Developing technologies for broad-network concurrent computing
Recent developments in networking infrastructures, computer workstation capabilities, software tools, and programming languages have motivated new approaches to broad-network concurrent computing. This paper describes extensions to concurrent computing which blend new and evolving technologies to extend users' access to resources beyond their local network. The result is a concurrent programming environment which can dynamically extend over network and file system boundaries to envelope additional resources, to enable multiple-user collaborative programming, and to achieve a more optimal process mapping. Additional aspects of the derivative environment feature extended portability and support for the accessing of legacy codes and packages. This paper describes the advantages of such a design and how they have been implemented in the environment termed IceT.
distributed virtual machine distributed computing java native methods heterogeneous cluster computing