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LAPORAN TAHUNAN
UNIVERSITI PERTAHANAN
NASIONAL MALAYSIA
2015
penyel idikan
dan inovasi
Produk
Sistem Penyulitan
dan Penyahsulitan
Menggunakan
Biometrik Suara
Digital Profiling for
Identifying Terrorists
on Online Social
Network for Forensic
Investigation
Sentiment Analysis
Based on Bag of
Words
Potential Coolant For
Military Application:
Multiwalled - CNT
Nanofluids
Measuring Force
Capability and
Readiness Index for
the Armed Forces
(FOCRI)
Nama Penyelidik
Nor Asiakin binti Hasbullah
Norulzahrah binti Mohd
Zainudin
Muaz Muzzamil bin Burhanudin,
Prof. Emeritus Dr. Tengku
Mohd bin Tengku Sembok
Dr. Norli binti Abdullah, Cik
Norshafiqah bin Mohamad
Saidi
Lt Kol Prof. Madya Mohd Nor
bin Yahya
Bil.
9.
10.
11.
12.
13.
Anugerah
Gangsa
Gangsa
Gangsa
Gangsa
Gangsa
Ringkasan Produk
Kepentingan keselamatan komputer menjadi
kemestian di dalam setiap pembangunan aplikasi
pada masa kini. Untuk menjamin keselamatan
data persediaan daripada segi pertahanan
haruslah dititik beratkan. Pelbagai kaedah telah
digunapakai untuk menghasilkan katakunci
yang sukar untuk ditembusi termasuklah
kaedah biometrik. Sistem Penyulitan dan
Penyahsuitan Menggunakan Biometrik Suara
telah dibangunkan bagi menguatkan pertahanan
dalam melindugi kerahsiaan data. Sistem ini
mampu melindungi data di dalam fail daripada
dibuka oleh mereka yang tidak mempunyai hak
untuk melihat kandungan fail.
The tool that we have developed creates a
digital profile based on metadata from an email
account that applies text analysis technique
which will process metadata of a particular
email. We will be able to extract significant
information from an email account in more
efficient and systematic way.
Sentiment Analysis Based on Bag of Words
Nanofluids are dilute suspension produced
by the dispersion of metallic or non-metallic
nanomaterials in convectional fluids. Nanofluids
have a lot of advantages for many heat transfer
applications due to their promising properties
such as improved thermal conductivity, excellent
stability against sedimentation, enhancement of
heat transfer efficiency in micro-channels and
negligible friction. In this work, carbon nanotubes
and carbon nanofibers were selected as the
nanomaterials. Stable water-based nanofluids
suspension was successfully produced using
dispersant agent. The addition of nanocarbon
into a fluid leads to a substantial enhancement of
the thermal conductivity, with the enhancement
factors influence by nanomaterial loading and the
temperature of the fluids.
Military planners have long sought to find ways
to measure the level of force capability and state
of readiness of their forces to encounter any
conflict or war. Even though the armed forces is
ready to meet any uncertainties at all cost, the
issue of to what extent they are ready for the war
or crisis is debatable and it is mainly subject to
the level of operational capabilities. This study
intends to explore the key indicator of capability
and readiness towards developing a framework or
model to measure Force Capability and Readiness
Index (FOCRI) for the Armed Forces or any armed
enforcement agencies. FOCRI offers a quicker
and simplest way to know the state of readiness
of your troops for quick unit commanders
attention, appreciation, administrative action and
deployment decision. The aim of FOCRI is provide
information on unit readiness and helps enhance
commanders confidence level on unit deployment
during crisis. Conceptually, FOCRI will emphasis
on and derive from four main attributes as proxies
or force capability namely Human Dimension
, Asset (System and Technology) Dimension,
Communication and Intelligence Dimension and
Logistic Support Dimension. The construct model
will be based on identification of force capability
driver using the Multiple Objective Hierarchy (MOH)
method and the assigned weightage. FOCRI
index, measuring in term of value from 0 to 1, is
computed and the level of strength is interpreted
and explained according to their level of readiness.