Real-Time Gross Settlement and Hybrid Payment Systems: A Comparison

Matthew Willison
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引用次数: 43

Abstract

This paper contrasts Real-Time Gross Settlement and hybrid payment systems that are based on payment offset, using a two-period, multi-bank model. The comparison is performed according to two criteria: liquidity needs and speed of settlement. We assume that the existence of a payment is common knowledge but that the specific degree of time-criticality of a payment is the private information of the bank sending the payment. Hybrid payment systems are shown to outperform Real-Time Gross Settlement when payments are offset in the first period and when they are offset in both periods. This suggests that in a hybrid system, the offsetting facility should be in operation all day, or, at the very least, for some time after the system opens in the morning. A system in which the offsetting facility was only switched on late in the day would not necessarily be preferred to Real-Time Gross Settlement. These results are shown to be robust to changes in the transparency of the central queue of payments awaiting offset. However, this robustness may not hold with different forms of information asymmetry.
实时全额结算和混合支付系统:比较
本文对比了实时全额结算和混合支付系统是基于支付抵消,使用两期,多银行模型。比较是根据两个标准:流动性需求和结算速度。我们假设付款的存在是常识,但付款的特定时间临界程度是发送付款的银行的私人信息。混合支付系统表现优于实时全额结算,当付款在第一个期间抵消,当他们在两个期间抵消。这表明,在混合系统中,抵消设施应该全天运行,或者,至少,在系统早上打开后的一段时间。只有在当天晚些时候才启动抵消设施的系统不一定比实时全额结算更受欢迎。这些结果对等待抵消的中央支付队列透明度的变化具有鲁棒性。然而,这种健壮性可能不适用于不同形式的信息不对称。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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