LNCS 2828 Flexibly Configurable and Computation Efficient Digital Cash with Polynomial Thresholded Coinage 1st edition by Alwyn Goh, Kuan Yip, David Ngo ISBN 3540201858 978-3540201854

LNCS 2828 – Flexibly-Configurable and Computation-Efficient Digital Cash with Polynomial-Thresholded Coinage is a technical book authored by Alwyn Goh, Kuan Yip, and David Ngo, published as part of the Lecture Notes in Computer Science (LNCS) series. This work presents a novel approach to digital cash systems that are both flexible in configuration and efficient in computation, incorporating an innovative method called polynomial-thresholded coinage.

The book addresses the design and development of digital cash systems, focusing on improving the computational efficiency and flexibility of digital currency schemes. Digital cash systems are a key component of electronic payment systems, enabling secure, anonymous, and efficient transactions over the internet. However, many existing systems struggle with issues like computational overhead, lack of scalability, and rigidity in configuration.

The authors propose a polynomial-thresholded coinage mechanism that aims to overcome these challenges by enabling a flexibly-configurable digital cash system that is computationally efficient, scalable, and adaptable to different transaction requirements.