RURAL LAND USE MONITORING INFORMATION MODELING
Zhu Zesheng 3, Sun Ling b Guan Hengshen 2
*JiangSu Academy Of Agricultural Sciences, Nanjing, JiangSu, 210014, P. R. China
*Nanjing Naval Institute of Electronic Engineering, Nanjing, JiangSu, 211800, P. R. China
KEY WORDS: Agriculture, Land, Management, Modeling, Method
ABSTRACT
The development of precision farming has led to a critical need in monitoring rural land resource and its use.
Furthermore, since the monitoring information is provided by multiple rural land providers, managers and users, a
common infrastructure is required over which this information can be processed. One of the critical components of
a comprehensive and monitoring framework is the monitoring information model to be used. The monitoring .
information essentially plays two roles: information associated with monitoring process, and information
representing physical and logical resources subject to monitoring. This paper provides a discussion of modeling
principles and concepts as contained in the monitoring information model. The model has emerged as an object-
oriented paradigm for the modeling rural land systems and resources for use in monitoring. The model is designed
to meet the needs of rural land users, providers and managers. By using the above modeling principles, it has been
possible to develop a rural land use monitoring model powerful and flexible enough to meet rural land use
monitoring requirements expected in the 21st century.
1. INTRODUCTION
Monitoring, the dynamic collection, interpretation, and
presentation of information about rural land use is
needed for the management and development of
precision farming. The information gathered is used to
make management decisions and perform the
appropriate control actions on rural land use.
Management of rural land use involves monitoring the
activity of the use, making management decisions and
performing control actions to modify the behavior of
the use. Most of the research on monitoring has
concentrated on monitoring mechanisms related to
single simple rural land use. However, in order to
automate the monitoring of very complex rural land
use, it is necessary to be able to represent and
manipulate monitoring policy within the system of
rural land use. These objectives are typically set out in
the form of general policies into a number of more
specific policies to form a policy hierarchy in which
each policy in the hierarchy represents, to its maker, his
plans to meet his objectives and, to its subject, the
objectives which be must plan to meet.
With the emergence of precision farming, the
information of rural land use also is distributed
throughout a very large geographical area. This
situation has led to a critical need in managing the
information. Furthermore, since the information needs
of users are provided by multiple service providers, a
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common infrastructure is required over which this
information can be communicated.
2. BASIC FRAMEWORK
One of the critical components of a comprehensive
framework of management system of rural land
resource is the monitoring information model to be
used. This information essentially plays two roles as the
followings.
(1)The information is associated with monitoring
process; and
(2)The information represents physical and logical
resources subject to monitoring,
Information associated with monitoring process is
concerned with such entities as customer records,
owner: records, use records, log records, etc.
Representing this information involves the modeling of
the process and defining the information associated
with that process. The information associated with a
monitoring process generally is manipulated only by
monitoring operations. Information representing
physical and logical resources is concerned with such
entities as the abstraction of rural land use, event
monitoring discriminators, etc. Representing this
information requires modeling some aspects of the
resource that are of interest to monitoring. Once this
abstraction has been made, the totality of the resource
from the management's viewpoint is represented by
International Archives of Photogrammetry and Remote Sensing. Vol. XXXII, Part 7, Budapest, 1998