| G.Schoinas. "POSYBL: Implementing the blackboard model in a distributed memory environment using Linda", Dep. of C.S. Univ. of Crete, EPCC Technical Report 91-13, pp 105116, June 1991. |
.... the Encore, Sequent and Alliant machines as well as with distributed memory, like the Intel iPSC hypercube [38] Bell Labs S Net [8] and transputers[5] 8] There are also implementations in more loosely coupled systems, e.g. VAX VMS Workstation clusters [31] PC Networks [12] and Sun Workstations [24] In spite of its wide acceptance, there have been however several obstacles to produce a portable and scalable Linda system which can run efficiently on large distributed memory machines, and specially in Workstation clusters. The main problem is to find a scalable distribution scheme for the TS ....
G.Schoinas. "POSYBL: Implementing the blackboard model in a distributed memory environment using Linda", Dep. of C.S. Univ. of Crete, EPCC Technical Report 91-13, pp 105116, June 1991.
.... was implemented in shared memory machines like the Encore, Sequent and Alliant machines as well as in distributed memory machines, like the Intel iPSC hypercube, Bell Labs S Net [8] and more loosely coupled systems, e.g. VAX VMS workstation clusters [31] PC networks [12] and Sun Workstations [24]. It provides a collection of primitives for process creation and interprocess communication that can be added to existing sequential languages. Linda is nowadays a promising parallel language mainly due to its simplicity and portability. Many algorithms can be easily expressed in Linda [10] The ....
G.Schoinas. "POSYBL: Implementing the blackboard model in a distributed memory environment using Linda", Department of Computer Science, Univ. of Crete, EPCC Technical Report 91-13, pp 105-116, June 1991.
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