Statistical Theory and Related Fields
2017 - 2026
Current editor(s): Zhao Wei From Taylor & Francis Journals Bibliographic data for series maintained by Chris Longhurst (). Access Statistics for this journal.
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Volume 5, issue 4, 2021
- Intrinsic Bayesian estimation of linear time series models pp. 275-287

- Shawn Ni and Dongchu Sun
- A system for determining maximum tolerated dose in clinical trial pp. 288-302

- Keying Ye, Xiaobin Yang, Ying Ji and Min Wang
- Bayesian quantile semiparametric mixed-effects double regression models pp. 303-315

- Duo Zhang, Liucang Wu, Keying Ye and Min Wang
- Covariance estimation via fiducial inference pp. 316-331

- W. Jenny Shi, Jan Hannig, Randy C. S. Lai and Thomas C. M. Lee
- On the non-local priors for sparsity selection in high-dimensional Gaussian DAG models pp. 332-345

- Xuan Cao and Fang Yang
- Bayesian analysis for quantile smoothing spline pp. 346-364

- Zhongheng Cai and Dongchu Sun
Volume 5, issue 3, 2021
- Editorial Foreword pp. 171-171

- Jun Shao and Yincai Tang
- Inference after covariate-adaptive randomisation: aspects of methodology and theory pp. 172-186

- Jun Shao
- Comment on ‘Inference after covariate-adaptive randomisation: aspects of methodology and theory’ pp. 187-189

- Wei Ma, Li-Xin Zhang and Feifang Hu
- Comment: Inference after covariate-adaptive randomisation: aspects of methodology and theory pp. 190-191

- Bingkai Wang, Ryoko Susukida, Ramin Mojtabai, Masoumeh Amin-Esmaeili and Michael Rosenblum
- Comment on ‘Inference after covariate-adaptive randomisation: aspects of methodology and theory’ pp. 192-193

- Hanzhong Liu
- Comment: inference after covariate-adaptive randomisation: aspects of methodology and theory pp. 194-195

- Ting Ye and Yanyao Yi
- Rejoinder on ‘Inference after covariate-adaptive randomization: aspects of methodology and theory’ pp. 196-199

- Jun Shao
- An integrated epidemic modelling framework for the real-time forecast of COVID-19 outbreaks in current epicentres pp. 200-220

- Jiawei Xu and Yincai Tang
- β-divergence loss for the kernel density estimation with bias reduced pp. 221-231

- Hamza Dhaker, El Hadji Deme and Youssou Ciss
- New extreme value theory for maxima of maxima pp. 232-252

- Wenzhi Cao and Zhengjun Zhang
- Personalized treatment selection via the covariate-specific treatment effect curve for longitudinal data pp. 253-264

- Yanghui Liu, Riquan Zhang, Shujie Ma and Xiuzhen Zhang
- A three-parameter logistic regression model pp. 265-274

- Xiaoli Yu, Shaoting Li and Jiahua Chen
Volume 5, issue 2, 2021
- Modified non-sequential third order rotatable designs constructed using Pairwise Balanced Design pp. 83-87

- Haron Mutai Ng’eno
- D-optimal population designs in linear mixed effects models for multiple longitudinal data pp. 88-94

- Hongyan Jiang and Rongxian Yue
- Selecting baseline designs using a minimum aberration criterion when some two-factor interactions are important pp. 95-101

- Anqi Chen, Cheng-Yu Sun and Boxin Tang
- Covariate balancing based on kernel density estimates for controlled experiments pp. 102-113

- Yiou Li, Lulu Kang and Xiao Huang
- Combinatorial testing: using blocking to assign test cases for validating complex software systems pp. 114-121

- Ryan Lekivetz and Joseph Morgan
- Robust sequential design for piecewise-stationary multi-armed bandit problem in the presence of outliers pp. 122-133

- Yaping Wang, Zhicheng Peng, Riquan Zhang and Qian Xiao
- A prediction-oriented optimal design for visualisation recommender systems pp. 134-148

- Yingyan Zeng, Xinwei Deng, Xiaoyu Chen and Ran Jin
- Target toxicity design for phase I dose-finding pp. 149-161

- Wenchuan Guo and Bob Zhong
- Sample size and power analysis for stepped wedge cluster randomised trials with binary outcomes pp. 162-169

- Jijia Wang, Jing Cao, Song Zhang and Chul Ahn
Volume 5, issue 1, 2021
- On studying extreme values and systematic risks with nonlinear time series models and tail dependence measures pp. 1-25

- Zhengjun Zhang
- Discussion on “on studying extreme values and systematic risks with nonlinear time series models and tail dependence measures” pp. 26-30

- Wen Xu and Huixia Judy Wang
- Application of autoregressive tail-index model to China's stock market pp. 31-34

- Jingyu Ji and Deyuan Li
- Discussion of ‘On studying extreme values and systematic risks with nonlinear time series models and tail dependence measures’ pp. 35-36

- Ting Zhang
- Discussion on paper ‘On studying extreme values and systematic risks with nonlinear time series models and tail dependence measures’ by Zhengjun Zhang pp. 37-37

- Yongcheng Qi
- Discussion of ‘On studying extreme values and systematic risks with nonlinear time series models and tail dependence measures’ pp. 38-40

- Tiandong Wang and Jun Yan
- Multivariate extremes and max-stable processes: discussion of the paper by Zhengjun Zhang pp. 41-44

- R. L. Smith
- Rejoinder of “On studying extreme values and systematic risks with nonlinear time series models and tail dependence measures” pp. 45-48

- Zhengjun Zhang
- Nonlinear prediction via Hermite transformation pp. 49-54

- Tucker McElroy and Srinjoy Das
- Efficient estimation of smoothing spline with exact shape constraints pp. 55-69

- Vincent Chan, Kam-Wah Tsui, Yanran Wei, Zhiyang Zhang and Xinwei Deng
- Bayesian variable selection via a benchmark in normal linear models pp. 70-81

- Jun Shao, Kam-Wah Tsui and Sheng Zhang
Volume 4, issue 2, 2020
- A selective overview of sparse sufficient dimension reduction pp. 121-133

- Lu Li, Xuerong Meggie Wen and Zhou Yu
- Review of sparse sufficient dimension reduction: comment pp. 134-134

- Liping Zhu
- Interval estimation for minimal clinically important difference and its classification error via a bootstrap scheme pp. 135-145

- Zehua Zhou, Jiwei Zhao and Melissa Kluczynski
- Discussion on ‘Review of sparse sufficient dimension reduction’ pp. 146-148

- Xin Zhang
- Comment on ‘Review of sparse sufficient dimension reduction’ pp. 149-150

- Michael Declan Power and Yuexiao Dong
- Rejoinder on ‘A selective overview of sparse sufficient dimension reduction’ pp. 151-151

- Lu Li, Xuewong Meggie Wen and Zhou Yu
- Empirical likelihood estimation in multivariate mixture models with repeated measurements pp. 152-160

- Yuejiao Fu, Yukun Liu, Hsiao-Hsuan Wang and Xiaogang Wang
- Discussion on ‘Review of sparse sufficient dimension reduction’ pp. 161-161

- Xin Chen
- Power-expected-posterior prior Bayes factor consistency for nested linear models with increasing dimensions pp. 162-171

- D. Fouskakis, J. K. Innocent and L. Pericchi
- Efficient GMM estimation with singular system of moment conditions pp. 172-178

- Zhiguo Xiao
- Forecasting semi-stationary processes and statistical arbitrage pp. 179-189

- Si Bao, Shi Chen, Wei An Zheng and Yu Zhou
- A class of admissible estimators of multiple regression coefficient with an unknown variance pp. 190-201

- Chengyuan Song and Dongchu Sun
- Quantile treatment effect estimation with dimension reduction pp. 202-213

- Ying Zhang, Lei Wang, Menggang Yu and Jun Shao
- Optimal mean-variance reinsurance and investment strategy with constraints in a non-Markovian regime-switching model pp. 214-227

- Liming Zhang, Rongming Wang and Jiaqin Wei
- The abstract of doctoral dissertation ‘Some research on hypothesis testing and nonparametric variable screening problems for high dimensional data’ pp. 228-229

- Yongshuai Chen and Hengjian Cui
Volume 4, issue 1, 2020
- Optimal reinsurance designs based on risk measures: a review pp. 1-13

- Jun Cai and Yichun Chi
- A discussion of ‘optimal reinsurance designs based on risk measures: a review’ pp. 14-15

- Tim J. Boonen
- Discussion on the paper ‘Optimal reinsurance design based on risk measures: a review’ by Yichun Chi and Jun Cai pp. 16-19

- Chengguo Weng
- A hybrid model of optimal reinsurance: a discussion of ‘Optimal reinsurance designs based on risk measures: a review’ by Jun Cai and Yichun Chi pp. 20-22

- Sheng Chao Zhuang
- Discussion of “optimal reinsurance designs based on risk measures: a review” by Jun Cai and Yichun Chi pp. 23-25

- Ambrose Lo
- Responses to discussions on ‘Optimal reinsurance designs based on risk measures: a review’ pp. 26-27

- Jun Cai and Yichun Chi
- Model-based small area estimation with no samples within the areas, by benchmarking to marginal cross-sectional and time-series estimates pp. 28-42

- Danny Pfeffermann, Michael Sverchkov, Richard Tiller and Lizhi Liu
- Group screening for ultra-high-dimensional feature under linear model pp. 43-54

- Yong Niu, Riquan Zhang, Jicai Liu and Huapeng Li
- Convergence rate of principal component analysis with local-linear smoother for functional data under a unified weighing scheme pp. 55-65

- Xingyu Yan, Xiaolong Pu, Yingchun Zhou and Xiaolei Xun
- Topic model for graph mining based on hierarchical Dirichlet process pp. 66-77

- Haibin Zhang, Shang Huating and Xianyi Wu
- Power analysis, sample size calculation for testing the largest binomial probability pp. 78-83

- Thuan Nguyen and Jiming Jiang
- Statistical arbitrage under the efficient market hypothesis pp. 84-96

- Si Bao, Shi Chen, Xi Wang, Wei An Zheng and Yu Zhou
- Semiparametric estimation for accelerated failure time mixture cure model allowing non-curable competing risk pp. 97-108

- Yijun Wang, Jiajia Zhang and Yincai Tang
- Meta-analysis of independent datasets using constrained generalised method of moments pp. 109-116

- Menghao Xu and Jun Shao
- The abstract of doctoral dissertation ‘nonlinear wavelet density estimation and hazard rate estimation with data missing at random’ pp. 117-119

- Yuye Zou, Guoliang Fan and Riquan Zhang
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