Processing-in-Memory (PIM) has evolved over decades into a feasible solution to
addressing the exacerbating performance bottleneck with main memory by placing …

We present a methodology for pipelined software synthesis of streaming applications. First,
we develop a versatile task assignment algorithm capable of optimizing realistically-arbitrary …

The search for energy efficiency in the design of embedded systems is leading toward CPUs
with higher instruction-level and data-level parallelism. Unfortunately, individual applications …

Heterogeneous computing is one of the future directions of HPC. Task scheduling in
heterogeneous computing must balance the challenge of optimizing the application …

Implementing efficient dynamic scheduling algorithms is a real challenge but a well
designed algorithm can bring a significant performance improvement, regardless of …

Conventional task scheduling on real-time systems with multiple processors is notorious for
its computational intractability. This problem becomes even harder when designers also …

Heterogeneous computing is one of the future directions of HPC. Task scheduling in
heterogeneous computing must balance the challenge of optimizing the application …

Recently, embedded reconfigurable computing has attracted great attention due to its
potential to accelerate application execution. Its key feature is the ability to perform …

The scheduling process in Grid systems is very complex. The resource heterogeneity, the
dynamic environment, the variety of policies, the size and number of tasks, and the high …

The amount of data generated by day-to-day operations have been exponentially increasing
during the past couple of decades. The problem of analyzing and decision making based on …