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TEM Journal. Volume 7, Issue 4, Pages 782-786, ISSN 2217-8309, DOI: 10.18421/TEM74-13, November 2018.
782 TEM Journal – Volume 7 / Number 4 / 2018.
Ontology Based Resource for
History Education
Desislava Baeva 1, Desislava Atanasova
1
1Department of Informatics and Information Technologies, “Angel Kanchev” University of Ruse,
8 Studentska str., Ruse, Bulgaria
Abstract – Integrating knowledge databases into the
learning process would contribute to the creation of
interactive and cognitive software solutions. Since
historical research is a domain that provides
interesting opportunities for the introduction of
ontologies, not only computer scientists, but historians
are also interested in popularizing people's repositories
(PDR). The other hand, chatbots interact with the user
using a pattern based on matching rules. This article
presents the functionality of educational rule-based
software with a natural language interface that allows
working with factual information about Bulgarian
history. The topic is focused on the use of interactive
forms and methods in the teaching process and the
development of methodological models for classroom
work. Traditional ways of educating students have
well-proven advantages but there are problems with
maintaining students engaged and engaging without
innovative technology.
Keywords – Digital History, Knowledge bases,
Ontology for History.
1. Historical research as a domain
The integration of ICT in education is a
prerequisite for a number of innovative methods of
learning, while modern scientific knowledge for
effective learning is aimed at changing the current
DOI: 10.18421/TEM74-13 https://dx.doi.org/10.18421/TEM74-13
Corresponding author: Desislava Baeva, Department of Informatics and Information Technologies, “Angel Kanchev” University of Ruse, Ruse, Bulgaria Email: [email protected]
Received: 07 July 2018. Accepted: 17 September 2018. Published: 26 November 2018.
© 2018 Desislava Baeva,Desislava Atanasova; published by UIKTEN. This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivs 3.0 License.
The article is published with Open Access at www.temjournal.com
educational practice. An ambition of modern
education is to form and develop the cognitive skills
of the students. Compared to traditional forms,
innovative approaches and methods convert the
trainee in an active participant of the learning process
and place it in the center of the educational
interaction. It outlines tendencies of educational
resources to become more social, authentic, tailored
to individual motivations and abilities to reflect
reality strategically. [21]
In recent years, the increase of the interest in the
use of ontologies happens in order to present the
semantics of data from different fields of knowledge.
Their specific advantages such as simplicity,
visibility, clarity, simplicity of presentation are a
prerequisite for the formalization of large amounts of
factual information. Therefore semantic digital
libraries attract the attention of various scientific and
educational institutes.
Ontologies are an approach to presenting factual
information in its logical relationship, thus providing
interesting opportunities for the development of
historical research. This is the reason why not only
computer scientists but historians are interested in
popularizing people's repositories (PDRs).The static
ontologies cannot capture the relevant contextual
knowledge required for search and retrieval of
historical documents because the entities in the world
and the relations among them change over time. The
demand for temporarily contextualized information
represented in the ontology and that of relations
among entities that are relevant during different time-
based intervals are available to support user queries.
Moreover, it is necessary to account for the fact that
the course of the ontology’s development and the
processes that have affected it are a part of the
knowledge that should be brought to carry on the
analysis of information at any given time. [7]
Organizing and retrieving appropriate educational
resources or classifying them are thus major issues in
learning environments. Within this context, there
exist various systems based on semantic retrieval that
are capable of organizing educational assets [12].
Content management [19], educational support and
intelligent tutoring [6] systems, information retrieval
[11], question-answering [16], classification [20],
TEM Journal. Volume 7, Issue 4, Pages 782-786, ISSN 2217-8309, DOI: 10.18421/TEM74-13, November 2018.
TEM Journal – Volume 7 / Number 4 / 2018. 783
recommender [22] can also be enumerated as means
for this purpose. These systems are equipped with
various types of semantic approaches such as
annotating, tagging and indexing, that may facilitate
resource organization process.
1.1 Historical ontology resources
For example, the Factoid Prosopography Ontology
(FPO) is semantic web ontology that defines
components for the factoid approach to
prosopography as used by the Department of Digital
Humanities at King’s College London (DDH/KCL)
in a formal manner [5]. The data model developed by
the Personendaten-Repositorium (http://pdr.bbaw.de)
(Berlin-Brandenburgische Akademie der
Wissenschaften) bundles person information from
various academy projects and makes them retrievable
through a common interface.
Тhe Italian SyMoGIH project was created as an
open modular platform for storing geo-historical
information. The benefit of the platform is to allow
researchers to share their data and texts in a
collaborative environment. [3]
Santangelo, Antonella et al. promote a multimodal
system with natural language dialogue, to assist users
when visiting cultural heritage sites. [18]
It is opinion of many authors Ramli 2014,
Santangelo 2006, Bradley 2013 [17][18]14], that the
application of ontologies to describe historical data is
difficult because of a large amount of information
and the complexity it can be semantically
represented. This is due to the fact that historical data
are highly contextual and suggest several possible
interpretations.
Creation and integration of applications including
ontologies with historical facts make it easier and
faster for data about our past to be understood. This
is an opportunity which will provide accurate and
impartial information enabling computers and people
to work in cooperation. [13][14]
1.2 Historical ontology in education
Retrieving resources in an appropriate manner has
a promising role in increasing the performance of
educational support systems. A variety of works have
been done to organize materials for educational
purposes using tagging techniques. Despite the
effectiveness of these techniques within certain
domains, organizing resources in a way being
adequately reusable for support purposes is still in
the offing.
The integration of these knowledge databases in
the education process would contribute to the
creation of interactive solutions and lead to:
- Acquisition of wider competence in the field of
study;
- Increased activity and independence of students;
- Development of critical thinking in students;
- Acquisition of ICT skills for expert work and
others. [15]
Unfortunately, such developments are rare in
Bulgaria. This is what motivates the creation of
ontology-based chatbot, as a private assistant in
teaching Bulgarian history.
2 The proposed approach
The purpose of this article is to present the
functionality of an educational software product with
natural language interface that allows working with
factual information on Bulgarian history and to
analyze the organization of its data.
The most existing educational software requires a
certain level of consumer knowledge, which in
certain cases makes it difficult for students and
distracts them from the main objective, namely
conducting a full and thorough educational process.
This requires a careful analysis of user groups and
the selection of appropriate means of communication
between man and computer according to the profile.
Given the peculiarities of the target users, namely,
students studying Bulgarian history as a means of
access to databases was elected as a natural language
chatbot agent communication through dialogue.
Figure 1 Details of the proposed framework
Natural language conversational agents represent
an original approach to the problems of the human-
machine interface. Chatbots interact with the user by
TEM Journal. Volume 7, Issue 4, Pages 782-786, ISSN 2217-8309, DOI: 10.18421/TEM74-13, November 2018.
784 TEM Journal – Volume 7 / Number 4 / 2018.
using a model based on matching rules. These
systems monitor the lexical matches between user’s
queries and modules request - answer written about
their knowledge base. Chatbots systems allow
realizing dialogue system based on natural language.
Therefore, they are used as interfaces to a number of
business software, entertainment applications from
educational field, eLearning platforms, and
navigation sites for e-commerce and other
applications. There are many examples of integration
of technology chatbot systems and more
sophisticated technologies. [1][2][9][10]
2.1 Data organization
The presented project is aimed at maintaining a
dialogue with historical themes. Communicating in
Bulgarian and allows you to make queries in natural
language (for example – Fig.2).
Figure 2. User-computer dialogue
The data organization approach is ontologically
based. The Person class in the center of the modeling
of the reality consisted of knowledge of Bulgarian
kings and khans and the events which they manage.
The framework includes four main classes: Person,
Event, Place, Source. The different kinds of political
events are the subclasses of Event, they include
specific events described by the time period and
place. The relationship between kings/khans may be
the predecessor-successor or family relationship of
is-father-of, is-son-of, is-brother-in and more.
The presented XML code illustrated the basic
terms of the historical domain.
<Declaration>
<Class IRI="#Place"/>
<ObjectProperty IRI="#is-brtother-of"/>
<ObjectProperty IRI="#has-capital"/>
<DataProperty IRI="#Title"/>
<ObjectProperty IRI="#leeds"/>
<ObjectProperty IRI="#precedes"/>
<ObjectProperty IRI="#is-son-of"/>
<Class IRI="#Person"/>
<DataProperty IRI="#YearBegin"/>
<DataProperty IRI="#Description"/>
<Class IRI="#Sourse"/>
<Class IRI="#Political_actions"/>
<ObjectProperty IRI="#is-father-of"/>
<ObjectProperty IRI="#has-a"/>
<ObjectProperty IRI="#is-described"/>
<ObjectProperty IRI="#ascedended"/>
<DataProperty IRI="#YearEnd"/>
<Class IRI="#Battle"/>
<Class IRI="#Political_actions"/>
<Class IRI="#Event"/>
<ObjectProperty IRI="#precedes"/>
<ObjectProperty IRI="#ascedended"/>
<DataProperty IRI="#Title"/>
<DataProperty IRI="#YearBegin"/>
<DataProperty IRI="#YearEnd"/>
<ObjectProperty IRI="#is-father-of"/>
<ObjectProperty IRI="#is-son-of"/>
<ObjectProperty IRI="#is-father-of"/>
<ObjectProperty IRI="#precedes"/>
<ObjectProperty IRI="#has-a"/>
<ObjectProperty IRI="#leeds"/>
</Ontology>
The example is a formal ontology designed to
improve the integration and exchange of
heterogeneous information on the historical heritage.
More specifically, it defines the semantics of
database schemas and document structures used in
historical heritage and museum documentation, in
terms of formal ontology. The model does not define
the terminology that appears in specific data
structures, but has a characteristic relationship for its
use.
The model can serve as a guide for developers of
information systems, and a common language for
experts in the field of information and information
technology professionals. It is designed to cover
contextual information of historical, geographical
and theoretical nature about individual exhibits and
museum collections in general.
Structurally, the ontology consists of a hierarchy of
classes and a wide set of properties (binary relations)
that relate classes to each other. All concepts (classes
and properties) of the model can be divided into three
groups. The first group includes classes and relations
that cover the most general concepts of the
surrounding world: permanent and temporary
entities, relationships of participation, dependencies,
coincidences in time. The second group contains
concepts that partially support management
functions: acquisition and accounting of storage
units, transfer of ownership of cultural objects. The
third group includes the classes and properties used
for the internal organization of the ontology itself:
the means necessary to connect external sources of
terms, for example, thesauri by the branches of
culture.
The ontology model class hierarchy is divided into
2 branches: Constant Entities and Temporary
Entities. Other classes are auxiliary.
TEM Journal. Volume 7, Issue 4, Pages 782-786, ISSN 2217-8309, DOI: 10.18421/TEM74-13, November 2018.
TEM Journal – Volume 7 / Number 4 / 2018. 785
At the lowest levels of the hierarchy of classes,
concepts that are characteristic of the sphere of
culture appear: Storage, Movement (values), "Project
or Procedure" (including production techniques),
Period (including artistic style). The class hierarchy
can be flexibly expanded using the built-in Class. Of
greatest interest are properties. Classes on the lower
levels of the hierarchy have about 10-15 properties,
with most of the properties inherited from the
ancestor classes. The names of properties are verbal
phrases chosen so that when the two classes are
sequentially linked, the property produces a
meaningful phrase with the subject (the first one, if
we consider from left to right, the class), a predicate
(property), and an object (second class).
During the First Bulgarian state the hierarchy is
dominated by Turkic-Iranian titling system of the
ranks and positions, and as it is typical for this
system, the positions of state administrative and
military positions prevail over the generic heritage.
The title "khan" is worn by the Supreme
Commander. After 917-year, the titling system is
virtually fully replaced by Byzantine, reserved is
only the monarch title "King". Between 865- 917
Bulgarian rulers are titled as "Prince" [4], that why
the issues of title are Khan, King- „Tsar“, Prince-
„Knyaz“. Without being exhaustive we will list some
of the instances of the dynasties - Dulo dynasty,
Samuil dynasty, Terter dynasty, dynasty Shishmans.
The relational database stores a set of ready-made
learning texts that complement the foreground. There
is also a short vocabulary, which translates from
English into Bulgarian the specific terms used in
ontology.
The created semantic network of Bulgarian khans
and tsars is rich with exhaustive and interactive
didactic material. They can be extracted and
presented as a mind map data for each Bulgarian
ruler separately.
3 Conclusions
The digitization of historical facts is undoubtedly
timely and important in order for tutors to provide
accessible and quality education by modernizing the
system and ensuring its adaptability. The
development of ontology for a specific world
historical domain is a challenge for modern scientific
communities because this activity requires not just
conceptualizing but also introducing a large amount
of factual data.
Figure 3. Example of some individuals and their
relationships
Building domain ontologies is difficult,
particularly when the experts have a little
background and knowledge of engineering
techniques and lack the skills of domain
conceptualization. In this paper, the main conclusion
that we showed was how domain ontology for
historical documents can be developed. Person-based
methods are much more efficient in defining the
scope and identifying the basic terms for
specification and conceptualization process for this
new ontology.
Some of the application purposes on the software
system are:
- observing, analyzing and studying target
historical domain;
- making new projects for shared and linked digital
historical assets, new learning projects,
documentaries, performances;
- content-dependent use for different purposes,
incl. gamification, storytelling, mobile applications,
studying, etc.
- stimulation of new research and promotion of
innovative usage and user interaction with the
historical heritage, etc.[23]
Going for future development of the presented
ontological model includes a number of key aspects:
First - improving the user interface for natural
language dialogue with consumers in order to make
TEM Journal. Volume 7, Issue 4, Pages 782-786, ISSN 2217-8309, DOI: 10.18421/TEM74-13, November 2018.
786 TEM Journal – Volume 7 / Number 4 / 2018.
the process of acquiring knowledge interactive and
dynamic.
Second - introducing a mechanism to expand the
search functions.
The implementation of Web integration would
allow expansion of reachability.
The topics are directed toward the use of
interactive forms and methods in the learning process
and the development of methodological models for
work in the class.
Traditional ways of educating students have well-
proven advantages, but there are problems with
keeping students involved and engaged without
innovative technologies. Today students are new
generation learners and the education must be
relevant to their needs. They are born with
technologies and prefer learning in the digital world
[8].
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