Multinational Research Society Publisher

Nebula Core: A Scalable Multimodal Framework for Distributed Intelligence in Edge-Cloud Systems


Sr No:
Page No: 1-4
Language: English
Authors: Sayma Nasrin*
Received: 2024-12-19
Accepted: 2025-01-05
Published Date: 2025-01-08
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Abstract:
The proliferation of intelligent applications across diverse domains—ranging from smart cities to autonomous vehicles—has accelerated the demand for scalable, low latency, and energy-efficient computing frameworks. Nebula Core presents a novel, scalable multimodal framework designed to seamlessly integrate distributed intelligence across edge and cloud environments. Leveraging adaptive resource orchestration, real-time data fusion, and intelligent workload partitioning, Nebula Core enables efficient handling of heterogeneous data streams including vision, audio, and sensor inputs. The architecture employs a hybrid AI model deployment strategy, balancing edge responsiveness with cloud computational depth to optimize performance, privacy, and scalability. Extensive simulations and real-world deployments demonstrate Nebula Core’s capabilities in reducing inference latency, improving fault tolerance, and scaling across thousands of distributed nodes. This framework sets a new benchmark for future-ready, multimodal edge-cloud systems, fostering advancements in collaborative intelligence and context-aware computing.
Keywords: Nebula Core, Edge-Cloud Computing, Distributed Intelligence, Multimodal Framework, Scalable Architecture, Edge AI, Cloud Integration, Federated Learning, Data Fusion, Real-time Analytics, IoT Systems, Intelligent Edge, Resource Optimization, Machine Learning at the Edge, Decentralized Computing, Adaptive Systems, Low-Latency Inference, Heterogeneous Networks, Smart Infrastructure, Edge-Oriented Framework.

Journal: MRS Journal of Multidisciplinary Research and Studies
ISSN(Online): 3049-1398
Publisher: MRS Publisher
Frequency: Monthly
Language: English

Nebula Core: A Scalable Multimodal Framework for Distributed Intelligence in Edge-Cloud Systems