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Innovative software system for efficiently harvesting memory-bound CPU stall cycles, offering configurable latency and high concurrency to improve datacenter workload performance.
Efficient LLM inference scheduler Sarathi-Serve improves throughput and latency in serving large language models, achieving significant performance gains across various models and hardware configurations.
Innovative embedded OS for battery-less devices, enabling efficient multi-threaded computing with crash consistency and simplified programming through novel replay-and-bypass approach.
Innovative framework for verifying liveness in cluster management controllers, ensuring continuous reconciliation to desired states despite failures and asynchrony in cloud environments.
Innovative Byzantine Atomic Broadcast system achieving high throughput and low latency through novel batching technique. Demonstrates superior performance in geo-distributed deployments for various applications.
Innovative system for compressing and searching semi-structured log data, offering superior compression ratios and faster search speeds compared to existing solutions for managing large-scale log datasets.
SquirrelFS: A novel approach to building crash-safe file systems using Rust's typestate pattern for compile-time enforcement, offering performance comparable to state-of-the-art alternatives.
Explore Meta's ServiceLab platform for detecting minute performance regressions in large-scale systems, addressing challenges in noisy cloud environments through statistical analysis and machine factor studies.
Innovative framework for efficient deep learning training parallelization, using primitives and constraints to generate optimized execution plans, outperforming existing solutions for popular DNN models.
Innovative technique for validating eBPF verifier correctness using state embedding, uncovering critical Linux kernel security bugs and improving overall system reliability.
Automatic customization of neural networks for ML applications, reducing incorrect decisions by 43% compared to commercial APIs without changing application code.
Innovative approach to optimize large language model serving by separating prefill and decoding phases, improving performance and meeting latency requirements for various applications.
Technique for automatic analysis of CPU cache usage in systems code. Enables developers to identify performance issues and security vulnerabilities without extensive benchmarking.
Practical online learning system for in-network ML models, addressing automatic labeling and efficient performance monitoring. Improves model adaptability to dynamic network environments.
Optimizes ML inference systems by maximizing GPU resource utilization and minimizing interference, resulting in higher goodput and cost-efficiency for deep learning model deployment.
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