The amount of resources available on reconfigurable logic devices like FPGAs has seen a
tremendous growth over the last thirty years. During this period, the amount of …

A new version of a special-purpose processor for running lazy functional programs is
presented. This processor–the Reduceron–exploits parallel memories and dynamic …

Combinators have a long history in mathematics, logic and computer science, as simple
primitive symbols with which complex relationships can be described. In practice, this …

FPGAs have enjoyed exponential growth of on-chip hardware resources—reason to
reinvestigate hardware implementations of functional languages. This paper presents …

The architecture of a computer determines what programs are allowed to do and what the
microarchitecture should implement. As security and safety become critical needs for an …

Typical reconfigurable accelerators are either limited to instruction-level parallelism or
require developers to manage parallelism in the source code manually. Pure functional …

Common many-core processors contain tens of cores and distributed memory. Compared to
a multicore system, which only has a few tightly coupled cores sharing a single bus and …

It is hard to reason about the state of a multicore system-on-chip, because operations on
memory need multiple cycles to complete, since cores communicate via an interconnect like …

The end of the frequency scaling era occured around 2005 as the clock frequency has
stalled for commodity architectures. Thus performance improvements that could in the past …

Οι γλώσσες προγραμματισμού με μη αυστηρή σημασιολογία χρησιμοποιούνται για τη
συγγραφή προγραμμάτων στα οποία μια έκφραση μπορεί να αντιστοιχίζεται σε ένα όνομα …