Power analysis is essential to optimize the design of RNA-seq experiments and to assess and compare the power to detect differentially expressed genes. PowsimR is a flexible tool to simulate and evaluate differential expression from bulk and especially single-cell RNA-seq data making it suitable for a priori and posterior power analyses.

Matched Markets is a Python library for design and analysis of Geo experiments using Matched Markets and Time Based Regression.

Power Supply Analyzer with USB Interface

Experimental design framework for scRNAseq population studies (eQTL and DE)

Shiny app and R package to perform a power analysis to select the number of participants in intensive longitudinal studies

Power analysis and AB test analysis library

Code used to carry out parameter estimation, correlation estimation, type 1 error analysis, and power analysis for our "Pseudoreplication in Single-Cell" study

NIST LWC Hardware Design of Ascon with Protection against Power Side-Channel Attacks

This python project is a helper package that uses power analysis to calculate required sample size for any experiment

Higher-order Masking of AES-128 based on the Rivain and Prouff method, CPRR method and Common Shares with Random Reduction method.

Simplify VLSI (timing, power, noise, correlation, reliability) modeling and analysis with Characterization Description Format

`powerly` is an R package for conducting sample size analysis for network models and more.

This package underwent major revisions and is now available as powsimR!

Miscellaneous Esoteric Statistical Scripts - an R package

Hi-voltage, Hi-current isolated multirange AFE for MIO168 module

An introductory walkthrough into the concepts and workings of Power Analysis using the ChipWhisperer framework

jamovi wrapper for pwrss package

All the project files related to the development of a power amplifier, based on a set of given specifications for UOM's EN2110 - Electronics - III Module 🔉 -->🔊

This incomplete repository is used to facilitate the consultation of individual files in this project. Only files smaller than 100 MB are available here. The complete project is available at https://doi.org/10.17605/OSF.IO/GT5UF.

Basic tools to grab battery event file data and to analyze collected traces of such grabs.