Ying Cao

Tangshan College

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Albert E. Ruehli

Missouri University of Science and Technology

Paul Leroux

KU Leuven

Michiel Steyaert

KU Leuven

Jun Fan

Missouri University of Science and Technology

James L. Drewniak

Missouri University of Science and Technology

Li Jun Jiang

Missouri University of Science and Technology

Wouter De Cock

Belgian Nuclear Research Centre

Yansheng Wang

Shanghai Huali Microelectronics (China)

Marco Van Uffelen

Institut National de Physique Nucléaire et de Physique des Particules

Jens Verbeeck

KU Leuven

Cooperative Institutions

National Oceanic and Atmospheric Administration

Xilinx (United States)

Missouri University of Science and Technology

Chinese Academy of Sciences

KU Leuven

Goddard Space Flight Center

Shanghai Jiao Tong University

University of Colorado Boulder

Centre National de la Recherche Scientifique

NOAA National Environmental Satellite Data and Information Service

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Current probe method applied in conductive electromagnetic compatibility (EMC)

International Conference on Microwave and Millimeter Wave Technology (2008)

Yang Zhao Kye Yak See S.J. Li Ningqiu Jiang Q. Wang

In this paper, the current probe measurement method applied in conductive EMC for determination of power-line EMI source impedance is presented. The theoretical analysis and experimental example are described in detail. Additionally, processing on how to measure the conductive EMI noise , i.e. common mode (CM) and differential mode (DM) noise is also introduced based on noise discrimination network. Results show that the current probe measurement method in paper is an effective tool for noise source analysis and noise suppression in conductive EMC engineering.

Electromagnetic Compatibility

Common-mode signal

Conducted electromagnetic interference

10.1109/icmmt.2008.4540716

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Citations (3)

Optimal Online Algorithms for One-Way Trading and Online Knapsack Problems: A Unified Competitive Analysis

2021 60th IEEE Conference on Decision and Control (CDC) (2020)

Ying Cao Bo Sun Danny H. K. Tsang

We study two canonical online optimization problems under capacity/budget constraints: the fractional one-way trading problem (OTP) and the integral online knapsack problem (OKP) under an infinitesimal assumption. Under the competitive analysis framework, it is well-known that both problems have the same optimal competitive ratio. However, these two problems are investigated by distinct approaches under separate contexts in the literature. There is a gap in understanding the connection between these two problems and the nature of their online algorithm design. This paper provides a unified framework for the online algorithm design, analysis and optimality proof for both problems. We find that the infinitesimal assumption of the OKP is the key that connects the OTP in the analysis of online algorithms and the construction of worst-case instances. With this unified understanding, our framework shows its potential for analyzing other extensions of OKP and OTP in a more systematic manner.

Competitive Analysis

Online algorithm

Algorithm design

10.1109/cdc42340.2020.9303856

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Citations (3)

Distributive Radiation and Transfer Characterization Based on the PEEC Method

IEEE Transactions on Electromagnetic Compatibility (2015)

Ying Cao Li Jun Jiang Albert E. Ruehli

Power radiation and radiated coupling among different structures represent an important area for research study. The partial element equivalent circuit method (PEEC) is a powerful technique which bridges the gap between the electromagnetic and circuit theories. In this paper, we develop a new approach for PEEC to calculate the distributive power radiation and couplings. With this approach, formulations for both the radiated power and the transferred power can be evaluated. Further, the physical meanings of the power results are interpreted according to the conservation of energy law. We use electric dipoles, magnetic dipoles and patch antennas as well as coupled microstrip lines to benchmark the method. The approach can also be applied to EMC/EMI and other power dissipation computations.

Effective radiated power

Benchmark (surveying)

10.1109/temc.2014.2382176

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Citations (52)

A tribo-piezoelectric coupled sensor for force and slip detection in soft grippers

Nano Energy (2025)

Wensong Diao Xiaoli Wang Wei Shi Ying Cao Genshuo Liu

Grippers

10.1016/j.nanoen.2025.110697

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A novel z-directed embedded component for the reduction of voltage ripple on the power distribution network for PCBs

2022 IEEE International Symposium on Electromagnetic Compatibility & Signal/Power Integrity (EMCSI) (2017)

Biyao Zhao K.B. Hardin Ahmad Hosseinbeig Ying Cao Nana Dikhaminjia

A new capacitor package and PCB embedding technique is introduced to significantly reduce the system power distribution network impedance at the pads of surface mounted integrated circuits. The capacitor is multi-layer ceramic capacitor (MLCC) that is a right cylindrical shape with via channels in the outer wall along the axis of the part. The capacitor called a Z-Directed component (ZDC) is then pressed into a hole in the PCB. The connections to the component are then made by the copper plating process similar to via hole construction. This new configuration dramatically improves the PDN performance of PCBs with fewer components than the conventional solution with SMD decoupling capacitors.

Decoupling (probability)

Ceramic capacitor

10.1109/isemc.2017.8077871

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Citations (1)

A Tribo-Piezoelectric Coupled Sensor for Force and Slip Detection in Soft Grippers

Wensong Diao Xiaoli Wang Wei Shi Ying Cao Genshuo Liu

Grippers

10.2139/ssrn.5055487

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Citations (0)

Characteristic analysis for optical antennas: A generalized equivalent circuit model for nanoparticles

Ying Cao Li Jun Jiang

Optical antennas, which are considered for many potential applications, are antennas which work at optical frequencies. At this frequency range, the materials, such as Al, Ag, Au and so on, formerly treated as perfect electric conductor (PEC), now have dispersive and complex permittivity, which complicates most of the methodologies. In this paper, a generalized equivalent circuit model is developed for nanoantennas not only to deal with the dispersivity of permittivity, but also to provide more physical insight. Several examples are used to benchmark the method.

Benchmark (surveying)

Perfect conductor

10.1109/aps.2016.7695989

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Design strategy to improve the transmission efficiency in visible spectrum

Huiyu Li Lin Zhao Sheng Liu Ying Cao Guoqing Hu

Metasurfaces are opening up promising flexibilities to reshape the wavefront of electromagnetic waves, and a notable optical phenomenon is observed with the tailored surface plasmon. However, meta-devices with metallic material face challenges of low transmission efficiency, especially in the visible spectrum. In this work, a multilayer metamaterial strategy is proposed to improve the transmission. By adding dielectric material as space layer is inserted along the propagation direction, vertical cavities are formed to modulate the transmission and reflection. The multilayer structure is numerically studied to discuss the transmission efficiency. A maximum transmission efficiency of 90% is achieved by adding a spin on glass material to the silver layer at the visible spectrum. The transmission efficiency with and without space layer is discussed as a control. Significantly, the surface plasma and the phase could still be modulated by adjusting the geometrical parameters of the multilayer metamaterial for diversified functionalities.

Visible spectrum

10.1117/12.3035798

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Critical Line Identification of AC-DC Hybrid Grid Based on Data-Driven

Lecture notes in electrical engineering (2023)

Tie Chen Si‐Min He Dongge Cai Ying Cao

Cascading failure

10.1007/978-981-99-3404-1_28

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Competitive Online Path-Aware Path Selection

ACM SIGMETRICS Performance Evaluation Review (2024)

Ying Cao Siyuan Yu Xiaoqi Tan Danny H. K. Tsang

This paper studies an online path selection problem and proposes online mechanisms for a network operator to sequentially update link prices. The aim is to incentivize online-arriving agents to join the network and select paths in a manner that maximizes the social welfare, which comprises both system profit and the quality of service experienced by agents. Competitive analysis is adopted to analyze the performance of the proposed online mechanism, whose best achievable competitive ratio is 4. Sufficient and necessary conditions on a competitive mechanism are established. Moreover, the performance limit of the celebrated multiplethe- index pricing scheme is also analyzed.

Competitive Analysis

Operator (biology)

Online algorithm

10.1145/3649477.3649498

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