![]() But, as D'Souza himself has acknowledged, the film does not show any person on camera going to multiple dropboxes. The film also features video surveillance footage of some ballot dropboxes. Dinesh D'Souza did not respond to NPR's requests for comment. NPR's reporting has raised additional questions about True the Vote and the film's trustworthiness. A Washington Post analysis summarized the film's allegations as a leap of faith - "we're just asked to trust that True the Vote found what it says it found." True The Vote and D'Souza have disputed those fact-checks. It's not the only false or misleading claim that True The Vote and Dinesh D'Souza, the director behind "2,000 Mules," have made, NPR found.įact-checkers from the Associated Press and PolitiFact have examined the central voter fraud allegations in "2,000 Mules" and found that the film makes many dubious claims. In response to NPR's inquiries, True The Vote acknowledged it had contacted law enforcement more than two months later, meaning it played no role in those arrests or indictments. I mean, they are heroes." Fans of the film have echoed that message on social media.Īuthorities in Georgia arrested and secured indictments against two suspects in the murder of Secoriea Turner in August 2021. Trump's official spokesperson, Liz Harrington, said True The Vote "solved a murder of a young little girl in Atlanta. Former president Donald Trump has embraced the film, which has gained popularity on the political right, along with the claim about the murder case. The claims appear in a new pro-Trump film called "2,000 Mules," which purports to have "smoking gun" evidence of massive voter fraud in the 2020 election in the form of digital device location tracking data. Fact checkers have cast doubt on many of the film's claims.Ī conservative "election integrity" group called True The Vote has made multiple misleading or false claims about its work, NPR has found, including the suggestion that they helped solve the murder of an eight-year-old girl in Atlanta. ![]() Examples of these simulations are shown and how they have helped understand key aspects of the underlying phenomena.Dinesh D'Souza, seen here at a premiere of one of his films in 2018, has released a new film alleging voter fraud in the 2020 presidential election. This includes Firetec, a wildfire simulation code, Windblade, a wind turbine modeling application, as well as a vegetation and climate change model, hurricane model and other disaster modeling. HIGRAD Science by Rachel Robey Parallel Computing Research Internship (PCSRI) LA-UR-16-26621Ībstract – The Higrad suite of codes couples a massively parallel atmospheric model with a variety of phenomena to create useful simulation tools. The value of documentation, version control, tests, verification and validation are all presented. The cost of hurried development through the accumulation of “technical debt” is weighed. This leads to a discussion of what practices should be used in student’s summer projects. Krueger Parallel Computing Research Internship (PCSRI) LA-UR-16-26375Ībstract – Good software development practices are essential on large scientific code projects. Libraries that implement linear solvers are also presented. The basics of numerical linear algebra are presented for both dense and sparse linear systems. Garrett Parallel Computing Research Internship (PCSRI) LA-UR-16-27180Ībstract – Solving problems involving linear systems is ubiquitous in scientific computing. All of these are potential codes for use in the parallel computing workshop. In addition, two new open-source applications, SELF, and Tycho 2 are detailed as well as the LANL Higrad suite of codes which is to be used as a relatively large application code example. The new DOE proxy applications and benchmarks used in procurements are also described. Schoonover Parallel Computing Research Internship (PCSRI) LA-UR-16-26440Ībstract – This presentation gives an overview of the benchmarks commonly used for measuring the performance of High Performance Computing (HPC) systems. What makes a good parallel algorithm? This talk presents recent research in new parallel algorithms and a few of the important scalable parallel patterns. Robey Parallel Computing Research Internship (PCSRI) LA-UR-16-26383Ībstract – At the heart of large high performance computing applications are the parallel algorithms and the parallel coding patterns that deliver scalable performance. The basics of MPI and how it enables parallelism across distributed memory architectures is presented. Garrett Parallel Computing Research Internship (PCSRI) LA-UR-16-26329Ībstract – The dominant programming language for distributed computing, MPI, has become synonymous with high performance computing.
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