CALL FOR WORK-IN-PROGRESS (WIP) PAPERS

Prospective authors are invited to submit Work-in-Progress (WiP) papers related to all areas of consumer communications and networking that summarize speculative breakthroughs, industry-featured projects, open problems, new application challenges, visionary ideas, and preliminary studies or recent achievements that are not quite ready for a regular full-length paper. WiP papers are welcomed in all areas of consumer communications and networking.
All Work-in-Progress papers should be submitted via https://cmt3.research.microsoft.com/ICACCE2020, and please make sure to follow the IEEE Submission Guidelines. All submissions should be written in English with a maximum paper length of four pages (10-point font) including figures. Accepted WiP papers will be published in the IEEE ICACCE 2020 Conference Proceedings and submitted to IEEE Xplore as well as other Abstracting and Indexing (A&I) databases.

IMPORTANT DATES:

Paper Submission Due: March 5, 2020
Acceptance Notification: March 15, 2020
Final Camera-Ready Paper Due: March 25, 2020

Submit a Work-in-Progress (WiP) Paper >> https://cmt3.research.microsoft.com/ICACCE2020

Conference Subthemes and Tracks

TRACK 1: SOFTWARE DEFINED NETWORKING

SDN applications to home, wireless, cellular, enterprise, data-center, and backbone networks, SDN applications to network management, monitoring, security, etc., Security of SDN infrastructure, Virtualization in SDNs, Switch designs for SDN, Application programming interfaces for SDNs, Control and management software for SDNs, Programming languages, verification techniques, and tools for SDNs, Performance evaluation of SDN switches and controllers, Experiences deploying SDN technology and applications in operational networks, Transitioning existing networks to SDN, Placement and factoring of SDN control logic, SDN-like control, SDN workload generation.

TRACK 2: SMART CITY

Smart City architectures and protocols, Smart city infrastructure, Security for smart buildings, Security and privacy for connected transportation systems, Security for smart grid applications, Security for green energy (waste heat, renewables, microgrids, storage), connected health, community health, cloud computing applications for smart cities, Access control mechanisms for smart city applications, heterogeneous CPS in smart city, Vulnerability analysis of smart city apps, Anonymization in smart city data, Key management in smart city technologies, Data security and privacy for smart city technologies, Energy-efficient and secure smart city apps, Threat models for smart city technologies, Physical layer security for smart city, Availability, recovery and auditing for smart city, Distributed secure solutions for smart city.

TRACK 3: COMMUNICATIONS, NETWORKS AND REAL-TIME SYSTEM

Cloud infrastructure, Cloud computing applications, Cloud resource management and scheduling, Cloud networking, Cloud security, Identity management, Cloud programming models, Cloud Economic, Data management for ubiquitous computing, Innovative ubiquitous computing applications, Middleware for ubiquitous services and applications, Wireless Sensor Networks (WSNs), Computer Networks, Artificial Intelligence, Grid Computing, Wireless/Mobile Communications, Pervasive/Ubiquitous Computing and Intelligence, Management of mixed-criticality information, Communication for intelligent transportation, V2V Communication, V2X communication.

TRACK 4: BIG DATA ANALYTICS AND DATA MINING

Data Mining & Data Warehousing, Big Data Science: Theories, models, algorithms, benchmarking, curation, Big Data Computing: Infrastructures, tools, programming, architectures, benchmarking, and testing, Big Data Mining: Acquisition, representation, indexing, storage, management, processing, pre-processing and post-processing, Big Data Analytics: Metrics, frameworks, evaluation, tools, analysis, visualization, Big Data Understanding: learning, knowledge discovery, business and consumer intelligence, user behavior, community discovery, Big Data Applications, Big Data Privacy and Security: Data privacy enhancing technologies.

TRACK 5: SECURITY, PRIVACY AND TRUST

Intrusion detection and prevention, Smart grid security, Mobile security, Web Security, Cloud security, Biometrics, Malware analysis and prevention, Cyber forensics, Honeypot technologies, Privacy and privacy preserving algorithms, Privacy and security in social systems, Trust and reputations in social systems, Detection, analysis, prevention of spam, phishing, and misbehavior in social systems.

TRACK 6 : E-LEARNING, E-COMMERCE, E-SOCIETY AND E-GOVERNANCE

Collaborative Learning, Educational Systems Design, e-Citizenship and Inclusion, e-Learning, Evaluation and Assessment, Political and Social Aspects, Virtual Learning Environments and Issues, Web-based Learning Communities, Business Ontologies and Models, Digital Goods and Services, e-Business Models, e-Commerce Application Fields, e-Commerce Economics, e-Commerce Services, Electronic Service Delivery, e-Marketing, Online Auctions and Technologies, Virtual Organisations and Teleworking, e-Administration, e-Government Management, e-Procurement, e-Democracy.

TRACK 7: INFORMATION SYSTEM AND EMBEDDED SYSTEM

Ambient intelligence, Multimodal computing, Multimodal fusion and fission, Human-computer interfaces, Signal processing, Context-aware systems, Knowledge representation, Ontology, Formal specification, Machine learning, Optimization, Sensors, Actuators and Interfaces, Image Processing, Pattern Recognition, Parallel programming, Sensor networks.