International Journal on Science and Technology

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Real-time Load Balancing Strategies for High-Throughput AI Systems

Author(s) Gaurav Bansal
Country United States
Abstract The exponential growth of AI applications has created significant challenges for infrastructure management, particularly in maintaining consistent performance under variable load conditions. This article examines advanced load balancing strategies specifically designed for high-throughput AI systems. Traditional approaches prove inadequate for AI workloads due to their heterogeneous resource requirements, variable processing complexity, unpredictable traffic patterns, and strict latency constraints. It explores sophisticated techniques including metric-driven routing algorithms that leverage multi-dimensional monitoring, predictive scaling mechanisms that anticipate demand surges, and intelligent request routing that optimizes resource allocation based on workload characteristics. Additionally, the article investigates specialized cache optimization strategies such as distributed cache coherency protocols, intelligent cache warming, and advanced eviction policies tailored to AI workloads. These strategies are demonstrated through real-world applications in customer service platforms, real-time analytics systems, and e-commerce recommendation engines. By implementing these advanced load balancing and caching methodologies, organizations can achieve dramatic improvements in system reliability, responsiveness, and resource efficiency, ultimately enabling more sustainable scaling of AI infrastructure across diverse deployment scenarios.
Keywords Keywords: Load balancing, artificial intelligence, cache optimization, distributed systems, resource allocation
Field Computer
Published In Volume 16, Issue 1, January-March 2025
Published On 2025-03-22
Cite This Real-time Load Balancing Strategies for High-Throughput AI Systems - Gaurav Bansal - IJSAT Volume 16, Issue 1, January-March 2025. DOI 10.71097/IJSAT.v16.i1.2710
DOI https://doi.org/10.71097/IJSAT.v16.i1.2710
Short DOI https://doi.org/g892d5
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