تانيه عبد الستار جبر

نبذة عني

تدريسية في معهد الفنون التطبيقية مكلفة بتدريس مادة الحاسوب في المعهد

معلومات اساسية
مكان العمل:
الجامعة التقنية الوسطى
الكلية \ المعهد:
معهد الفنون التطبيقية
قسم:
مركز الحاسبة
اللقب العلمي:
مدرس مساعد
وظيفة:
مدرس
البريد الإلكتروني الجامعي:
البريد الإلكتروني الشخصي:
التحصيل الدراسي

2013الى 2016

ماجستير
علوم الحاسوب / امنية بيانات

الجامعة التكنولوجية
العراق بغداد

2009 الى 2013

بكلوريوس
علوم الحاسوب / امنية بيانات

الجامعة التكنولوجية
العراق بغداد


البحوث المنشورة

I
Improve NTRU Algorithm based on Chebyshev Polynomial
09 May 2015

Abstract
This paper aims to produce a new improvement on NTRU cryptography algorithm based on using the security properties of curve fitting operations and efficient properties that appear in chaotic system. The proposed algorithm represent by combine between (Bezier Quadratic Curve) and (Chebyshev polynomial) features to increase the security for key generation and encryption stages of NTRU algorithm stages based on increase the polynomial generation robust. According of experimental results and the comparison the results between the standard NTRU and improved NTRU that proposed in this paper shown, increase in complexity with keep the same time when compare with original NTRU algorithm as execution time factor. The indications that the proposed improvement on NTRU algorithm succeed to provide the efficiency and accuracy in work and the results are encouraging.

U
Using Chebyshev Polynomial and Quadratic Bezier Curve for Secure Information Exchange
07 May 2016

Abstract
Information exchange approaches are still an important research issue in the network security, generation and sharing the secret session key is the important factor during the group key transfer protocols. In this paper, we propose a new approach for information exchange based on PGP protocol as behavior. The proposed approach aims to combine chaotic techniques and curve security features based on chebyshev polynomial and quadratic Bezier curve, respectively to improve NTRU algorithm to increase the security features in the session key transfer process and improve DES algorithm in the encryption process. The proposed approach adds more security levels In the case of confidentiality and authentication with acceptable results.

A
AES WITH CHAOTIC USING CHEBYSHEV POLYNOMIAL
10 Jan 2018

Abstract
All the important information is exchanged between facilities using the internet and networks, all these data should be secret and secured probably, the personal information of person in each of these institutions day by day need to organized secretly and the need of the cryptography systems is raised which can easily encrypt the personal and critical data and it can be shared with other centers via internet without and concerns about privacy. Chaotic performance is added to different phases of AES but very few apply it on key generation and choosing Chebyshev Polynomial will provide a chaotic map which will led to random strong key. our system based on modified advanced encryption standard (AES) , with encryption and decryption in real time taking to consideration the criticality of data images that been encrypted the main encryption algorithm is the same the modification is done by replacing the key generation algorithm by Chebyshev Polynomial to generate key with the required key size.

P
Proposed Collision Avoidance System in Driverless Cars
19 Jan 2019

Abstract
Avoiding collisions is an important matter in the majority of transport systems and in many other applications in driverless cars it is very important to have an active collision avoidance system since only the car to take an action and no driver to help. The goals of collision avoidance systems are tracking objects of possible collision risks and decide any action to avoid or mitigate a collision with the help of sensors and radars. Car accidents have become quite common nowadays. After investigations, conclusions have stated that a great deal of those accidents happened because drivers fail to stop the car at the right time. Sometimes, the pedestrians are not crossing the road at the right time. Researchers discovered that about 35 percent of people die due to accidents, 98 percent of which die because of fatal road accidents. Many car industries have proposed an AI system in the vehicles for the aim of reducing accidents and this is considered as the backbone of the auto-driven car. However, this system is complex and expansive. That is why; ordinary people are still under the risk of accidents. The system proposed to driverless cars is simulated and modeled via small Miniatures and in Matlab and assembled in Arduino.

S
Study on known models of NB-IoT Applications in Iraqi environments Study on known models of NB-IoT Applications in Iraqi environments
05 Jun 2019

Abstract. Internet of things (IoT) considerably changes connectivity requirements, in
particular concerning longer battery life, lower device costs, lower deployment costs, increased
support and coverage for a lot of devices. Starting from those necessities, numerous various
cellular and non-cellular low power WAN which could be abbreviated to (LPWAN) solutions
emerged lately and are challenging for business related to IoT and the general market of
connectivity. Therefore, in this study, Narrowband IoT main characteristics are explained, as
well as, the suitability for different IoT applications in smart cities industry. The Narrowband
IoT, which could be abbreviated to (NB-IoT), is known as a LPWAN technology of radio
criterion which was presented for enabling the connections of various services and devices
with the use of cellular tele-communication bands. NB-IoT can be defined as a narrow band
radio technology that was created for internet of things (IoT) which is considered as a wide
area of Mobile internet of things (MIoT) techniques which were published as a standard
through 3GPP (third Generation Partnership Project), applications for NB-IoT could be very
wide range and different topics, within this paper suggested NB-IoT applicable models for
application in Iraqi environment to solve many problems (Smart white goods, Smart logistics,
Smart electricity metering and Smart street lighting). These models based on NB-IoT
technologies which are not yet provided by communications providers in Iraq (zain, Asia,
korek).