Summary:

• Added cudppSuffixArray parallel skew algorithm for computing suffix array
• Replaced the cudppStringSort in burrowsWheelerTransform in cudppCompress with cudppSuffixArray to achieve better performance
• Fixed bugs in cudppMoveToFrontTransform where originally only inputs with values smaller than 15 work
• Fixed bugs to support cudppCompress to compress text containing all possible unsigned char values with the range of [1...255]
• Changed test files for cudppCompress and cudppMoveToFrontTransform to target the new BWT method
• Added -skiplargetests for MTF tests in order to avoid launch-timed-out errors
• Fixed bugs to make cudppStringSort compatible for gpu compute capability less than 2.0
• Makefile fixes for OS X with clang compilation

Summary:

Data and code for the paper "changes in contact patterns shape the dynamics of the novel coronavirus disease 2019 outbreak in China" published in Science.

Summary:

Data and code for social contact analysis in China.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary:

GS2 is a physics application, developed to study low-frequency turbulence in magnetized plasma. It is typically used to assess the microstability of plasmas produced in the laboratory and to calculate key properties of the turbulence which results from instabilities. It is also used to simulate turbulence in plasmas which occur in nature, such as in astrophysical and magnetospheric systems.

Summary: Fig 1. Myanmar study sites. Map of bat capture sites in Myanmar, 2016–2018. Data Sources: Natural Earth. Map created in QGIS 2.18.4. 2020. https://doi.org/10.1371/journal.pone.0230802.g001

Summary: This replication dataset set includes: 1) all experimental treatments (including scripts, surveys, movies); 2) codebooks for raw survey and cleaned data; 3) all collected datasets and clean analysis set; and 4) all replication code in the form of .do files. Abstract: This paper employs a field experiment in single-party-ruled Vietnam to test whether providing a broad-based, representative sample of firms the opportunity to comment on draft regulations increases their subsequent compliance. We find three main outcomes of this treatment. First, treated firms exhibited greater improvement in their views of government’s regulatory authority. Second, these firms were more likely to allow government-affiliated auditors to examine their factories. Third, treated firms demonstrated greater compliance on the factory floor. Access and compliance were not explained by the receipt of advance information about the regulation’s requirements, and none of the three outcomes required that firms offer substantive comments.