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Issue-Ref: 4230
Issue-Url: af3#4230



Signed-off-by: Tiziano Munaro <munaro@fortiss.org>

org.fortiss.af3.rcp.help/html/dse/.ratings

-deployment_synthesis.html abec1553fa6b0861b84eacb414695421ad38ede7 RED
+deployment_synthesis.html 9e904a05050b9e3ffc104a212f46b293b3e7fc8d YELLOW
 dse.MainPage.html 5d36c9d4d962b848dd1451e0fef485b0ea2570c8 GREEN
 dse_dashboard.html 29e2e51725134a8cffbae8da580c9f2a212fd8ec GREEN
 dse_perspective.html 51a34d5048498d4834ea5a64d9203563db94f364 GREEN
 scheduling_synthesis.html 724d40843bd951acc106156b6dc2599a6adf1626 GREEN
-synthesis.html 3edffbb53d550c8e12a403083086b0515a8a24ce RED
+synthesis.html 3edffbb53d550c8e12a403083086b0515a8a24ce YELLOW
 visualization.html 2f4f8ce6c358f630d16713da1ee7732e1c27065a GREEN

org.fortiss.af3.rcp.help/html/dse/deployment_synthesis.html

@@ -30,43 +30,72 @@
 			<p> The <b>deployment synthesis</b> enables to explore the allocation of tasks to execution
 			units w.r.t. to the constraints and objectives described on this page.
 			</p>
-
+			<p>
+				As you can notice from some of the figures below, the defined constraints/objectives
+				are listed as <i>Target Definition</i> in the <i>DSE Navigator</i> on the left.
+			</p>
+			
 			<h2>Constraints</h2>
 			<h3>Allocation</h3>
 			<img src="pictures/Allocation.png", width = "100%"/>
 			<p>
-	By selecting a task in the table on the left, and a (HW) execution unit on the right you can add an allocation or dislocation constraint.
+				By selecting a task in the table on the left, and a (HW) execution unit on the right
+				you can add	an <b>Allocation</b> or <b>Dislocation</b> constraint.
 				<ul>
 					<li><b>Allocation</b>: the selected task(s) must be mapped to one of the selected hardware units.</li>
 					<li><b>Dislocation</b>: the selected task(s) must NOT be mapped to any of the selected hardware units.</li>
 				</ul>
-	In the figure above, we are creating a constraint that requires the allocation of <i>Task_Component</i> to either <i>Core01</i> or <i>Core02</i>.
+	In the figure above, we have created a constraint that requires the allocation of <i>Task_AccelerationControl</i>
+	to <i>PowertrainECU</i>, and that disallows the allocation of <i>Task_DistanceControl</i> to <i>HeadUnitECU</i>.
 			</p>
 
 			<h3>Function Coupling</h3>
 			<img src="pictures/Coupling.png", width = "100%"/>
 
 			<p>
-	In the <b>Function Coupling</b> Pattern you are allowed to force some tasks to be deployed into the same/distinct (HW) execution units.
-	First select a set of tasks in the table on the left, and then select either Coupling or Decoupling in the option button on the right.
+			The <b>Function Coupling</b> Pattern you allows to force some tasks to be deployed
+			into the same/distinct (HW) execution units. Note that the constraint does not specify
+			to which HW execution unit the tasks should be allocated.
+			</p>
+			<p>
+				First select a set of tasks in the table on the left, and then select either <b>Coupling</b>
+				or <b>Decoupling</b> in the option button on the right.
 				<ul>
 					<li><b>Coupling</b>: the selected tasks must be mapped to the same execution unit.</li>
 					<li><b>Decoupling</b>: the selected tasks must be to distinct execution units.</li>
 				</ul>
-	In the figure above, e.g., we are <i>coupling</i> the tasks <i>Task_Component</i> and <i>Task_Component1</i>. 
+				In the figure above, e.g., we are coupling the tasks <i>Task_DistanceControl</i>
+				and <i>Task_AccellerationControl</i>. 
 			</p>
 
 			<h3>Memory Utilization</h3>
 			<img src="pictures/Memory.png", width = "100%"/>
 			<p>
-	In the <b>Memory Utilization</b> Pattern you are allowed to specify (as a percentage value) the amount of memory that can be used by tasks allocated to a given execution unit. In order to do so, just modify the values in the last column of the table. In the figure above, e.g., we are specifying that the tasks allocated to <i>Core01</i> can only use 50% of its memory.
-	As you can notice from the figure, in the DSE Navigator on the left the constraints just defined appear listed as Target Definition steps.
+			The <b>Memory Utilization</b> Pattern allows to specify the percentage of flash memory
+			that may be used by tasks allocated to a given execution unit.
+			As a prerequisite, the pattern requires the specification of the amount of available
+			flash memory in the respective annotation of the execution units, and the
+			flash requirements of Tasks in the <i>Task Memory Mapping</i> table, respectively
+			(both in the <i>Modelling Perspective</i>). The admissible memory utilization ratio
+			considered for the application of the constraint has to entered into the second column
+			of the table.
+			</p>
+			<p>
+			In the figure above, e.g., we are specifying that the tasks allocated to <i>HeadUnitECU</i>
+			may only use up to 60% of the available 104876 bytes of flash memory.
 			</p>
 
 			<h3>Safety Level</h3>
 			<img src="pictures/Safety.png", width = "100%"/>
 			<p>
-	In the <b>Safety Level</b> Pattern you are allowed to specify the allocated safety level of each HW execution unit by modifying the values in the table. E.g., if you specify that <i>Core03</i> must be lower than SIL2, a constraint is created that forces all tasks deployed into <i>Core03</i> to have a safety level lower than SIL2.
+			The <b>Safety Level</b> Pattern allows to specify the ECUs for which the safety level
+			constraint should be enabled. This means that no tasks referring to components with a
+			safety level higher than specified in the <i>safety integratity level</i> annotation
+			of the respective execution may be deployed onto them.
+			</p>
+			
+			<p> In the example above, only tasks with an ASIL of up to ASIL-C may be allocated
+			to <i>HeadUnitECU</i> (ASIL-D for <i>PowertrainECU</i>).
 			</p>
 
 			<h2>Objectives</h2>