Smart Design for Resources Allocation in IoT Application Service based on multi-agent system and CSP

In the present paper, we aim at solving two problems; the first problem occurring in the transformation of the IoT devices (sensors, actuators, …) to cloud service. Therefore, we work on maintaining a smooth and efficient data transmission for the cloud and support customer applications like: data sharing, storage and processing. The second problem has two dimensions. In the first dimension, the problem is arisen in the submission of cloudlets (customer requested jobs) to Virtual Machines (VMs) in the hosts. To solve this problem, we propose scheduling algorithm for resource allocation according to the lowest cost and load. In the second dimension, the problem lies in the hosting of new VMs in the hosts. To overcome this problem, we need take into account the loads when housing new VMs in different datacenters. In this work, we suggest a resource allocation approach for services oriented IoT applications. The architecture of this approach is based on two technics: Multi Agent System (MAS) and Distributed Constraint Satisfaction Problems (DCSP). The MAS manages the physical resources, making decision and the communication between datacenters, while DCSP used to simplify the policy of the resources provisioning in Datacenters. Variables and constraints are distributed among multiple agents in different layers. The experimental results show that the efficiency of our approach is manifested in: Average System Load, Cost augmentation Rate and Available Mips.

• Internet of Things
• resource allocation
• multi-agent systems
• distributed constraint satisfaction
• cloudlet placement
• virtual machine placement
• load balancing
• scheduling algorithms
• cloud services

• 9 — Industry, innovation and infrastructure

• Cloud Computing and Resource Management
• IoT and Edge/Fog Computing
• Distributed and Parallel Computing Systems
• Internet of Things
• resource allocation
• multi-agent systems
• distributed constraint satisfaction
• cloudlet placement
• virtual machine placement
• load balancing
• scheduling algorithms
• Information Systems
• Computer Networks and Communications
• Computer Science