# HOME Edge Orchestration
## 1. Background
-* In home appliances (TV, Refrigerator, robot cleaner, ...), the available H/W resources (CPU, Memory, Storage, etc.) are limited, but the user services require more and more resources.
-* Single device is difficult to provide high-quality services due to computing resource constraints.
+* In home appliances (TV, Refrigerator, robot cleaner, ...), the available H/W resources (CPU, Memory, Storage, etc.) are limited, but the user services require more and more resources.
+* Single device is difficult to provide high-quality services due to computing resource constraints.
* To utilize the extra resources of other home appliances, it is needed to deliver distributed service process environment.
## 2. Expected result / Target profile
1. Expected result
-* By overcoming resource constraints in low-end home appliance, it can support high quality service
-* Reduce time to develop distributed service and enhance service operation stability
+* By overcoming resource constraints in low-end home appliance, it can support high quality service
+* Reduce time to develop distributed app and enhance app operation stability
2. Target profile
* common
## 3. Requirements
1. Functional requirement
-* Remote edge device/service discovery
-* Remote edge device/service resource monitoring (CPU, RAM, NW Throughput, NW Bandwidth, ...)
-* Remote edge device/service status check
-* Service life-cycle management
-* Master device negotiation
-Master device : Representative device in the edge network
-Negotiation : Election the master device when new edge device joining or the master device leaved in the edge network
+* Remote edge device/app discovery
+* Remote edge device/app resource monitoring (CPU, RAM, NW Throughput, NW Bandwidth, ...)
+* Edge device/app status check
+* Edge app execution
+* Edge app life-cycle management
## 4. Design
projects / platform / core / system / edge-orchestration.git / commitdiff