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• • Re: [I] Algorithms/core backend module [age] via GitHub
• Re: [I] Frameworks decision for backend and frontend [age] via GitHub
  • Re: [I] Frameworks decision for backend and frontend [age] via GitHub
  • Re: [I] Frameworks decision for backend and frontend [age] via GitHub
• Re: [I] Hybrid queries/Cypher queries module [age] via GitHub
  • Re: [I] Hybrid queries/Cypher queries module [age] via GitHub
  • Re: [I] Hybrid queries/Cypher queries module [age] via GitHub
• Re: [I] Creating graphs functions module [age] via GitHub
  • Re: [I] Creating graphs functions module [age] via GitHub
  • Re: [I] Creating graphs functions module [age] via GitHub
• Re: [I] Graphical query execution [age] via GitHub
  • Re: [I] Graphical query execution [age] via GitHub
  • Re: [I] Graphical query execution [age] via GitHub
• Re: [I] Graphical representation of data module [age] via GitHub
  • Re: [I] Graphical representation of data module [age] via GitHub
  • Re: [I] Graphical representation of data module [age] via GitHub
• Re: [I] Understanding Query Parsing in PgPool-II and Read/Write Split [age] via GitHub
  • Re: [I] Understanding Query Parsing in PgPool-II and Read/Write Split [age] via GitHub
  • Re: [I] Understanding Query Parsing in PgPool-II and Read/Write Split [age] via GitHub
• Re: [I] Implement Cypher Queries in Parser [age] via GitHub
  • Re: [I] Implement Cypher Queries in Parser [age] via GitHub
  • Re: [I] Implement Cypher Queries in Parser [age] via GitHub
• Re: [I] Create RHEL-8 and Rocky Linux RPMs [age] via GitHub
  • Re: [I] Create RHEL-8 and Rocky Linux RPMs [age] via GitHub
  • Re: [I] Create RHEL-8 and Rocky Linux RPMs [age] via GitHub
• Re: [I] Develop Mock Cycle [age] via GitHub
  • Re: [I] Develop Mock Cycle [age] via GitHub
• Re: [I] Back-end CRUD API integration Development [age] via GitHub
  • Re: [I] Back-end CRUD API integration Development [age] via GitHub
  • Re: [I] Back-end CRUD API integration Development [age] via GitHub
• Re: [I] ETL Function Development [age] via GitHub
  • Re: [I] ETL Function Development [age] via GitHub
  • Re: [I] ETL Function Development [age] via GitHub
• Re: [I] Based on the input parameters required to develop the following analysis module below, develop a Python module that queries arbitrary graph data, loaded in AGE, in the form of a linked list [age] via GitHub
  • Re: [I] Based on the input parameters required to develop the following analysis module below, develop a Python module that queries arbitrary graph data, loaded in AGE, in the form of a linked list [age] via GitHub
  • Re: [I] Based on the input parameters required to develop the following analysis module below, develop a Python module that queries arbitrary graph data, loaded in AGE, in the form of a linked list [age] via GitHub
• Re: [I] Define constraints that data should have to upload data analysis results to the database [age] via GitHub
  • Re: [I] Define constraints that data should have to upload data analysis results to the database [age] via GitHub
  • Re: [I] Define constraints that data should have to upload data analysis results to the database [age] via GitHub
• Re: [I] Write the data model guideline document for optimizing the data input/output process (for developers and general users, respectively.) [age] via GitHub
  • Re: [I] Write the data model guideline document for optimizing the data input/output process (for developers and general users, respectively.) [age] via GitHub
  • Re: [I] Write the data model guideline document for optimizing the data input/output process (for developers and general users, respectively.) [age] via GitHub
• Re: [I] Implement Cypher Queries Load Balancing [age] via GitHub
  • Re: [I] Implement Cypher Queries Load Balancing [age] via GitHub
  • Re: [I] Implement Cypher Queries Load Balancing [age] via GitHub
• Re: [I] Define the input/output parameters of the algorithm required to classify nodes corresponding to the giant components of on arbitrary graph data stored in AGE [age] via GitHub
  • Re: [I] Define the input/output parameters of the algorithm required to classify nodes corresponding to the giant components of on arbitrary graph data stored in AGE [age] via GitHub
  • Re: [I] Define the input/output parameters of the algorithm required to classify nodes corresponding to the giant components of on arbitrary graph data stored in AGE [age] via GitHub
• Re: [I] Getting to know about build struct of PostgreSQL and Apache AGE [age] via GitHub
  • Re: [I] Getting to know about build struct of PostgreSQL and Apache AGE [age] via GitHub
  • Re: [I] Getting to know about build struct of PostgreSQL and Apache AGE [age] via GitHub
• Re: [I] Create Deb Package for Ubuntu and Debian [age] via GitHub
  • Re: [I] Create Deb Package for Ubuntu and Debian [age] via GitHub
  • Re: [I] Create Deb Package for Ubuntu and Debian [age] via GitHub
• Re: [I] Create RHEL/CentOS 7 RPMs [age] via GitHub
  • Re: [I] Create RHEL/CentOS 7 RPMs [age] via GitHub
  • Re: [I] Create RHEL/CentOS 7 RPMs [age] via GitHub
• Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation. [age] via GitHub
  • Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation. [age] via GitHub
  • Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation. [age] via GitHub
• Re: [I] Create Bitrock Installer for Apache AGE extension for all support PG versions [age] via GitHub
  • Re: [I] Create Bitrock Installer for Apache AGE extension for all support PG versions [age] via GitHub
  • Re: [I] Create Bitrock Installer for Apache AGE extension for all support PG versions [age] via GitHub
• Re: [I] Create RHEL-9 and Rocky Linux RPMs [age] via GitHub
  • Re: [I] Create RHEL-9 and Rocky Linux RPMs [age] via GitHub
  • Re: [I] Create RHEL-9 and Rocky Linux RPMs [age] via GitHub
• Re: [I] Create RPM for Rocky Linux and Scientific Linux for Open source Linux version for RHEL-8 [age] via GitHub
  • Re: [I] Create RPM for Rocky Linux and Scientific Linux for Open source Linux version for RHEL-8 [age] via GitHub
  • Re: [I] Create RPM for Rocky Linux and Scientific Linux for Open source Linux version for RHEL-8 [age] via GitHub
• Re: [I] Specify All Status of Bolt Protocol [age] via GitHub
  • Re: [I] Specify All Status of Bolt Protocol [age] via GitHub
• Re: [I] Perfect Interlock of Client - Bolt Adapter - GDBMS [age] via GitHub
  • Re: [I] Perfect Interlock of Client - Bolt Adapter - GDBMS [age] via GitHub
• Re: [I] ERD [age] via GitHub
  • Re: [I] ERD [age] via GitHub
  • Re: [I] ERD [age] via GitHub
• Re: [I] White-board Management Development [age] via GitHub
  • Re: [I] White-board Management Development [age] via GitHub
  • Re: [I] White-board Management Development [age] via GitHub
• Re: [I] ETL UI Development [age] via GitHub
  • Re: [I] ETL UI Development [age] via GitHub
  • Re: [I] ETL UI Development [age] via GitHub
• Re: [I] Data upload Development [age] via GitHub
  • Re: [I] Data upload Development [age] via GitHub
  • Re: [I] Data upload Development [age] via GitHub
• Re: [I] Node, Edge CRUD Development [age] via GitHub
  • Re: [I] Node, Edge CRUD Development [age] via GitHub
  • Re: [I] Node, Edge CRUD Development [age] via GitHub
• Re: [I] Develop an error message function when queries data that does not satisfy the constraints [age] via GitHub
  • Re: [I] Develop an error message function when queries data that does not satisfy the constraints [age] via GitHub
  • Re: [I] Develop an error message function when queries data that does not satisfy the constraints [age] via GitHub
• Re: [I] Define the input/output parameters of the algorithm required to perform community detection on arbitrary graph data stored in AGE [age] via GitHub
  • Re: [I] Define the input/output parameters of the algorithm required to perform community detection on arbitrary graph data stored in AGE [age] via GitHub
  • Re: [I] Define the input/output parameters of the algorithm required to perform community detection on arbitrary graph data stored in AGE [age] via GitHub
• Re: [I] Understand the community detection algorithm using eigenvectors by referring to the referenced papers [age] via GitHub
  • Re: [I] Understand the community detection algorithm using eigenvectors by referring to the referenced papers [age] via GitHub
  • Re: [I] Understand the community detection algorithm using eigenvectors by referring to the referenced papers [age] via GitHub
• Re: [I] Develop an example of community detection algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
  • Re: [I] Develop an example of community detection algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
  • Re: [I] Develop an example of community detection algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
• Re: [I] Understand the concept of the giant component in a directed network [age] via GitHub
  • Re: [I] Understand the concept of the giant component in a directed network [age] via GitHub
  • Re: [I] Understand the concept of the giant component in a directed network [age] via GitHub
• Re: [I] Understand the concept of the graph motifs in an arbitrary network [age] via GitHub
  • Re: [I] Understand the concept of the graph motifs in an arbitrary network [age] via GitHub
• Re: [I] Define the input/output parameters of the algorithm required to classify graph motifs of on arbitrary graph data stored in AGE [age] via GitHub
  • Re: [I] Define the input/output parameters of the algorithm required to classify graph motifs of on arbitrary graph data stored in AGE [age] via GitHub
• Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation [age] via GitHub
  • Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation [age] via GitHub
  • Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation [age] via GitHub
  • Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation [age] via GitHub
  • Re: [I] Develop the algorithm module by using Python as an interface and C or Fortran as a computation [age] via GitHub
• Re: [I] Develop an example of that algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
  • Re: [I] Develop an example of that algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
  • Re: [I] Develop an example of that algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
  • Re: [I] Develop an example of that algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
  • Re: [I] Develop an example of that algorithms using open-source data (including examples of implementation, and interpretation of algorithm results.) [age] via GitHub
• Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
  • Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
  • Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
  • Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
  • Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
  • Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
  • Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
  • Re: [I] Write a user manual based on the above examples (for general users) [age] via GitHub
• Re: [I] Implement predicate function: all [age] via GitHub
• Re: [I] Implement predicate function: any [age] via GitHub
• Re: [I] Implement predicate function: none [age] via GitHub
• Re: [I] Implement predicate function: single [age] via GitHub
• Re: [I] Cypher Clauses Improve [age] via GitHub
  • Re: [I] Cypher Clauses Improve [age] via GitHub
  • Re: [I] Cypher Clauses Improve [age] via GitHub
• Re: [I] Figure out Postgres Query Logic Step [age] via GitHub
  • Re: [I] Figure out Postgres Query Logic Step [age] via GitHub
  • Re: [I] Figure out Postgres Query Logic Step [age] via GitHub
• Re: [I] Add/Modify/Improve Cypher Functions [age] via GitHub
  • Re: [I] Add/Modify/Improve Cypher Functions [age] via GitHub
  • Re: [I] Add/Modify/Improve Cypher Functions [age] via GitHub
• Re: [I] Improve About GDBMS VLE Logic [age] via GitHub
  • Re: [I] Improve About GDBMS VLE Logic [age] via GitHub
  • Re: [I] Improve About GDBMS VLE Logic [age] via GitHub
  • Re: [I] Improve About GDBMS VLE Logic [age] via GitHub
  • Re: [I] Improve About GDBMS VLE Logic [age] via GitHub
  • Re: [I] Improve About GDBMS VLE Logic [age] via GitHub
• Re: [I] DBMS does not use indexes within where clause [age] via GitHub
  • Re: [I] DBMS does not use indexes within where clause [age] via GitHub
  • Re: [I] DBMS does not use indexes within where clause [age] via GitHub
• Re: [I] MANDATORY MATCH Clause [age] via GitHub
  • Re: [I] MANDATORY MATCH Clause [age] via GitHub
  • Re: [I] MANDATORY MATCH Clause [age] via GitHub
• Re: [I] RandomUUID() Function [age] via GitHub
  • Re: [I] RandomUUID() Function [age] via GitHub
  • Re: [I] RandomUUID() Function [age] via GitHub
• Re: [I] Size of pattern comprehension Function [age] via GitHub
  • Re: [I] Size of pattern comprehension Function [age] via GitHub
  • Re: [I] Size of pattern comprehension Function [age] via GitHub
• Re: [I] Size() Function [age] via GitHub
  • Re: [I] Size() Function [age] via GitHub
  • Re: [I] Size() Function [age] via GitHub
• Re: [I] Size of string Function [age] via GitHub
  • Re: [I] Size of string Function [age] via GitHub
  • Re: [I] Size of string Function [age] via GitHub
• Re: [I] toBoolean() Function [age] via GitHub
  • Re: [I] toBoolean() Function [age] via GitHub
  • Re: [I] toBoolean() Function [age] via GitHub
• Re: [I] toBooleanOrNull() Function [age] via GitHub
  • Re: [I] toBooleanOrNull() Function [age] via GitHub
  • Re: [I] toBooleanOrNull() Function [age] via GitHub
• Re: [I] toFloat() Function [age] via GitHub
  • Re: [I] toFloat() Function [age] via GitHub
  • Re: [I] toFloat() Function [age] via GitHub
• Re: [I] toInteger() Function [age] via GitHub
  • Re: [I] toInteger() Function [age] via GitHub
  • Re: [I] toInteger() Function [age] via GitHub
• Re: [I] timestamp() Function [age] via GitHub
  • Re: [I] timestamp() Function [age] via GitHub
  • Re: [I] timestamp() Function [age] via GitHub
• Re: [I] avg() - Durations Function [age] via GitHub
  • Re: [I] avg() - Durations Function [age] via GitHub
  • Re: [I] avg() - Durations Function [age] via GitHub
• Re: [I] count() Function [age] via GitHub
  • Re: [I] count() Function [age] via GitHub
  • Re: [I] count() Function [age] via GitHub
• Re: [I] range() Function [age] via GitHub
  • Re: [I] range() Function [age] via GitHub
  • Re: [I] range() Function [age] via GitHub
• Re: [I] reverse() Function [age] via GitHub
  • Re: [I] reverse() Function [age] via GitHub
  • Re: [I] reverse() Function [age] via GitHub
• Re: [I] toBooleanList() Function [age] via GitHub
  • Re: [I] toBooleanList() Function [age] via GitHub
  • Re: [I] toBooleanList() Function [age] via GitHub
• Re: [I] toIntegerList() Function [age] via GitHub
  • Re: [I] toIntegerList() Function [age] via GitHub
  • Re: [I] toIntegerList() Function [age] via GitHub
• Re: [I] date() Function [age] via GitHub
  • Re: [I] date() Function [age] via GitHub
  • Re: [I] date() Function [age] via GitHub
• Re: [I] round(), with precision and rounding mode Function [age] via GitHub
  • Re: [I] round(), with precision and rounding mode Function [age] via GitHub

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