PyPGX
A description of the Parallel Graph AnalytiX 21.4 for CPU on Python 3.8 (version 2.0) conda environment.
Released |
March 29, 2022 |
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Description |
Python Parallel Graph AnalytiX (PyPGX) is a graph toolkit that provides a graph query language, optimized analytic algorithms, and graph machine learning. You can use it to extract hidden insights in datasets at scale and with high performance. Graph analysis is a data analysis methodology in which the dataset is represented as a graph. The graph vertices correspond to the data entities and edges to the relationships between them. Analyzing these graphs takes into account the fine-grained, arbitrary relationships that naturally occur in many datasets. This also enables the discovery of valuable insights about the data. To get started with this conda environment, review the
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Python Version |
3.8 |
Slug | pypgx214_p38_cpu_v2 |
Object Storage Path |
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Top Libraries |
For a complete list of preinstalled Python libraries, see pypgx214_p38_cpu_v2. |
Example Notebooks |
Using the Notebook Explorer to access Notebook Examples describes how to locate and access the included interactive example notebooks, and what each of them can be used for. |
This conda environment has been removed due to a critical vulnerability within the Apache Log4j module (CVE-2021-44228).
If you have created published conda environments by cloning this environment, we strongly encourage you to remediate the vulnerability.
A description of the Parallel Graph AnalytiX 21.4 for CPU on Python 3.8 (version 1.0) conda environment.
Released |
December 15, 2021 |
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Description |
Python Parallel Graph AnalytiX (PyPGX) is a graph toolkit that provides a graph query language, optimized analytic algorithms, and graph machine learning. You can use it to extract hidden insights in datasets at scale and with high performance. Graph analysis is a data analysis methodology in which the dataset is represented as a graph. The graph vertices correspond to the data entities and edges to the relationships between them. Analyzing these graphs takes into account the fine-grained, arbitrary relationships that naturally occur in many datasets. This also enables the discovery of valuable insights about the data. To get started with this conda environment, review the
|
Python Version |
3.8 |
Slug |
|
Object Storage Path |
|
Top Libraries |
For a complete list of preinstalled Python libraries, see pypgx214_p38_cpu_v1. |
Example Notebooks |
Using the Notebook Explorer to access Notebook Examples describes how to locate and access the included interactive example notebooks, and what each of them can be used for. |
This conda environment has been removed due to a critical vulnerability within the Apache Log4j module (CVE-2021-44228).
If you have created published conda environments by cloning this environment, we strongly encourage you to remediate the vulnerability.
A description of the Parallel Graph AnalytiX 21.3 for CPU on Python 3.8 (version 1.0) conda environment.
Released |
July 14, 2021 |
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Description |
Python Parallel Graph AnalytiX (PyPGX) is a graph toolkit that provides a graph query language, optimized analytic algorithms, and graph machine learning. You can use it to extract hidden insights in datasets at scale and with high performance. Graph analysis is a data analysis methodology in which the dataset is represented as a graph. The graph vertices correspond to the data entities and edges to the relationships between them. Analyzing these graphs takes into account the fine-grained, arbitrary relationships that naturally occur in many datasets. This also enables the discovery of valuable insights about the data. To get started with this conda environment, review the
|
Python Version |
3.8 |
Slug |
|
Object Storage Path |
|
Top Libraries |
For a complete list of preinstalled Python libraries, see pypgx213_p38_cpu_v1.txt. |
Example Notebooks |
Using the Notebook Explorer to access Notebook Examples describes how to locate and access the included interactive example notebooks, and what each of them can be used for. |