Performance Evaluation

Papers
(The TQCC of Performance Evaluation is 3. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-06-01 to 2026-06-01.)
ArticleCitations
Lure: A simulator for networks of batteryless intermittent nodes21
A hardware-independent time estimation method for inference process of convolutional layers on GPU18
Optimal strategy against straightforward bidding in clock auctions16
Lilou: Resource-aware model-driven latency prediction for GPU-accelerated model serving13
Federated Learning for Collaborative Inference Systems: The case of early exit networks11
Probabilistic indoor tracking of Bluetooth Low-Energy beacons9
User equilibria in heterogeneous discriminatory processor sharing queues8
Preface: Special issue on ACM/SPEC ICPE 20238
Computational algorithms and arrival theorem for non-conventional product-form solutions7
Editorial Board7
Robust fake-post detection against real-coloring adversaries7
Meaningful busy period lengths in response time analysis for G-EDF scheduling7
Dispatching policies in data center clusters: Insights from Google and Alibaba workloads7
swPredictor: A data-driven performance model for distributed data parallelism training on large-scale HPC clusters6
A generalized result for the discrete-time two-queue randomly alternating service system6
Optimal resource management for multi-access edge computing without using cross-layer communication6
Efficient and accurate Lyapunov function-based truncation technique for multi-dimensional Markov chains with applications to discriminatory processor sharing and priority queues6
Energy-performance tradeoffs in server farms with batch services and setup times5
Performance evaluation of complex multi-thread applications through execution path analysis5
Preface: Special issue on ITC 20235
Dynamic load balancing in energy packet networks5
An experimental study on beamforming architecture and full-duplex wireless across two operational outdoor massive MIMO networks5
Age of information minimization in hybrid cognitive radio networks under a timely throughput constraint4
Polling system with multiple queues and state-dependent arrivals for packet-level modeling of 5G NR IAB systems4
FedCust: Offloading hyperparameter customization for federated learning4
γ 4
Controller synthesis in timed Büchi automata: Robustness and punctual guards4
Network-calculus service curves of the interleaved regulator4
Modeling and performance analysis of hybrid systems by queues with setup time4
I/O performance analysis of machine learning workloads on leadership scale supercomputer4
Editorial Board4
Performance evaluation of tape library systems4
Age- and deviation-of-information of hybrid time- and event-triggered systems: What matters more, determinism or resource conservation?4
Editorial message for the special issue on IFIP performance 20253
Decentralized fault tolerant source localization without sensor parameters in wireless sensor networks3
On the regret of online edge service hosting3
Editorial Board3
TiFSN: A wavelet-EC-TCN model for quadrotor UAV trajectory prediction based on time–frequency–spatial feature fusion3
Trust your local scaler: A continuous, decentralized approach to autoscaling3
Editorial: Network games, control and optimization. Selected papers following Netgcoop 20243
Editorial Board3
Minimizing age of information under arbitrary arrival model with arbitrary packet size3
Reliability evaluation of tape library systems3
WattScope: Non-intrusive application-level power disaggregation in datacenters3
Editorial Board3
Classification of discrete-time systems with scheduling rules and observation epochs3
Moment properties for certain classes of structured Markovian arrival processes3
The Multiserver Job Queuing Model with two job classes and Cox-2 service times3
Editorial Message from the New Editor-in-Chief3
Solving queueing systems with impatient customers and stochastic agent unavailability using matrix-analytic methods3
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