docs: fix README.md

[poolifier.git] / src / pools / selection-strategies / README.md

diff --git a/src/pools/selection-strategies/README.md b/src/pools/selection-strategies/README.md
index d7619e0bf84fc4a70c09c1de11739e57f50f6fc8..95eee0079f6bbbb7d4bdb37c7b7cf665c076d1f4 100644 (file)
--- a/src/pools/selection-strategies/README.md
+++ b/src/pools/selection-strategies/README.md
@@ -7,7 +7,7 @@ All duration or timestamp are expressed in milliseconds.
 ### Fair share
 
 Its goal is to distribute the load evenly across all workers. To achieve this, the strategy keeps track of the average task execution time for each worker and assigns the next task to the worker with the lowest task end prediction time: `task_end_prediction = max(current_time, task_end_prediction) + average_task_execution_time`.  
-By default, the strategy uses the average task execution time for each worker but it can be configured to use the task event loop utilization (ELU) active time instead.
+By default, the strategy uses the average task execution time for each worker but it can be configured to use the average task event loop utilization (ELU) active time instead.
 
 ### Weighted round robin
 
@@ -16,7 +16,7 @@ The worker weights are maximum tasks execution time, once the worker has reached
 ### Interleaved weighted round robin
 
 The worker weights are maximum tasks execution time. The rounds are the deduplicated worker weights.  
-During a round, if worker weight is inferior to the current round, the next task is assigned to the next worker. Once the all workers have been assigned a task, the next round starts.  
+During a round, if worker weight is inferior to the current round, the next task is assigned to the next worker. Once all workers have been assigned a task, the next round starts.  
 The worker default weights are the same for all workers and is computed given the CPU cores speed and theirs numbers. So the default rounds consists of a unique worker weight.
 
 ## Statistics