With growing Field Programmable Gate Array (FPGA) device sizes and their integration in
environments enabling sharing of computing resources such as cloud and edge computing …

The manifold surface reconstruction in multi-view stereo often fails in retaining thin structures
due to incomplete and noisy reconstructed point clouds. In this paper, we address this …

SRAM-based FPGAs feature high performance and flexibility. Thus, they have found many
applications in modern high-performance computing (HPC) systems. These systems suffer …

With applications to become increasingly compute-and data-intensive, requiring more
processing power, many Internet of Things (IoT) platforms in robots, drones, and …

Reconfigurable devices (RDs) are extremely advantageous when employed in real-time
embedded systems. Nonetheless, they are susceptible to soft errors. In a broad sense, the …

Bio-inspired self-repairing hardware is a distributed self-adaptive system, characterized by
powerful fault-tolerant ability and environment adaptivity. However, it suffers from some …

This paper presents an approach to optimize the reliability and makespan of hardware task
graphs, running on FPGA-based reconfigurable computers, in space-mission computing …

Cloud companies have been exploiting CPU-FPGA collaborative environments to accel
erate multi-tenant task requests with scalability and maximize resource utilization. In this …

With the rapid development of information technology and the growing scale of enterprise
development, more and more enterprise application systems appear due to business …

High level synthesis frameworks, such as OpenCL, allow effective design space exploration
by scaling of resource allocation via simple to use tunable parameters. The same process …