Multimedia data is a form of data that can represent all types of data (images, sound and text). The use of multimedia data for the online application requires a more comprehensive database in the use of storage media, Sorting / indexing, search and system / data searching. This is necessary in order to help providers and users to access multimedia data online. Systems that use of the index image as a reference requires storage media so that the rules and require special expertise to obtain the desired file. Changes in multimedia data into a series of stories / storyboard in the form of a text will help reduce the consumption of media storage, system index / sorting and search applications. Oriented Movement is one method that is being developed to change the form of multimedia data into a storyboard.
Deep Dive into An Algorithm for Index Multimedia Data (Video) using the Movement Oriented Method for Real-time Online Services.
Multimedia data is a form of data that can represent all types of data (images, sound and text). The use of multimedia data for the online application requires a more comprehensive database in the use of storage media, Sorting / indexing, search and system / data searching. This is necessary in order to help providers and users to access multimedia data online. Systems that use of the index image as a reference requires storage media so that the rules and require special expertise to obtain the desired file. Changes in multimedia data into a series of stories / storyboard in the form of a text will help reduce the consumption of media storage, system index / sorting and search applications. Oriented Movement is one method that is being developed to change the form of multimedia data into a storyboard.
An Algorithm for Index Multimedia Data (Video) using the Movement Oriented
Method for Real-time Online Services
Aries MUSLIM(1), A. Benny MUTIARA(2), Cut Maisyarah KARYATI(3), Purnawarman MUSA(4)
1,3,4 Etudient Doctoral Informatique Le2i - UMR CNRS 5158 Université de Bourgogne, 9 Av. Alain SAVARY,
21078 DIJON CEDEX
1,3Doctoral Student University of Gunadarma, Margonda Raya No. 100, Depok – Indonesia
2 Faculty Computer Science Gunadarma University, Margonda Raya No. 100, Depok – Indonesia
email : aries.muslim,purnawarman.musa[@etu.u-bourgogne.fr]1,4,
amuslim,amutiara,csyarah[@staff.gunadarma.ac.id]1,2,3
ABSTRACT
Multimedia data is a form of data that can represent all types
of data (images, sound and text). The use of multimedia data
for the online application requires a more comprehensive
database in the use of storage media, Sorting / indexing,
search and system / data searching. This is necessary in order
to help providers and users to access multimedia data online.
Systems that use of the index image as a reference requires
storage media so that the rules and require special expertise to
obtain the desired file. Changes in multimedia data into a
series of stories / storyboard in the form of a text will help
reduce the consumption of media storage, system index /
sorting and search applications. Oriented Movement is one
method that is being developed to change the form of
multimedia data into a storyboard.
Index Term- Index Algorithm, Multimedia data, Movement
Oriented.
1
INTRODUCTION
In the decades when the use of digital media is growing
rapidly, both in size and type of data not only on the text but
also on the image, audio and video. Along with the increasing
use of digital media, especially video, is required technical
data management and retrieval of image effectively. Volume
of digital video produced by the field of scientific, education,
medical, industrial, and other applications available for its
users increased dramatically as a result of the progress in
sensor technology, the Internet and new digital video.
Engineering tools, annotated video with text and image search
using the text-based approach. Through the description text,
image can be organized by semantic hierarchy for easy
navigation and search based on standard Boolean queries.
Because, the description text for a broad spectrum of video
can not be obtained automatically, the system mostly text-
based video retrieval requires annotation manually. Indeed,
manual video annotation is a work difficult and expensive for
a large video database, and is often a subjective, context-
sensitive and is not perfect. (Long Fuhui, Chia-Hung, Hove,
2005).
There are two approaches that can be used to represent the
video: (1) metadata-based and (2) Content-based. Techniques
required for the retrieval (query) from the two approaches
which can be divided into 3 namely: (1) Context-based, (2)
Semantic-based
and
(3)
Content-based.
Content-based video retrieval, a technique that uses cargo for
visual image of a large-scale video database according to user
needs, has developed rapidly since the 1990s. Content based
image retrieval, using the cargo from a visual image or video
such as color, shape, texture, and spatial layout to provide
indexing and image or video. In the system content-based
image retrieval is typically shown in Figure 1, to recover
image / video, the user provides an example of the image /
video retrieval as a reference. System and then change the
image in this example to continuous feature vector.
Similarities between the feature vector of an example query
image in the database and then calculated and retrieval is done
with the help of an index scheme. Index scheme provides a
way to efficiently find the image database. Retrieval system
has the latest feedback of the user to modify the retrieval
process in order to produce retrieval results that are fuller of
meaning and perception semantics.
Figure 1 System Diagram Content-Based Image / Video Retrieval
2
OVERVIEW AND REFERENCES
Multimedia (video) have 3 data elements, namely, 1).The
Image, 2). The voice 3). Text or character of a display to
other combinations of these three elements ( Nalin Sharda,
2005). Multimedia system design is a very complex problem.
Where is the system complexity is growing a lot of elements
on each linier changes or nonlinear of the results presentation
and interaction system. Design oriented movement /
Movement Oriented Design is a new paradigm that will help
manage the level of complexity in the design problem and
search multimedia data (video) is so diverse (Nalin Sharda,
2005).
Data / video retrieval on the number of video database
with a very large system using content-based experience will
problem Identify the time to give each frame of video files,
which is a series of Identify textual each data object that will
represent the video fram
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