What is load balancing in SDN?
In simple words, Software Defined Networking (SDN) is defined as the software-based network control architecture. Here, it uses an external controller to isolate the data plane from the control plane. Like classic networks, the SDN performance and availability are greatly impacted by the load balancing. So, the SDN load balancing solutions are influenced by Controller Placement Problem (CPP).
This page is prepared to exhibit the importance and simulation of load balancing techniques in SDN architecture!!!
Load balancing for data center networks (DCN) – SDN
In recent days, everything is accessed through web-based applications. So, the online cloud users’ percentage also gradually increasing in real-world environs. To manage and compute all cloud-related applications, Data Center Networking (DCN) acts as a backbone.
Our developers are very proficient in the area of load balancing in an SDN environment. Since we have designed and developed countless projects in different dimensions. Our ultimate goal is to meet our handhold scholar’s research expectation through appropriate research ideas and solutions. So, this makes the scholars choose us every time without any choices. If you are interested to know intelligent techniques to solve the standard load balancing issue in the large-scale network then approach us. We will surely guide you in a modern way by using advancing technologies. We hope that you are clear with developing load balancing in SDN. For your information, here we have given you two primary methods involved in load balancing.
Interval mode method
Once the data are collected from the above steps, pass the output of K Path algorithm as input to Algorithm 2. Then, take other new K-paths every 5 minutes.
Overall, the interval mode method represents the evaluation of top-k paths using the evaluator algorithm.
Data collector method
Then, the collected data packets are transmitted between source and destination using packet count forwarding rate, transmit time between source and destination, and byte count. And, the following methods are used to select the optimal path for packet transmission.
Overall, the data collector method is executed through start and interval variants. On the one hand, the start variant identifies the top-k paths using Floyd’s algorithm. On the other hand, the interval variant identifies the optimal path using the result of the traffic data collector for data transmission.
Next, we can see the significant term which popularly used in the field of SDN-based load balancing. These terms provide you the overall picture of the SDN architecture and load balancing along with their support network entities and simulator. All these are basic requirements for developing the project of load balancing in SDN. We assure you that we provide complete assistance in selecting advanced load balancing techniques along with implementation support. In specific, we are smart to improve the performance of the algorithm by selecting suitable parameters.
Terminologies Load Balancing in SDN
For illustration purposes, here we have given the sample implementation demonstration on SDN-assisted load balancing. This provides you with end-to-end information on how the load balancing algorithm helps you to improve the network performance with the help of an SDN controller. For that, here we have included the essential software requirements for implementing an SDN-assisted load balancing project.
Here, we have given the steps for developing an SDN-assisted load balancing project.
As mentioned earlier, we have implemented the above simulation of load balancing in SDN using Mininet along with ONOS controller. These two provide a sophisticated environment for designing and simulating network topology with planned load balancing strategies.
On the whole, we tried to prove the network efficiency by testing the load balancing strategies which is applied between two hosts.
SDN Simulation Parameters
Further, if you have queries related to advancement and research topics then approach us. We provide you with comprehensive information on your required phase with practical support using Omnet++ simulator. We assure you that our results are accurate and high-quality. So, make use of this chance to avail the best project of load balancing in SDN.