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LAPORAN TAHUNAN
UNIVERSITI PERTAHANAN
NASIONAL MALAYSIA
2015
penyel idikan
dan inovasi
Produk
Geovisualization of
Battlefield Tactics
(GEBAT)
A RFID Based Video
Surveillance for
Personal Human
Traching
Size Matter:
Cellulose Microfibril/
Nanofibril (CMNF)
Extraction From
Bioresources
Leader Development
Model For UPNM
Military Cadets
Nama Penyelidik
Dr. Norshahriah binti Abdul
Wahab
Prof. Madya Mohd Hazali bin
Mohamed Halip
Prof. Dr. Fauziah binti Hj Abdul
Aziz, Lt Kol Prof. Madya Ariffin
bin Ismail, Prof. Dato’ Dr. Wan
Md Zin bin Wan Yunus, Kol
Prof. Ir. Dr. Norazman bin
Mohamad Nor, Prof. Madya
Dr. Risby bin Mohd Sohaimi,
Prof. Madya Kapt Ahmad Zaidi
Sulaiman (B), Dr. Norhana binti
Abdul Halim, Prof. Madya Dr.
Dian Darina Indah binti Daruis,
Rusnah binti Mustaffa(Nuclear
Malaysia), Norien binti Azraaie,
Nurul Aimi binti Mohd Zainul
Abidin, Nur Amira binti Mamat
Razali, Nur Ain binti Ibrahim
Lt Kol S. Ananthan (Bersara)
Bil.
11.
12.
13.
14.
Anugerah
Perak
Perak
Perak
Perak
Ringkasan Produk
Geo-visualization of Battlefield Tactics (GeBAT)
was designed to provide a platform for military
officers especially Malaysian Special Operations
Force in studying the state-of-the-art in Military
Strategies. Malaysian Special Operations Force
is a team that rely heavily in collecting and
applying data on geospatial intelligence. Based
on this fact, GeBAT application has the capacity
to captured geo-visualization images on certain
targeted area. The manipulation of these geo-
visualization images can be done interactively
using GeBAT. In addition, GeBAT application
may enhance the brainstorming session amongst
military officers by reducing the workload
process of cognitive. GeBAT application also
helps the military officers in visualizing the
geography images and strategies’ their Course
of Actions (COAs) planning in warfare scenario.
In the area of surveillance, tracking an object or
a human movement is becoming very important
for many applications. This project presents a
SeeYOU, a radio frequency identification (RFID)
based human tracking system using video camera
management to be used in surveillance industry.
The system incorporates RFID technology in
which the RFID tag reader is associated with an
area that is observable through a video camera
and the person to be monitored is provided with
the RFID tag with a unique identifier. When a
person is detected within the proximity area of
the RFID reader, the associated video camera
is activated and captured images are sent to a
recording device. The system helps in detecting
the position of an individual in a place and able to
assist in the management of individual monitoring.
SeeYOU is developed to assist in the supervision
and monitoring of people in a more effective and
efficient way.
Cellulose microfibril/nanofibril (CMNF) is
reinforcing material for composites is becoming
more and more attractive to researchers in
composites science because its potential
lightweight and high strength. A network of self-
bonding cellulose fibers within network structure
affects by chemical and mechanical treatment.
In this research we describe an approach to
synthesis CMNF from biosources. The width of
CMNF has been estimated. The true lateral width
of native cellulose microfibrils are smaller than the
presently accepted value and are not yet justified
by direct experimental evidence. The particle
sizes and its distribution were then characterized
by using ASVR AND X-100 size analyzer.
Leadership has been identified as one of
the seven soft skills that must be acquired
by all graduates of public universities in
Malaysia. Similarly, development of leadership
competencies and attributes is a major
requirement for all officers commissioned into
the Malaysian Armed Forces (MAF). Towards
this end, military officer cadets at the National
Defence University of Malaysia (NDUM) are
provided knowledge on leadership through
academic studies and lectures delivered at
the Military Training Academy. Exposure
to leadership practices and development of
leadership skills are afforded through sports and
co-curricular activities as well as military training.
This study endeavoured to analyse the current
practice of leadership development of military
officer cadets at NDUM and identify weaknesses.