Scientific evolution in human-computer interaction (HCI) research is positioned at the intersection of computer science, behavioral sciences, design, and numerous alternative fields of study. By using all major human senses, new strategies are utilized for controlling human-computer interaction. Privacy is developing as another important aspect of interactive systems.

The sudden expansion of the internet and technology generates several problems relevant to security in human-computer interaction. The IoT links the physical and cyber worlds. The IoT can aid in an essentially optimized manner to analyze the performance of the tools/devices in the field and if clients use, abuse, or do not realize them. The difficulty identified with designing a linked product or experience frequently causes its designers to concentrate particularly on the allowing technology itself as opposed to the original design and end-user experience. Developments in scientific programming efficiently support mitigating the risks with advanced security and control in IoT. Since human-computer interaction is a broad field of study that focuses on computer technology design encompassing all forms of information technology design. Evolving information systems in the IoT require immense service from HCI with advanced scientific programming.

This Special Issue aims to cover recent advances in the design, analysis, control, and security aspects of human-computer interaction with efficient scientific programming. Both original contributions with theoretical novelty and practical solutions based on scientific programming for addressing particular challenges in modern information systems are solicited, as well as review articles.

Potential topics include but are not limited to the following:

• Scientific evolution in HCI design for modern information systems in IoT
• Scientific evolution in Human-computer interaction and information systems with CPS
• Scientific programming and strategies to control information systems in IoT with HCI
• Advances in scientific programming for the analysis of IoT systems utilization based on HCI
• Scientific programming techniques for information systems in IoT and its applications
• Measures to optimize the human-IoT device interaction
• Efficient modelling and simulation algorithms for IoT systems
• Ambient intelligent environments in HCI system
• Challenges, ergonomics, emerging solutions in the human-machine interface based on scientific programming
• Scientific programming and deep learning applications in multimodal intelligent interaction
• Scientific programming for smart control and trust with AI systems
• Scientific programming applications in 3D user interfaces for virtual and augmented reality systems
• Scientific programming for HCI-based on IoT embedded systems and applications