big data.

COMBINED DATA PARTITIONING METHOD FOR BIG DATA IN INFORMATION SYSTEMS

In today’s environment of rapidly growing data volumes, information systems must not only provide storage and access to massive datasets but also maintain stable performance when handling diverse query types. A critical challenge lies in balancing the efficiency of analytical (OLAP) operations with the responsiveness of transactional (OLTP) processes. Traditional approaches to data organization in relational DBMS often lose effectiveness in large-scale environments, resulting in longer processing times, reduced flexibility, and greater complexity in database management.

IMPROVING CLIMATE MONITORING SYSTEMS THROUGH OBJECT-RELATIONAL MAPPING TECHNOLOGIES AND REAL-TIME ANALYTICAL PROCESSING

The article addresses challenges related to climate change research. It provides an overview of contemporary information technologies that facilitate the design of highly efficient climate monitoring information systems, specifically in terms of processing speed and data completeness.