Packages for Network Analysis:
NET
- Description: Computationally efficient tests of network effects for weighted direct network with statistical guarantee
- Reference: W. Du, Y. Zhang, and W. Zhou (2024). Optimal Nonparametric Inference on Network Effects with Dependent Edges (ArXiv).
- Download link: Github (Maintainer : W. Du)
Packages for Genomics and Bioinformatics:
PARSE
- Description: Simultaneous clustering-DE analysis for scRNA-Seq to identify HVG without double dipping
- Reference: L. Zhang, X. Tang, W. Zhou, and L. Wang (2024). High-resolutional feature identification on data heterogeneity in high-dimensional clustering, preprint
- Download link: CRAN, Github (Maintainer : L. Zhang)
CESME
- Description: scRNA-Seq clustering that is robust against server data heavy tailedness and asymmetricity, normalization-free approach.
- Reference: L. Zhang, B. Wang, W. Zhou, L. Wang, and H. Zou (2024). High-dimensional latent semiparametric mixture model for clustering large non-Gaussian data, preprint
- Download link: CRAN (Maintainer : L. Zhang)
HDtest
- Reference:
- J. Chang, W. Zhou, L. Wang, and W.-X. Zhou (2017). Comparing large covariance matrices under weak conditions on the dependence structure and its application to gene clustering, Biometrics 2017, 73(1), 31-41. (website)
- J. Chang, C. Zheng, W.-X. Zhou, and W. Zhou (2017). Simulation-based hypothesis testing of high dimensional means under covariance heterogeneity, Biometrics 2017, 73(4), 1300-1310. (website)
- J. Chang, Q. Yao, and W. Zhou (2017). Testing for high-dimensional white noise using maximum cross correlations, Biometrika2017, 104(1), 111-127. (website)
- Download link: CRAN, Github (updated 08/22/2018, Maintainer : M. Cao)
MAPTest
- Description: scRNA-Seq or bulk-Seq DE analysis for longitudinal studies
- Reference: M. Cao, W. Zhou, F.J. Breidt, and G. Peers (2019). Large scale maximum average power multiple inference on time-course count data with application to RNA-seq analysis, Biometrics 2020, 76(1), 9-22 (website)
- Download link: Github (Maintainer : M. Cao)