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Sign language translator for vocally disabled

Thesis Info

Author

Iqra Nazakat

Supervisor

Babar Khan Jadoon; Sadia Ali

Department

Department of Electronic Engineering

Program

BS

Institute

International Islamic University

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2016

Thesis Completion Status

Completed

Page

64

Subject

Electronic Engineering

Language

English

Other

BS 617.033 IQS

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676722229735

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ماں دی ممتا

ماں دی ممتا

پرانے زمانے دی گل اے کہ اک پنڈ دے لوک بہت ای ظالم سن۔ خاص طور تے اوہ پرندیاں دا شکار کردے۔ درختاں اتے چڑھ کے اوہناں دے آہلنیاںوچوں انڈے یاں بچے کڈھ لیندے سن۔ ایس پنڈ دے باہر اک بہت وڈا بوڑھ دا درخت سی۔ اوتھے اک طوطے نے آہلنا پایا۔ اک طوطا تے طوطی گلاں کردے نیں طوطا طوطی نوں آکھدا اے:

طوطیے من موتیے ایس نگری نہ جا

ایس نگری دے جٹ برے نیں پھائیاں لیندے پاء

اگوں طوطی جواب دیندی اے:

طوطیا من موتیا ٹاہلی میرے بچڑے لک ٹنوں ٹنوں

اوہناں دے دو چھوٹے بچے وی ہوندے نیں۔ طوطا آکھدا اے کہ میں پنڈ جاندا ہاں تاں جے بچیاں لئی کجھ کھاون لئی لے آواں۔ طوطی آکھدی اے۔

طوطیا من موتیا ٹاہلی میرے بچڑے لک ٹنوں ٹنوں

میں اپنے بچیاں نوں چھڈ کے نئیں جا سکدی جے میرے بچیاں نوں کجھ ہو گیا تاں میرا لک ٹٹ جاوے گا۔ میں مر جاواں گی۔ طوطا جان لگدا اے تے طوطی آکھدی اے۔ کہ توں ایس نگری نہ جا۔ ایس نگری دے لوک بہت برے نیں۔ اوہ تینوں قید کر لین گے تے جے تینوں کجھ ہو گیا تاں ساڈا کیہ بنے گا۔ طوطا ایہہ گل سن کے چپ کر کے بہہ جاندا اے۔ اوہ ٹاہلی تے بیٹھے ہوندے نیں تے جیہڑا وی مسافر ٹاہلی دے کولوں لنگھ دا اے۔ اوہ ایہو آکھدی اے۔

ٹاہلی میرے بچڑے لک ٹنوں ٹنوں

اک دن اک راہ گیر دھپ توں بچن لئی ٹاہلی تھلے بہہ جاندا اے۔ اوہدے کول روں ہوندا اے۔ طوطی روں ویکھ کے اوس نوں آکھدی اے۔

DIGITAL LITERACY AS A FOUNDATION FOR RELIGIOUS MODERATION LEARNING AT SALATIGA'S AL-HIJRAH TINGKIR ISLAMIC BOARDING SCHOOL

The current millennial generation, includes santri, who have digital literacy skills, but unfortunately it has not been matched by ability to use digital media to obtain information and self development. The purpose of the research was to determine the extent to which students’ digital literacy skills, how to use digital literacy as a basis for religious moderation learning, and the obstacles faced during the training on the use of digital literacy at the Al-Hijrah Islamic Boarding School Tingkir Salatiga. This research is a qualitative and participatory action research. Data collection techniques used are participant observation, interviews, and documentation. The data analysis technique uses Mile and Hubermen in the form of reduction, presentation, and conclusions. The research procedure includes planning, implementation, observation, and reflection. The result of the studi show that digital literacy can be used as a basis for learning religious moderation. The students at the Al-Hijrah Islamic Boarding School can get digital content in the form of religious moderation material from website, social media, and others. The students also take advantage of digital literacy to create religious moderation content.

Some Nonlinear Flow Problems Involving Nanofluids

Due to the lack of heat transfer rate of traditional fluids like water, ethylene, kerosene oil and some others, scientists over the year have made efforts to improve the thermal properties of these traditional fluids based on the idea of nanofluids. In this manuscript, we have used different available models for thermal conductivity of nanofluids to analyze the behavior of velocity and temperature profiles. The base fluid mostly considered is water, while Copper (Cu) and the carbon nanotubes (CNT) have been utilized as the nanoparticles. thermal conductivity have been employed in particular. The flows passing through nonparallel walls, stretching sheet problems and the flow over a wedge have been keen areas of focus in the manuscript. A novel analysis for the flow of nanofluids in converging/diverging channels when the walls are stretching/shrinking has also been included. Also, the squeezing flow of nanofluids in a channel with lower stretching wall has also been studied. The influence of magnetic field on the flow and heat transfer of nanofluids is also studied. In some of the problems, Brownian motion and thermophoresis effects are also considered. The radiation effects have also been included in modeling the problems using Buongiorno servations laws used to model the physical problems have been used. Employing suitable similarity transformations, the equations that govern the flow are transformed to a set of nonlinear ordinary differential equations. Some analytical as well as numerical schemes have been used for the solution purpose. The results thus obtained are compared with some of the existing ones, and the agreement between the solutions is highlighted in the form of tables. Variations in velocity, temperature and concentration profiles with respect to the parameters involved are simulated graphically with the help of different mathematical software.