributed storage and data pinning; SATCOM for HLS; Critical aerospace communications systems; HLS for air, land and sea operational environments; Airborne real–time spatial tracking techniques; Bio–authentication sensors and tools; Cyber and physical security of key infrastructure and operations; Protection of Real–time resilient communications network infrastructures; International standards for data schema and data sharing between USA and other countries; Emergency response tools; Prediction of Intent; Standards for Passenger Data Integration; Sharing Addressing and Service Discovery in Auto–configuring MANETs; Exploiting localization and network information (GPS, INS, GIS, terrain features, ToA, AoA, SNR, QoS) for improved ad–hoc networking in complex terrain; Advanced indoor and outdoor location–based applications: real–time tracking, multimedia, bidirectional, proactive applications; Location based services based on integrated cellular, ad hoc, RFID, and sensor networks; New positioning techniques in support of location based servcies (indoor, cellular, satellite, hybrid); Geographic Information Systems for supporting location based services; Quality of location data; Integration of Hierarchical Location–Based Routing (HLBR) with Delay– and Disruption–Tolerant Neworks (DTNs); Narrow–band control channels for HLBR; Location–aware (GPS–aware) Internet Browsers for Location–based services<br>
Abbrevation
ICDT
City
Athens
Country
Greece
Deadline Paper
Start Date
End Date
Abstract