Real-time control and monitoring system for LIPI's Public Cluster

TL;DR

This paper presents a real-time control and monitoring system for LIPI's Public Cluster, utilizing microcontrollers and web interfaces to enable autonomous operation and temperature-based power management.

Contribution

It introduces a dedicated, self-developed control system using microcontrollers and web interfaces tailored for the unique needs of the cluster.

Findings

Enables autonomous control based on real-time data

Integrates microcontrollers with web interfaces for operation

Supports temperature-based power management

Abstract

We have developed a monitoring and control system for LIPI's Public Cluster. The system consists of microcontrollers and full web-based user interfaces for daily operation. It is argued that, due to its special natures, the cluster requires fully dedicated and self developed control and monitoring system. We discuss the implementation of using parallel port and dedicated micro-controller for this purpose. We also show that integrating such systems enables an autonomous control system based on the real time monitoring, for instance an autonomous power supply control based on the actual temperature, etc.