The smart world consists of numerous “smart things” that can be endowed with different
levels/forms of computational intelligence and even capable of thinking. This smart
world is set to be the next important stage in human history. Research on smart world is
an emerging research field covering many areas, essential problems, crucial issues and
grand challenges in truly building the smart world that benefits humanity, and
simultaneously safeguards the natural environment for sustainable development and
Technologies that enable smart world along with innovations in the next generation of network systems, together with explosive growth of the Web, Cloud and Mobile Computing, Sensor Networks, Artificial Intelligence, Big Data along with Blockchain as well as Internet of Things (IoT), have resulted in a plethora of new applications and services. Various organizations, government agencies and city planners are coming up with ambitious goals to create smart cities, smart manufacturing systems, smart agricultures, smart environments and so on towards the smart world.
The world’s urban population is expected to double in the next 25 years. Creative solutions are urgently needed in order to efficiently manage scarce resources that all cities are facing today. City governments around the world are currently formulating their Smart City strategies - now is the time to engage and learn from researchers and industry experts to understand the problems and challenges.
This summit will serve as a platform to bring together city officials and planners, practicing professionals as well as researchers from R&D organizations from around the world to explore the most recent technology advances, business models, and lessons learned to date in foreseeing the Smart World challenges and making the Smart City a reality. The focus is on strategy, various use cases, best practices, and the development of innovative business models for transitioning to the Smart World and Smart City of the future.
This summit will provide excellent keynote speakers and panelists in three concurrent program tracks:
In addition, a smart city solution exhibition will be held for solution providers and
university researchers to present their live demos and product presentations.
The summit will be co-located in conjunction with IEEE BigDataService 2019, IEEE Mobile Cloud 2019, IEEE Artificial Intelligence Testing 2019. IEEE SOSE 2019, and IEEE DAPPCON 2019
Moreover, there are five IEEE international workshops:
Big-Data computing and services have received significant attention in recent years. The
IEEE BigDataService 2019 aims to provide a forum for researchers and practitioners to
exchange innovative ideas, latest research results, and practice experiences and lessons
learned. Its major objectives include big-data applications in various domains such as
healthcare, business and financing, education and learning, social networks and media, urban
and environment, sensors and Internet of things as well as technology aspects of big data
computing and services such as computing services and architecture, modeling, data mining
IEEE BigDataService 2019 will consist of main tracks and special tracks. The conference will include 3 International Workshops of Smart City Big Data Analysis, Big Data in Water Resources, Environment, and Hydraulic from Engineering, and Industry Big Data and Signal Processing. Workshop proposal is due 10/15/2018. The conference seeks the submission of high-quality papers limited to 10 pages (IEEE format) in length. All accepted papers will be included in the proceedings. Selected papers will be invited for extension and published in journals (SCI-Index). This conference program consists research papers in big data foundations, platforms and technologies, big data analytics and services, and big data applications and experience, and other emerging topics. Moreover, the conference also includes three special tracks: a) real-time big data services and applications, b) big data security, privacy and trust, c) special track on big data and analytics for healthcare.
The integration of mobile computing and cloud services and engineering enables new
applications that provide resources and services on an intelligent basis, process big data
collected from mobile sensors, and support Internet of things (IoT) with massive cloud-based
backend, where the 5G technology is expected to be an important enabler of this integration.
Such applications will have tremendous impacts on almost every aspect of our daily life,
including transportation, e-commerce, healthcare, safety and location privacy, smart home
and smart city, social interaction, and many more. This conference will provide a great
platform to allow researchers in academia and industry to share their latest research ideas
and results, development activities, and the emerging industry technologies on mobile cloud
computing, services, and engineering. The conference solicits original technical papers, not
previously published and not currently under review for publication elsewhere. Papers will
be judged on originality, significance, clarity, relevance, and correctness. Extended
versions of the best papers will be invited for fast-track publication in a planned Special
Issue on Mobile Cloud Computing.
IEEE MobileCloud 2019 includes state-of-the-art research papers in mobile cloud computing theory, modeling and methodologies, and mobile applications, as well as Industry practice and lesson learn reports.
Artificial Intelligence (AI) technologies are widely used in computer applications to
perform tasks such as monitoring, forecasting, recommending, prediction, and statistical
reporting. They are deployed in a variety of systems including driverless vehicles, robot
controlled warehouses, financial forecasting applications, and security enforcement and are
increasingly integrated with cloud/fog/edge computing, big data analytics, robotics,
Internet-of-Things, mobile computing, smart cities, smart homes, intelligent healthcare,
etc. However, the quality assurance of existing AI application development processes is
still far from satisfactory and the demand for being able to show demonstrable levels of
confidence in such systems is growing. Software testing is a fundamental, effective and
recognized quality assurance method which has shown its cost-effectiveness to ensure the
reliability of many complex software-systems. However, the adaptation of software testing to
the peculiarities of AI applications remains largely unexplored and needs extensive research
to be performed. On the other hand, the availability of AI technologies provides an exciting
opportunity to improve existing software testing processes, and recent years have shown that
machine learning, data mining, knowledge representation, constraint optimization, planning,
scheduling, multi-agent systems, etc. have real potential to positively impact on software
testing. Recent years have seen a rapid growth of interests in testing AI applications as
well as application of AI techniques to software testing. It is, therefore, timely to
provide an international forum for researchers and practitioners to exchange novel research
results, to articulate the problems and challenges from practices, to deepen our
understanding of the subject area with new theories, methodologies, techniques, processes
models, etc., and to improve the practices with new tools and resources. This is the aim of
the IEEE conference on AI Testing.
IEEE AITest 2019 conference program includes research papers in AI testing methods, techniques, test automation tools, applications and experience.
Service-Oriented Computing exploits services as the fundamental elements of computer-based
systems. It has been applied to various areas and promotes fundamental changes to the way
software systems are being analyzed, architected, designed, implemented, tested, evaluated,
delivered, consumed, maintained and evolved. Consequently, a new paradigm of software and
system engineering discipline, i.e. Service-Oriented Engineering, has emerged and advanced
rapidly in the past decade. Among many remarkable milestones in the development of this new
paradigm are the wide adoption of the Micro services architectural style supported by Docker
and other container-based virtualization techniques in the design of cloud native
application in the industry, and the DevOps movement in the organization of development
process supported by automated tools for continuous testing, continuous integration and
continuous delivery. Recent advances in service oriented computing, in particular
Internet-of-Things, Edge and Fog computing, mobile and cloud computing combined with Big
Data analytics, robotics, block chain and decentralized ledger applications, and application
of artificial intelligence techniques, etc., have provided exciting opportunities to make
significant progress in understanding and solving complex real-world challenges. Such
challenges typically require a system-level approach that models a complex system at
different levels of abstraction, helps to develop sound architectures for addressing
separate system requirements and concerns, and integrates diverse sources of knowledge on
the system’s components and their interactions. Therefore, the revolution of the software
and system engineering paradigm brought by service-orientation is still unfolding, with each
new technology development bringing new challenges and opportunities. Starting from 2005,
SOSE is a pioneering IEEE sponsored international conference devoted to the research in
engineering service-oriented systems. It covers all aspects of service-oriented engineering
from architectures, techniques, tools and languages to methodologies. Continuing the
tradition of the last twelve editions of SOSE Symposia, the 13th SOSE intends to provide a
forum for researchers and practitioners to exchange latest observations, insights,
achievements and visions in Service-Oriented System Engineering. SOSE 2019 invites original
submissions in all the areas of the system engineering and software engineering methods,
techniques, tools, applications, and experiments for software services.
IEEE SOSE2019 conference program includes research papers addressing topics in advanced models for service engineering, computing service environments and virtualization, methods, languages & tools for process-based SOC systems, service-based cyber-physical systems, intelligent services for a smart world, and social networking services.
The objective of the 2019 IEEE International Conference on Decentralized Applications and Infrastructures (DAPPCON 2019) is to facilitate the exchange between researchers and practitioners in the area of Decentralized Applications based on Distributed Ledger Technologies, Blockchain and related technologies. It can be already seen today that Blockchain is making a huge impact on the way digital payments are made. However, the potential implications of Blockchain technologies go far beyond their application as the technological backbone for cryptocurrencies. In recent years, Decentralized Applications (dApps) have emerged as a new model for building massively scalable services. dApps allow for various novel application scenarios, which are built upon distributed consensus and thus are hard to block or censor. While Blockchains such as Bitcoin or Ethereum are based on compute-intense consensus mechanisms, more recent approaches focus on voting- or staking-based algorithms that support higher transactions per second and are also better-suited to reflect proportions of majority ownership, which are required in many enterprise application scenarios. Also, the integration of Smart Contracts into Blockchains, for example, based on Ethereum or Hyperledger, leads to a plethora of possible use cases for dApps. DAPPCON 2019 will provide a high-quality forum for participants from research and industry. The conference will discuss key theories, algorithms, infrastructures, and significant applications for decentralized applications and infrastructures, as well as emerging research topics.
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