Aim and Scope

International Journal of Computer Science and Engineering Innovations (IJCSEI) is a double-blind scholarly peer reviewed journal publishes original research, review articles, survey, short communications, technical reports in the all areas of computer science and engineering. The core computing and innovations in engineering research are the most received concepts the journal compromises, emphasizing modern scientific computing and technology, while also embracing cutting-edge advancements in computational techniques, system designs, and engineering solutions that address global challenges and drive technological progress across diverse industries. The novel insights keeps on moving the research to the next level of knowledge in technical core, where the IJCSEI wishes to surface the modern and scientific knowledge for the gradual progress. The journal follows the stringent peer review criteria, and review process and guarantees the publication of high quality articles suitable to the IJCSEI.

IJCSEI interdisciplinary collaborations across engineering disciplines, fostering the development of new methodologies and systems for practical applications in various industries.  It serves as a platform for global researchers to disseminate innovative technologies and promotes research in core computer science and emerging areas.

IJCSEI area of research focuses on intelligent systems, algorithms, and models that enable machines to learn from data and make decisions autonomously. It includes topics such as supervised and unsupervised learning, reinforcement learning, deep learning, natural language processing, and AI in robotics. AI applications in fields like healthcare, finance, and autonomous vehicles are encouraged. Security and data protection are crucial, with research focusing on encryption algorithms, cloud systems, blockchain technologies, and privacy. Data analysis and extraction are essential, with applications in healthcare, finance, business intelligence, and smart cities. Cloud computing is transforming computing resources, with research on design, optimization, and security. Distributed systems research focuses on improving scalability, fault tolerance, and performance of distributed applications. Robotics and automation involve the development of autonomous machines and systems capable of performing tasks with minimal human intervention. Theoretical foundations of computer science are studied, with research on algorithms, computational complexity, and formal languages. Blockchain technology is used for decentralized transactions, and human-computer interaction focuses on user interfaces. Computational techniques are applied to biological research, and digital signal processing is used for signal manipulation.