AIOS Integrated Land Systems

The inventory system for land is a hierarchical system that consists of seven levels. The first three levels contain data related to the climate and geology of land, divided into provinces, sections, and sub-sections.  The bottom four levels involve data concerning land type as well as its association, phase, and site. Within these categories exist various classes defined by details about landforms, soils, and climax plant types.  Every level in systematic land inventorization offers information related to land resources that is suitable for particular planning requirements. Further subdivisions can be made in the abovementioned classes so that more exact information can be gained at a lower level of  The classes in each level can be subdivided to provide more specific data at one or more of the lower levels. The data can also be consolidated for generalized information at a larger level. Discussing the Various Kinds of Systematic Land Inventorization Land system inventor...

Through the last few decades, the GPS (Global Positioning System) has remained the most important positioning tool throughout various applications involving Geodesy as well as Geophysics. The upcoming satellite systems, however, are also able to improve such applications, such as Regional Navigation Satellite Systems and Global Navigation Satellite Systems.  GNSS like the  European Global Navigation Satellite System (Galileo), GLObal Naya NAvigatsionnaya Sputnikovaya Sistema (GLONASS, Russia), Quasi-Zenith Satellite System (QZSS, Japan), and RNSS like the Indian Navigation with Indian Constellation (NavIC) have augmented modernization from dual to triple frequency signals off-recently.  Major Applications of European Global Navigation Satellite System & Other GNSS Experts estimate that the world will gain access to over a hundred satellites as part of a multi-GNSS model involving different types of global navigation satellite system . These will communicate their sig...