By providing new and unprecedented insights into consumer behavior and preferences, Brain-Computer Interface (BCI) devices are revolutionizing customer experience management. Brain-Computer Interfaces (BCIs) can accurately anticipate consumer demands, expedite service delivery, and customize...

Brain-Computer Interfaces (BCIs) are a significant advancement in real-time decision-making and team administration when they are integrated into leadership methods. The objective of this investigation is to provide a continuous evaluation of a leader's cognitive states, emotional responses, and...

The integration of Brain-Computer Interface (BCI) technology with mobile devices is a novel approach to enhance organisational administration. This study examines the potential of brain-computer interfaces (BCIs) to enhance task management, communication, and decision-making through smartphone...

Brain-computer interfaces and applications in business explores how networking and data security have become essential business enterprises. This book further discusses the transfer of secure textual data storage on public networks and IoT devices by concealing secret data in multimedia....

Some studies have provided empirical evidence that firms' high growth rates just before economic crises are negatively associated with resilience. Other authors have observed that firms that grow fast in the early phases of an external crisis are generally more resilient. This countercyclical...

Some studies have provided empirical evidence that firms' high growth rates just before economic crises are negatively associated with resilience. Other authors have observed that firms that grow fast in the early phases of an external crisis are generally more resilient. This countercyclical...

The chapter introduces a novel hybrid approach that integrates orthogonal arrays and strong branching rules to solve Mixed Integer Problems using the branch-and-bound technique. For low to medium size problems, full orthogonal arrays are employed without the need to apply the strong branching...