| J. S. Larson, B. C. Massey, and E. Tick. Super Monaco: Its portable and efficient parallel runtime system. In Lecture Notes in Computer Science, 966, pages 527--538. Springer-Verlag, August 1995. |
....lock is released. The locking scheme, does not change the dereference procedure. This locking scheme has been proposed, by Jim Crammond, as a technique for locking multiple variables in a FCP [1] The technique has also been used in the Super Monaco system, implemented by Evan Tick and his group [4]. 5.2 Hazards There are two possible hazards in the binding scheme: circular references and deadlock situations. If two local variables are unified, the binding scheme does not specify the direction of the binding. Two workers might create a circular reference (one worker places a reference in X ....
J. S. Larson, B. C. Massey, and E. Tick. Super Monaco: Its portable and efficient parallel runtime system. In Lecture Notes in Computer Science, 966, pages 527--538. Springer-Verlag, August 1995.
....lock is released. The locking scheme, does not change the dereference procedure. This locking scheme has been proposed, by Jim Crammond, as a technique for locking multiple variables in a FCP [16] The technique has also been used in the Super Monaco system, implemented by Evan Tick and his group [37]. 7.5.2 Hazards There are two possible hazards in the binding scheme: circular references and deadlock situations. If two local variables are unified, the binding scheme does not specify the direction of the binding. Two workers might create a circular reference (one worker places a reference in ....
J. S. Larson, B. C. Massey, and E. Tick. Super Monaco: Its portable and efficient parallel runtime system. In Lecture Notes in Computer Science, 966, pages 527--538. Springer-Verlag, August 1995.
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