As AI and HPC workloads drive unprecedented demands on data infrastructure, the concept of the “parallel file system” (PFS) has re-emerged as a critical architectural foundation. However, it remains ...

This paper propose an improved method called the modified warm-up-free parallel window(PW) MAP decoding schemes to implement highly-parallel Turbo decoder architecture based on the QPP(Quadratic ...

Stanford University has been developing Plasticine, which allows parallel patterns to be reconfigured. “ABSTRACT Reconfigurable architectures have gained popularity in recent years as they allow the ...

The tide is changing for analytics architectures. Traditional approaches, from the data warehouse to the data lake, implicitly assume that all relevant data can be stored in a single, centralized ...

Hammerspace Inc. is revolutionizing data storage by doing the formerly impossible: unifying data through a parallel NFS, or network file system, architecture. The technology has a lot of potential in ...

We remember when the transputer first appeared. Everyone “knew” that it was going to take over everything. Of course, it didn’t. But [Oscar Toledo G.] gives us a taste of what life could have been ...

As the transistor geometry shrinks, more transistors are packed on to a single chip, reducing manufacturing cost on a per-transistor basis. The result, however, is more transistors to test; hence, ...

Before any computation happens, the CPU must get instructions from main memory/RAM (after having been retrieved from non-volatile storage memory) and understand what they mean. The front-end is ...