Creating Components: Object Oriented, Concurrent, and by Charles W. Kann

By Charles W. Kann

This article describes how concurrency works, tips to extra successfully install it in software parts, and the way to reuse those parts to enhance software layout, caliber, and function.

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Extra resources for Creating Components: Object Oriented, Concurrent, and Distributed Computing in Java

Sample text

Sm }, {C1 , . . , Cn }, P, X, Γ ) w i t h Ci = (Mi , m0i , P, X, χi , μi , Ei , ρi , τi ), a n d t w o s t a t e s s a n d s , t h e r e i s a m o d e t r a n s i t i o n f r o m s t o s i n H, i n s y m b o l s s → s , i f f • b o th sa n d s a r e a d m is s ib le s ta te s , • th e r e is a n 1≤i≤ns u c h th a t - (s(i), s (i)) ∈ Ei ; - s(i) |= τi (s(i), s (i)); - f o r a l l 1 ≤ j ≤ n a n d j = i, s(j) = s (j); - ∀x ∈ X ((x ∈ ρi (s(i), s (i)) ⇒ s (x) = 0)∧(x ∈ ρi (s(i), s (i)) ⇒ s (x) = s(x))).

S c h e d u lin g C h e c k A fte r T r a n s itio n (S C A T ): In th is c a s e , m o d u la rity o f th e s y s te m e c ifi c a tio n s is p re s e rv e d a n d tra n s itio n s o c c u r a c c o rd in g to th e tim e d a u to m a ta s e a n tic s . S c h e d u lin g s y s te m s im p le m e n te d u s in g th is s c h e m e o f s c h e d u la b ility c h e c k g h a v e tw o s e m a n tic s re la te d to s c h e d u lin g , th a t is s tr ic t s c h e d u lin g s e m a n tic s a n d o s e s c h e d u lin g s e m a n tic s .

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