Integrated Strategy Framework To Improve Quality Of Network on The BMKG Communication Network System

Abstract

BMKG (Meteorology, Climatology and Geophysics Agency) is an organization with a service function that provides information on Meteorology, Climatology, Air Quality, and Geophysics. Good data management is the main focus of BMKG’s business activities to produce fast, precise, accurate, wide-coverage, and understandable information. A reliable and speedy Local Area Network (LAN) and Wide Area Network (WAN) communication infrastructure can help analyze data and disseminate public information. To get the quality of the communication network system, the authors measure network parameters on the network infrastructure at BMKG, such as access speed and transmission capacity, from the sending point to the receiving point. The parameters used are jitter, delay (latency), packet loss and throughput. This measurement uses the Iperf/Jperf tools to measure throughput bandwidth and packet loss in a network system. This QoS parameter follows the standards set by the Telecommunications and Internet Protocol Harmonization Over Networks (TIPHON). The results and analysis of QoS measurements show that, in general, some buildings during office hours and non-office hours show good results. To excellent results, ideally the TIPHON standard, the authors describe the proposed integrated framework, including the End-User layer, the application layer, the system layer, the investment layer and the hardware layer. The proposed integrated framework is a concept to improve the quality of a better network. So that, in general, it can produce the outcome of improving the performance of the network system, especially in the BMKG and can minimize economic losses to social impacts, in this case, a disaster