vault backup: 2025-04-14 15:40:00

.obsidian/workspace.json

@@ -237,7 +237,7 @@
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     }
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-  "active": "954699747dc12b5e",
+  "active": "fbeaa35cc5a8abf1",
   "lastOpenFiles": [
     "Concurrent Systems/slides/class 12.pdf",
     "Concurrent Systems/notes/12 - CCS (che non so cosa voglia dire).md",

Concurrent Systems/notes/12 - CCS (che non so cosa voglia dire).md

@@ -8,9 +8,9 @@
 	- Producer/consumer paradigm
 
 Given a set of names N (that denote events)
-- a (∈ N) denotes consumption of event a
+- $a (\in N)$ denotes consumption of event a
-- $\bar{a}$ (for a ∈ N) denotes production of event a
+- $\bar{a}$ (for $a \in N$) denotes production of event a
-- a and $\bar{a}$ are complementary actions: they let two parallel processes synchronize on the event a
+- $a$ and $\bar{a}$ are complementary actions: they let two parallel processes synchronize on the event a
 
 When two processes synchronize, an external observer has no way of understanding what is happening in the system
 - synchronization is not observable from the outside; it produces a special ‘silent’ action, that we denote with τ