Metaverse Meets Consumer Electronics

Affective Computing in Consumer Electronics

Ieee Transactions on Consumer Electronics

In next generation of smart computing environment, myriads of networked resources are pervasive and embedded into everyday consumer products and appliances. Still, most controller systems provide separate control user interfaces for different uses when users inevitably face an increased number of interfaces for control and interaction tasks in such environment. To simplify burdens of user and r...

Materials Meets Concepts in Molecule-Based Electronics

Molecular semiconductors differ from traditional semiconducting materials (such as Ge, Si, GaAs, etc.) in many regards including their mechanical, electrical, and optical properties, which is a direct consequence of their construction principles. While in traditional semiconductors, the basic building blocks are atoms that are strongly linked together by covalent or ionic bonds, organic semicon...

Production control in a consumer electronics factory

This paper deals with production control in a consumer electronics factory. A short description of the situation and o f the actual way of control (Material Requirements Planning) is given. Most attention is paid to modularity. The concept of marketing modularity is introduced to be able to analyze in the advantages of product modularity increasing external flexibility by geherating component s...

Networks on Chips for Consumer Electronics

Systems on a chip (SOC) are complex embedded systems consisting of many hardware and software blocks (also known as intellectual property, or IP). As the complexity of SOCs grows, the focus is less on the computation, and increasingly on communication. This results in a shift from design based on platforms [KMN+00] (design templates) to a design style that is communication-centric [SSM+01, NTIJ...