Focusing on the intersection of human-computer interaction and speech technology, this book explores innovative design principles that enhance user experience. It delves into the cognitive aspects of speech recognition, offering insights on how users interact with voice-driven systems. The text emphasizes practical applications, providing guidelines for creating effective interfaces that are intuitive and accessible. Case studies illustrate successful implementations, making it a valuable resource for designers, developers, and researchers in the field of speech technology.
The ban on sales of ZTE, imposed by the US, made China feel the weight of a small chip. The ban is termed as a trade war. What is the truth behind this trade friction? Why did the Chinese microchip industry encounter such a predicament? What is the future of the microchip industry in China? This book tried to answer these questions, uncovers the secrets of China's microchip industry, and traces its development. It looks at bridging the gap between the chip technology and public perception, and predicts how China can make a breakthrough in this industry. The book takes a 'macro-history view' to describe the race among superpowers in the microchip industry and records people's constant explorations into the industry in the past six decades. It also compares the microchip industry in China to that of United States, Japan, and South Korea.
Focusing on the intricacies of establishing and operating businesses in China, this comprehensive guide spans six chapters covering essential topics such as company formation, governance, investment strategies, and legal compliance. It addresses practical challenges and risks entrepreneurs may face, offering detailed insights and case analyses to enhance understanding of administrative procedures. Suitable for both new and experienced business owners, as well as overseas investors, the book serves as a valuable resource for legal and financial professionals seeking to deepen their expertise.
This book delves into robust multimodal cognitive load measurement using physiological and behavioral modalities, including eye tracking, Galvanic Skin Response, speech, language, pen input, mouse movement, and multimodality fusions. It discusses the impact of factors such as stress, trust, and environmental conditions like illumination on cognitive load measurement. The text introduces dynamic workload adjustment and real-time cognitive load measurement through data streaming, aiming to broaden the accessibility of cognitive load measurement for diverse applications and users. It reviews practical application examples that demonstrate the feasibility of multimodal cognitive load measurement. This work is pioneering in systematically presenting various computational methods for automatic and real-time cognitive load assessment, shifting its application from specialists in computer science and psychology to general end-users, paving the way for widespread implementation. The book targets researchers and practitioners engaged in cognitive load studies and related fields within computer, cognitive, and social sciences, particularly benefiting those in behavior analysis, social analytics, human-computer interaction (HCI), intelligent information processing, and decision support systems.
