Performance Analysis¶

Profilers (sampling, instrumentation)¶

Detection¶

Bottleneck Analysis¶

Challenge: Bottleneck Analysis faces challenges of high system complexity, unexpected real-world factors and the resource constraints when detecting.

Year	Venue	Authors	Title	Tags
2018	PPoPP	THU	vSensor: Leveraging Fixed-Workload Snippets of Programs for Performance Variance Detection	fixed-workload snippets; dependency propagation algorithm; lightweight on-line analysis algorithm
2020	SC	THU	ScalAna: automating scaling loss detection with graph analysis	program structure graph; program performance graph; backtracking root cause detection algorithm
2022	PPoPP	THU	Vapro: Performance Variance Detection and Diagnosis for Production-Run Parallel Applications	state transition graph; fixed workload snippets identification clustering algorithm; variance breakdown model; time of factors quantification method
2024	arXiv	UGA	Performance Debugging through Microarchitectural Sensitivity and Causality Analysis	constraints propagation engine for causality analysis; differential analysis engine for sensitivity analysis
2024	SC	BUAA	GVARP: Detecting Performance Variance on Large-Scale Heterogeneous Systems	asynchronous state transition graph; parameter-based workload estimation method; asynchronous event tracing technology

Variance Attribution¶

Year	Venue	Authors	Title	Tags
2014	ISPASS	Intel	A Top-Down Method for Performance Analysis and Counters Architecture	top-down bottleneck analysis method; frontend bound; bad speculation; retiring; backend bound
2016	TPDS	ICT	Understanding Big Data Analytics Workloads on Modern Processors	top-down analysis for big data workload; pipeline-characteristics basd performance implication analysis; BigDataBench benchmark
2019	SC	NCSU	Pinpointing Performance Inefficiencies via Lightweight Variance Profiling	function-level variance detection; stack based deep call chains maintain; on-the-fly binary analysis technique for calling context

Root Cause Analysis¶

Challenge: difficulties in dependency graph modeling, scalability of detection algorithm for large-scale applications.

Year	Venue	Authors	Title	Tags	P	E	N
2003	TISSEC	IBM	Clustering Intrusion Detection Alarms to Support Root Cause Analysis	attribute-oriented induction based clustering algorithm; generalized alarm analysis	2	3	2
2017	Arxiv	Intel; CA technologies	Survey on Models and Techniques for Root-Cause Analysis	deterministic/probabilistic model; RCA learning algorithms; RCA inference algorithms	4	1	1
2021	ASE	eBay	Groot: An Event-graph-based Approach for Root Cause Analysis in Industrial Settings	event-graph based RCA; service dependency graph; event causality graph; pagerank based root cause ranking	4	5	2
2021	ASPLOS	Cornell	Sage: Practical & Scalable ML-Driven Performance Debugging in Microservices	RPC latency decomposition model; Markov based RPC latency propagation; causal bayesian network based dependency model	3	3	2
2023	ASPLOS	Alibaba	Sleuth: A Trace-Based Root Cause Analysis System for Large-Scale Microservices with Graph Neural Networks	HDBSCAN trace clustering algorithm; GNN based dependency modeling	3	3	2

Burst Detection¶

Challenge: maintaining accuracy at high speed data streams, tradeoff between memory usage and detection accuracy.

Heavy Hitter Burst¶

Year	Venue	Authors	Title	Tags	P	E	N
2019	CloudNet	PKU	Dynamic Sketch: Efficient and Adjustable Heavy Hitter Detection for Software Packet Processing	door keeper mechanism for high memory efficiency; bucket sampling for accuracy monitoring	3	3	1
2021	SIGMOD	PKU	BurstSketch: Finding Bursts in Data Streams	running track based burst item filtering; snapshotting based burst item detection	3	3	1
2023	SIGMOD	PKU	Double-Anonymous Sketch: Achieving Top-𝐾-fairness for Finding Global Top-𝐾 Frequent Items	double-anonymity technique; randomized admission policy for top-k stage; CMM sketch for count stage	3	4	2
2024	IFIP NPC	PKU	2FA Sketch: Two-Factor Armor Sketch for Accurate and Efficient Heavy Hitter Detection in Data Streams	improved arbitration strategy for in-bucket competition; cross-bucket conflict avoidance hashing scheme	2	3	1
2024	IEEE ICDE	PKU	Scalable Overspeed Item Detection in Streams	bucket sharing based basic speedsketch algorithm; global-clock for reducing timestamp overhead; counter-flip technique for compression	3	4	2

Straggler Analysis¶

Challenge: stragglers can arise from various complex factors, identifying their root causes and quantifying their impact on performance is difficult.

Year	Venue	Authors	Title	Tags	P	E	N
2019	TSC	BUAA	Straggler Root-Cause and Impact Analysis for Massive-scale Virtualized Cloud Datacenters	detailing straggler filtration based root cause analysis; DoS-indexf for straggler detection	3	3	1
2020	TJSC	QMUL&NUDT	Tails in the cloud: a survey and taxonomy of straggler management within large‑scale cloud data centres	taxonomy of straggler causes; straggler management technique	3	1	1
2024	Arxiv	HKUST&Alibaba	FALCON: Pinpointing and Mitigating Stragglers for Large-Scale Hybrid-Parallel Training	Bayesian online change-point detection algorithm; adaptive multi-level mitigation mechanism	4	4	2
2025	Arxiv	NYU&ByteDance	Understanding Stragglers in Large Model Training Using What-if Analysis	what-if analysis; dependency model based simulation; SMon monitoring system	3	4	2

Other Bursts¶

Year	Venue	Authors	Title	Tags	P	E	N
2023	CIKM	Edinburgh	Tight-Sketch: A High-Performance Sketch for Heavy Item-Oriented Data Stream Mining with Limited Memory Size	probabilistic decay strategy; differentiated eviction for cold and hot items	4	4	2
2024	INFOCOM	SCU	BurstDetector: Real-Time and Accurate Across-Period Burst Detection in High-Speed Networks	two-stage across-period burst detection; hierarchical cell for memory optimization	3	4	1

Network Tomography¶

Survey¶

Year	Venue	Authors	Title	Tags	P	E	N
2004	STAT SCI	Berkeley	Network Tomography: Recent Developments	tomography linear model; multicast delay distribution inference; origin–destination traffic matrix inference	3	1	1

Passive Inference¶

Year	Venue	Authors	Title	Tags	P	E	N
2003	IMC	AT&T Laboratories	Simple Network Performance Tomography	smallest consistent failure set algorithm; seperable performance; false positive/coverage probability estimation of bad links	3	3	3
2014	ICDCS	ZJU	Domo: Passive Per-Packet Delay Tomography in Wireless Ad-hoc Networks	FIFO/order/sum-of-delays constraints for delay reconstruction; semi-definite relaxation based optimization	4	3	2

Active Inference¶

Year	Venue	Authors	Title	Tags	P	E	N
2022	ICASSP	UMich	Unicast-based inference of network link delay distributions using mixed finite mixture models	dirac delta based mixed finite mixture model; EM algorithm for parameter evaluation	3	2	2
2003	IEEE TSP	Rice University	Network Delay Tomography	end-to-end packet pair link delay distribution estimation; FFT based expectation-maximization acceleration algorithm	3	3	2
2021	IEEE TNSM	QMUL	Optimal Estimation of Link Delays Based on End-to-End Active Measurements	active network monitoring framework; ILP/heuristic/meta-heuristic algorithm for monitoring flows selection	3	3	2

Profiling Techniques¶

Extended Berkeley Packet Filter¶

Solution: A technique used for dynamically programing the kernel for efficient networking, observability, tracing, and security.

eBPF Component Analysis¶

Year	Venue	Authors	Title	Tags	P	E	N
2024	eBPF	THU	Understanding Performance of eBPF Maps	eBPF map benchmark; impact of cache hotness on eBPF map; volume discount feature of eBPF program	4	4	2
2024	OSDI	ETH Zurich	Validating the eBPF Verifier via State Embedding	state embedding mechanism for eBPF verifier bug detection; SEV pratical realization	4	4	3
2025	EuroSys	UW–Madison	Revealing the Unstable Foundations of eBPF-Based Kernel Extensions	potential mismatches dataset; dependency surface/set analysis	4	4	2

eBPF Like Applications¶

Year	Venue	Authors	Title	Tags	P	E	N
2025	HCDS	UCSC	eGPU: Extending eBPF Programmability and Observability to GPUs	dynamic PTX injection; real-time synchronization to avoid race conditions	3	2	2

Simulators and emulators (for software/system analysis)¶

Challenge: how to balance the accuracy, time cost and complexity of a simulator.

General Performance Modeling¶

Focusing on the performance modeling for general systems. The LLM performance modeling is in the LLM Performance Modeling section.

Year	Venue	Authors	Title	Tags	P	E	N
2009	CACM	Berkeley	Roofline: An Insightful Visual Performance Model for Floating-Point Programs and Multicore Architectures	operational intensity; memory bound; compute bound
2014	IISWC	ETH Zurich	Extending the Roofline Model: Bottleneck Analysis with Microarchitectural Constraints	dag-based performance model; Tomasulo's greedy algorithm; scheduled dag based bottleneck modeling	3	4	3
2021	Intelligent Computing	Berkeley	Hierarchical Roofline Performance Analysis for Deep Learning Applications	Nsight Compute based hierarchical roofline model; FP16、FP32 extension for ERT
2025	arXiv	Google	Concorde: Fast and Accurate CPU Performance Modeling with Compositional Analytical-ML Fusion	per-resource throughput analysis; fine-grained performance attribution	3	2	2

LLM Performance Modeling ¶

Solution: LLM inference is expensive, performance modeling can help decide on the best configuration for the given system without actually running the LLM.

LLM Serving Performance Modeling¶

Year	Venue	Authors	Title	Tags	P	E	N
2024	arXiv	KAIST	LLMServingSim: A HW/SW Co-Simulation Infrastructure for LLM Inference Serving at Scale	iteration-level simulation; computation reuse optimization; heterogeneous accelerator mapping
2024	Mlsys	GIT	Vidur: A Large-Scale Simulation Framework For LLM Inference	Operation-level simulation; Using the simulator to search the best configuration for the given system	3	3	3

LLM Training Performance Modeling¶

Year	Venue	Authors	Title	Tags	P	E	N
2025	MLSys	Cornell	Lumos: Efficient Performance Modeling and Estimation for Large-scale LLM Training	trace-driven performance modeling and estimation toolkit; the first system to provide accurate performance models that effectively capture the execution behaviors of LLMs; modify and generate new execution graphs from existing traces	3	4	2

Benchmarking methodologies and suites¶

Benchmark¶

Solution: benchmark targeted at performance analysis and characterization.

Year	Venue	Authors	Title	Tags	P	E	N
2018	ICPP	WUSTL	Varbench: an Experimental Framework to Measure and Characterize Performance Variability	spatial/temperal variability; Resource Variability (RV) statistic
2021	IEEE Access	D-ITET	DAMOV: A New Methodology and Benchmark Suite for Evaluating Data Movement Bottlenecks	NDP focused workload characterization methodology; memory-bound function identification; locality-based clustering; memory bottlenecks classification

LLM Serving Benchmarks¶

Challenge: There is different optimize targets for different LLM serving systems. Develop a fair benchmark is crucial.

Year	Venue	Authors	Title	Tags	P	E	N
2025	arXiv	Intel	On Evaluating Performance of LLM Inference Serving Systems	introduces a practical checklist to avoid misleading benchmarks	3	3	2