Search Results for "palo"

Netwonk is a network monitoring package for Cisco equipment. It also supports some Palo Alto firewalls, and can be extended to other hardware. It is written in Perl and runs in linux/unix. The netwonk project includes a collection of scripts, the netpeek web package, and configuration for all databases and tables on an integrated mariadb/mysql server. A normal netwonk installation consist of separate script, web and database servers.

...This powerful ORM enables you to create scalable and efficient Java applications using standard Java streams with no need to type SQL or use any new API. Speedment was originally developed by researchers and engineers based in Palo Alto with the purpose to simplify and streamline the development of Java database applications by leveraging the Java Stream API. Speedment is licensed under the business-friendly Apache 2 license. Contribution from users is encouraged. Please feel free to request new features, suggest improvements and file bug reports. Assuming you have Maven installed and a relational database available, you can start using Speedment in a minute. ...

...It provides an extension for OpenOffice.org Calc which allows both, read and write, access to data from within the Jedox OLAP Server via Calc. If used together with the Open Source Jedox/Palo OLAP Server it completes the Open Source MOLAP-Stack for Business Intelligence. Additionally to Jedox OLAP it is also (read-only) compatible to (almost) all OLAP servers supporting XMLA. Intended audiences are: - scientific research & teaching - financial analysis & controlling Consult the FAQ in the Wiki.

This project contains a collection of robotics algorithms, drivers and tools developed by researchers at Bosch Research and Technology Center in Palo Alto, CA. The project uses the infrastructure provided by ROS.

This project contains software for the quantitative analysis of different aspects of robotic exploration (i.e., mobile robots that autonomously explore initially unknown environments). More specifically, first, we modified the exploration package (developed by researchers at Bosch Research and Technology Center in Palo Alto, CA), by adding an exploration strategy, namely MCDM, and by introducing the possibility to change perception and decision timing, i.e., event-based or frequency-based perception/decision. Second, we developed a package that collects performance metrics during the exploration process. The project uses the infrastructure provided by ROS and some demos are included.

Protein ALignment Optimiser (PALO) is a script for the selection and alignment of the best combination of transcripts among orthologous genes. PALO is mainly written in Python, although other programming languages are also implemented (R, Perl...).

Palo ETL Server is a Java based Tool for Extraction, Transformation and Loading of mass data into the Palo OLAP Server. Palo ETL Server is one part of the Palo Suite.

PaloKettlePlugin is for Pentaho Data Integration aka Kettle. It's a Cell Input und Output Step for Palo Molap. The first code was developed by mybiq/3A-Strategy, the PDI-3 version has been developed by Stratebi. Now by 3A-Strategy and Litebi for PDI

The JPalo Client, API, and WebClient are tools to visualize and model data of a Palo or XMLA database. Their main purpose is Business Intelligence Reporting and Planning. With the API, programmers can easily model their specific needs.

Server which supports Palo MOLAP (www.jedox.com) HTTP API but uses as data storage traditional relational database.

...CORE CAPABILITIES: • Cognitive & Diction Alignment: Translates complex human logic into high-precision technical directives using dynamic semantic processing. • Security & Robotics Integration: Combines Palo Alto Cortex XSOAR playbooks with autonomous kinetic safety kernels (Control Barrier Functions) for zero-latency threat isolation. • Multi-AI Endpoint Alliance: Orchestrates multi-quest, survival-grade AI models across i7 sovereign hardware and edge nodes (Raleigh NC hub). • Zero-Drain Architecture: Operates on a zero-subscription, local self-healing silicon engine designed to eliminate system friction, air-gap telemetry, and maximize operational productivity.