Advances in Continuous and Discrete Models is calling for submissions to our Collection on 'Innovations in Data Science Research for Future Computing Era.'
Today's technological landscape is rapidly changing, and data science makes a significant impact on every technological transformation. As human interference with technology continues to grow every day, the amount of data generated from technological applications also grows significantly. The amount of data generated every day is immeasurable. It is more determined that data will be at the core of transformative technology across every sector, with new possibilities and opportunities in the coming decade. Some of the applications where data science will play a significant role in the future computing era include healthcare, manufacturing, education, etc. Further, businesses today are exploring transformative techniques to enhance productivity and improve customer experiences. Data-driven business intelligence adds immense value to the business. The future of the computing era is completely dependent on the data, and the businesses that do take advantage of it will grow significantly.
As a widely developing area of research, data science has enormous scope for the future computing era. The latest trends and innovations in data science have made this technique a part of the future world. Data science research usually deals with collecting, processing, analysing, and representing the data in a visual format that enables businesses to make critical applications. Some of the emerging trends in data science include artificial intelligence, IoT, big data, augmented reality, virtual reality, quantum computing, automated machine learning, digital twin, and so on. Thus, we can conclude that data science is one of the disruptive techniques, and it takes the future generation of computing systems to the next level of advancements through the realisation of important business data insights. Further, it changes the way in which people interact with the technology and offers a competitive edge to the business that adapts it. However, the volume and velocity of the data are accelerating every day. As a result, there is a crucial need for data science algorithms that are secure, efficient, improve performance, and reduce downtime. The system should operate autonomously with higher flexibility and availability of operations. Also, there is a critical need for integrating intelligent solutions that have higher visibility and accessibility measures.
This Collection aims to bring out the innovations in data science research for the future computing era. We welcome researchers and practitioners working in this discipline to present their novel and unpublished research findings.
Possible topics include, but are not limited to:
- Innovations in data science for future computing applications
- Big data and data science for emerging digital era
- Role of artificial intelligence in future generation healthcare systems
- Data science innovation in the era of transformation
- Synergy of IoT and data science for emerging applications
- Reinventing the big data analytics with new innovative data science approaches
- Innovation and opportunities of data science in future digital era
- Emerging trends in data science and its applications
- Cloud assisted big data intelligence for future era
- Emerging advances in artificial intelligence for modern computing systems
- Trends in data science for big data analytics
