Aloba: A mechanism of adaptive load balancing and failure recovery in distributed SDN controllers

9:32 09/10/2019

Emerging with unprecedented features of programmable network management at a centralized controller for network technology in recent years, Software-Defined Networking (SDN) has promptly received much attention from both industry and academic research. However, to provide security and scalability of network, a single centralized controller gives way to a distributed controllers architecture. Unfortunately, this architecture lacks an effective scheme to dispatch load among controllers. Thus, we present a mechanism of load balancing and failure recovery for SDN distributed controllers, named Aloba. It monitors the imbalance state of entire the network and resolves the failure of centralized making decision of current solutions. The mechanism also reduces the overhead of communication among controllers while choosing and migrating burden of network into suitable target by using both strategies of anti-load fluctuation and flexible data collection.

The emergence of Blockchain technology has inaugurated a transformative era by its multifaceted advantages and wide-ranging applications across diverse industries. Nevertheless, while holding great promise, Blockchain encounters a significant challenge in achieving interoperability within the complex landscape of multi-blockchain ecosystems. The imperative necessity for seamless data and digital asset exchange...
DoppelSearch: A Novel Approach to Content-Based Video Retrieval for AI Challenge HCMC 2023
BlazeSearch: A multimomal semantic search engine for retrieving in-video information for AI Challenge HCMC 2023