The Internet of Things services (IoT services) are extensions of traditional Web services. Through sensor networks, IoT services can communicate directly with the entities in the physical environment, and even impact them directly. According to the vision underlying the IoT services, Wireless and ubiquitous connectivity have enabled mobile computing and Internet access on the go as a life-enhancing and indispensable experience of modern life. Mobile networks has become a new services consumption and delivery platform for many industries and government organizations worldwide. The special track on IoT services and MS aims at to bring together practitioners and researchers from both academia and industry in order to have a forum for discussion and technical presentations on the recent advances in theory, application, and implementation of the IoT services/MS concepts: business management to computing systems, protocols, algorithms, and services, and to promote technological innovations in research and development of IoT services/ MS, including, but not limited to, wireless networks, sensor networks, event-driven service, perceived service collaboration, IoT services platform, mobile computing, mobile eCommerce, collaborative computing and social networks, and big data analytics for mobility-enabled services.. All submissions must describe original research, not published or currently under review for another workshop, conference, or journal. Please ensure that the theory is accurate and the experiment is true in your submissions.
- Intelligent data processing, mining, fusion, and management
- Intelligent device and resource management
- Protocols and mechanisms for Intelligent IoT Services/MS communications
- Service platforms for IoT applications
- Business models and processes for IoT applications
- Energy optimization and sustainable operation of IoT devices
- Messaging, media streaming, and event management middleware for IoT
-Event-based, publish/subscribe, and peer-to-peer middleware solutions
- Modeling and simulation of large-scale IoT scenarios
-Ubiquitous, and mobile computing
-Mobile cloud services
-Location based services
- Mobility identity & access mechanism
- Context- and location-aware middleware
- Agent technologies in ubiquitous, wearable, and mobile services
- Mobility API integration, brokerage, and management
- Mobile backend as a service and mobile app platform
- Reliability, availability, serviceability, scalability, and disaster recovery
- Architecture and infrastructure design for IoT services /MS
- Experiences with experimental IoT/MS system prototypes, and testbeds
- Asset and configuration management of IoT and mobile devices
- Data management & integration for IoT services /MS
- Big data analytics for mobility-enabled services
- Queries, transactions, and workflows in mobile services
- Performance & capacity management for mobile services
- Service catalog, SLA, and compliance management for mobile services
- IoT-enabled services & industrial transformation
- IoT-enabled management of the physical world
- Innovative mobile, ubiquitous, and wearable applications
- Mobile social networking
- Ubiquitous collaborative & social services
- Services based on ad hoc and sensor networks
- Novel and emerging IoT Service/MS applications