An off-line electronic cash scheme is proposed that is suitable for small payments. The approach is innovative, in that each coin may be efficiently verified by the same or different merchants during payment. The scheme relies on a batch signature technique to efficiently sign and verify individually spent coins; coins may also be deposited in batch manner. The scheme outlined differs considerably from conventional micropayments schemes by servicing a number of cash-like properties, such as off-line processing, detection of double spent coins, and ability to spend at different merchants. Additionally, the scheme eliminates a number of processing overheads that are apparent to some existing micropayment schemes
AbstractAlthough transactions with small amounts of cash are simple and quick, they still present dr...
Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cost pay-as-y...
An off-line electronic coin system is presented that offers multi-party security and unconditional p...
Traditional payment methods such as credit cards are not suitable for small amount payment because t...
This note considers the application of electronic cash to transactions in which many small amounts m...
This paper introduces a new micropayment scheme, suitable for all kinds of transactions, and does no...
Several ecash systems have been proposed in the last twenty years or so, each offering features simi...
This paper proposes a secure offline electronic (e-) payment scheme by adopting Schnorr's untraceabl...
FRoDO, a protected off-line micro-payment approach utilizing various physical unclonable capacities....
This paper reviews the desirable properties and security features of electronic commerce systems and...
Existing software proposals for electronic payments can be divided into "on-line" schemes...
We propose a generic framework for the development of an off-line peer-to-peer electronic payment sy...
An electronic cash system allows the exchange of digital coins with value assured by the bank’s sign...
Electronic cash is an electronic payment system which enables secure payment transactions without re...
AbstractEslami and Talebi (2011) [25] proposed an untraceable electronic cash scheme and claimed tha...
AbstractAlthough transactions with small amounts of cash are simple and quick, they still present dr...
Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cost pay-as-y...
An off-line electronic coin system is presented that offers multi-party security and unconditional p...
Traditional payment methods such as credit cards are not suitable for small amount payment because t...
This note considers the application of electronic cash to transactions in which many small amounts m...
This paper introduces a new micropayment scheme, suitable for all kinds of transactions, and does no...
Several ecash systems have been proposed in the last twenty years or so, each offering features simi...
This paper proposes a secure offline electronic (e-) payment scheme by adopting Schnorr's untraceabl...
FRoDO, a protected off-line micro-payment approach utilizing various physical unclonable capacities....
This paper reviews the desirable properties and security features of electronic commerce systems and...
Existing software proposals for electronic payments can be divided into "on-line" schemes...
We propose a generic framework for the development of an off-line peer-to-peer electronic payment sy...
An electronic cash system allows the exchange of digital coins with value assured by the bank’s sign...
Electronic cash is an electronic payment system which enables secure payment transactions without re...
AbstractEslami and Talebi (2011) [25] proposed an untraceable electronic cash scheme and claimed tha...
AbstractAlthough transactions with small amounts of cash are simple and quick, they still present dr...
Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cost pay-as-y...
An off-line electronic coin system is presented that offers multi-party security and unconditional p...