diff --git a/CorePartition/CorePartition.c b/CorePartition/CorePartition.c
index 177c0c3..b79d339 100644
--- a/CorePartition/CorePartition.c
+++ b/CorePartition/CorePartition.c
@@ -329,32 +329,32 @@ void CorePartition_Yield ()
 }
 
 
-size_t CorePartition_GetPartitionID()
+size_t CorePartition_GetID()
 {
     return nCurrentThread;
 }
 
 
 
-size_t CorePartition_GetPartitionStackSize()
+size_t CorePartition_GetStackSize()
 {
     return pCurrentThread->nStackSize;
 }
 
-size_t CorePartition_GetPartitionMaxStackSize()
+size_t CorePartition_GetMaxStackSize()
 {
     return pCurrentThread->nStackMaxSize;
 }
 
 
-size_t CorePartition_GetPartitionAllocatedMemorySize(void)
+size_t CorePartition_GetAllocatedMemorySize(void)
 {
-    return CorePartition_GetThreadStructSize () + CorePartition_GetPartitionMaxStackSize ();
+    return CorePartition_GetThreadStructSize () + CorePartition_GetMaxStackSize ();
 }
 
-size_t CorePartition_GetPartitionUsedMemorySize(void)
+size_t CorePartition_GetUsedMemorySize(void)
 {
-    return CorePartition_GetThreadStructSize () + CorePartition_GetPartitionStackSize ();
+    return CorePartition_GetThreadStructSize () + CorePartition_GetStackSize ();
 }
 
 
@@ -364,7 +364,7 @@ size_t CorePartition_GetThreadStructSize(void)
 }
 
 
-bool CorePartition_IsAllCoresStarted(void)
+bool CorePartition_IsAllThreadsStarted(void)
 {
     return nStartedCores == nMaxThreads;
 }
@@ -376,13 +376,13 @@ bool CorePartition_IsCoreRunning(void)
 }
 
 
-uint32_t CorePartition_GetCoreNice()
+uint32_t CorePartition_GetNice()
 {
     return pCurrentThread->nNice;
 }
 
 
-void CorePartition_SetCoreNice (uint32_t nNice)
+void CorePartition_SetNice (uint32_t nNice)
 {
     pCurrentThread->nNice = nNice == 0 ? 1 : nNice;
 }
diff --git a/CorePartition/CorePartition.h b/CorePartition/CorePartition.h
index fd8d364..719a7a3 100644
--- a/CorePartition/CorePartition.h
+++ b/CorePartition/CorePartition.h
@@ -60,24 +60,24 @@ extern "C"{
        
     void CorePartition_Yield(void);
     
-    size_t CorePartition_GetPartitionID(void);
+    size_t CorePartition_GetID(void);
     
-    size_t CorePartition_GetPartitionStackSize(void);
-    size_t CorePartition_GetPartitionMaxStackSize(void);
+    size_t CorePartition_GetStackSize(void);
+    size_t CorePartition_GetMaxStackSize(void);
 
     
-    size_t CorePartition_GetPartitionUsedMemorySize(void);
-    size_t CorePartition_GetPartitionAllocatedMemorySize(void);
+    size_t CorePartition_GetUsedMemorySize(void);
+    size_t CorePartition_GetAllocatedMemorySize(void);
 
     size_t CorePartition_GetThreadStructSize (void);
 
     size_t CorePartition_GetThreadStructSize(void);
     
-    bool CorePartition_IsAllCoresStarted(void);
+    bool CorePartition_IsAllThreadsStarted(void);
         
-    uint32_t CorePartition_GetCoreNice(void);
+    uint32_t CorePartition_GetNice(void);
     
-    void CorePartition_SetCoreNice (uint32_t nNice);
+    void CorePartition_SetNice (uint32_t nNice);
     
 #ifdef __cplusplus
 } // extern "C"
diff --git a/CorePartition/Resources/BlinkThreads/BlinkThreads.ino b/CorePartition/Resources/BlinkThreads/BlinkThreads.ino
index a09e5ef..3c0dabd 100644
--- a/CorePartition/Resources/BlinkThreads/BlinkThreads.ino
+++ b/CorePartition/Resources/BlinkThreads/BlinkThreads.ino
@@ -54,7 +54,7 @@ void Delay (uint64_t nSleep)
 
 void Thread1 ()
 {
-    uint8_t nPin = CorePartition_GetPartitionID() + 1;
+    uint8_t nPin = CorePartition_GetID() + 1;
     
     pinMode (nPin, OUTPUT);
     
diff --git a/CorePartition/Resources/LowMemoryExample/LowMemoryExample.ino b/CorePartition/Resources/LowMemoryExample/LowMemoryExample.ino
index 47e7a76..b95b63a 100644
--- a/CorePartition/Resources/LowMemoryExample/LowMemoryExample.ino
+++ b/CorePartition/Resources/LowMemoryExample/LowMemoryExample.ino
@@ -115,7 +115,7 @@ void Thread1 ()
           Serial.print (", Sleep Time: ");                 
           Serial.print (millis() - start); 
           Serial.print (", ");
-          Serial.print (CorePartition_GetCoreNice ());
+          Serial.print (CorePartition_GetNice ());
           Serial.println ("\n");
   
           Serial.flush();
@@ -142,13 +142,13 @@ void Thread2 ()
           Serial.print (", Sleep Time: ");
           Serial.print (millis() - start);  start = millis();
           Serial.print (", Nice: ");
-          Serial.print (CorePartition_GetCoreNice());
+          Serial.print (CorePartition_GetNice());
           Serial.print (", CTX: [");
           Serial.print (CorePartition_GetThreadStructSize ());
           Serial.print ("] bytes, Stack (used/max): [");
-          Serial.print (CorePartition_GetPartitionStackSize ());
+          Serial.print (CorePartition_GetStackSize ());
           Serial.print ("/");
-          Serial.print (CorePartition_GetPartitionMaxStackSize ());
+          Serial.print (CorePartition_GetMaxStackSize ());
           Serial.println ("]\n");
       
  
@@ -171,7 +171,7 @@ void Thread3 ()
         Serial.print (", Sleep Time: ");
         Serial.print (millis() - start);  //start = millis();
         Serial.print (", Nice: ");
-        Serial.print (CorePartition_GetCoreNice());
+        Serial.print (CorePartition_GetNice());
         Serial.println ("\n");
 
         Serial.flush ();
@@ -195,7 +195,7 @@ void Thread4 ()
         Serial.print (", Sleep Time: ");
         Serial.print (millis() - start);  //start = millis();
         Serial.print (", Nice: ");
-        Serial.print (CorePartition_GetCoreNice());
+        Serial.print (CorePartition_GetNice());
         Serial.println ("\n");
 
         Serial.flush ();
@@ -214,13 +214,13 @@ void Thread5 ()
     while (1)
     {
         Serial.print ("\e[14;10H\e[K>> Thread");
-        Serial.print (CorePartition_GetPartitionID()+1);
+        Serial.print (CorePartition_GetID()+1);
         Serial.print (": ");
         Serial.print (nValue++);
         Serial.print (", Sleep Time: ");
         Serial.print (millis() - start);  //start = millis();
         Serial.print (", Nice: ");
-        Serial.print (CorePartition_GetCoreNice());
+        Serial.print (CorePartition_GetNice());
         Serial.println ("\n");
 
         Serial.flush ();
diff --git a/CorePartition/Resources/ThrermalCameraDemo/ThrermalCameraDemo.ino b/CorePartition/Resources/ThrermalCameraDemo/ThrermalCameraDemo.ino
index 456cb64..896ac69 100644
--- a/CorePartition/Resources/ThrermalCameraDemo/ThrermalCameraDemo.ino
+++ b/CorePartition/Resources/ThrermalCameraDemo/ThrermalCameraDemo.ino
@@ -295,7 +295,7 @@ void Thread1 ()
           Serial.print (", Sleep Time: ");                 
           Serial.print (millis() - start); 
           Serial.print (", ");
-          Serial.print (CorePartition_GetCoreNice ());
+          Serial.print (CorePartition_GetNice ());
           Serial.print (", nImagesItens [ ");
           Serial.print (nImagesItens);
           Serial.print ("]");
@@ -341,15 +341,15 @@ void Thread2 ()
           Serial.print (millis() - start);  start = millis();
           Serial.print (" millis");
           Serial.print (", StackSize: ");
-          Serial.print (CorePartition_GetPartitionStackSize());
+          Serial.print (CorePartition_GetStackSize());
           Serial.print (", Nice: ");
-          Serial.print (CorePartition_GetCoreNice());
+          Serial.print (CorePartition_GetNice());
           Serial.print (", struct Size: [");
           Serial.print (CorePartition_GetThreadStructSize ());
           Serial.print ("] bytes, Core Mem: [");
-          Serial.print (CorePartition_GetPartitionUsedMemorySize ());
+          Serial.print (CorePartition_GetUsedMemorySize ());
           Serial.print (" from ");
-          Serial.print (CorePartition_GetPartitionAllocatedMemorySize ());
+          Serial.print (CorePartition_GetAllocatedMemorySize ());
           Serial.println ("]\n");
       
           fMin = 1000, fMax = 0; 
@@ -403,7 +403,7 @@ void Thread3 ()
         Serial.print (", Sleep Time: ");
         Serial.print (millis() - start);  //start = millis();
         Serial.print (", Nice: ");
-        Serial.print (CorePartition_GetCoreNice());
+        Serial.print (CorePartition_GetNice());
         Serial.println ("\n");
 
         Serial.flush ();
diff --git a/CorePartition/main.cpp b/CorePartition/main.cpp
index 4840d54..736589d 100644
--- a/CorePartition/main.cpp
+++ b/CorePartition/main.cpp
@@ -70,7 +70,7 @@ void Thread1 ()
     
     while (1)
     {
-        printf (">> %lu:  Value: [%u] - ScructSize: [%zu] - Memory: [%zu]\n", CorePartition_GetPartitionID(), nValue++, CorePartition_GetThreadStructSize(), CorePartition_GetPartitionAllocatedMemorySize());
+        printf (">> %lu:  Value: [%u] - ScructSize: [%zu] - Memory: [%zu]\n", CorePartition_GetID(), nValue++, CorePartition_GetThreadStructSize(), CorePartition_GetAllocatedMemorySize());
         CorePartition_Yield (); //Sleep (10);
     }
 }
@@ -84,7 +84,7 @@ void Thread2 ()
     
     while (1)
     {
-        printf ("** %lu:  Value: [%u]\n", CorePartition_GetPartitionID(), nValue++);
+        printf ("** %lu:  Value: [%u]\n", CorePartition_GetID(), nValue++);
         
         CorePartition_Yield(); //Sleep (10);
     }
@@ -100,7 +100,7 @@ void Thread3 ()
     
     while (1)
     {
-        printf ("## %lu:  Value: [%u]\n", CorePartition_GetPartitionID(), nValue++);
+        printf ("## %lu:  Value: [%u]\n", CorePartition_GetID(), nValue++);
         
         CorePartition_Yield(); //Sleep (10);
         
diff --git a/README.md b/README.md
index 1e7f90e..ed74720 100644
--- a/README.md
+++ b/README.md
@@ -4,7 +4,7 @@ Version 2.2
 
 ![License information](https://raw.githubusercontent.com/solariun/CorePartition/master/License.png)
 
-Partitioning a CORE into several Threads with a fast schedule that can be specialised using Tick and ticksleep interface, this way you can use nanoseconds, milliseconds or even real ticks to predict time, turning it into a powerful real time processor.  This lib was designed to work, virtually, with any modern micro controller or Microchip as long as it uses reverse bottom - up stack addressing, but was aiming single core processors and user space like MSDOS, linux applications, windows applications and Mac to replace pthread for a more controled execution envirionment. 
+Partitioning a CORE into several Threads with a fast scheduler capable to be specialised through Tick and ticksleep interface, this way you can use nanoseconds, milliseconds or even real ticks to predict time, turning it into a powerful real time processor.  This lib was designed to work, virtually, with any modern micro controller or Microchip as long as it uses reverse bottom - up stack addressing, but was aiming single core processors and user space like MSDOS, linux applications, windows applications and Mac to replace pthread for a more controled execution envirionment. 
 
 HIGHLY suitable for Arduino (All official models included) as well, a .ino project is also provided with an example.