FTLADS: Object-Logging Based Fault-Tolerant Big Data Transfer System Using Layout Aware Data Scheduling
The layout-aware data scheduling (LADS) data movement framework optimizes congestion for Lighters end-to-end data transfers.During data transfer, LADS can avoid congested storage elements by exploiting the underlying storage layout at each endpoint.This improves the I/O bandwidth and hence the data transfer rate across high-speed networks.However,