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Online Ambulance Tracking System

Thesis Info

Author

Muhammad Ayaz

Department

Department of Computer Science, QAU

Program

MSc

Institute

Quaid-i-Azam University

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2012

Thesis Completion Status

Completed

Page

51

Subject

Computer Sciences

Language

English

Other

Call No: DISS/M. Sc. COM/2003

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676717194350

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حافظ احمد سعید خان[نواب آف چھتاری ]

نواب آف چھتاری سرحافظ احمد سعید خان
افسوس ہے ۶/جنوری کی شام کونواب آف چھتاری سرحافظ احمد سعید خان صاحب نے ۹۴برس کی عمر میں علی گڑھ میں وفات پائی اوردوسرے دن اپنے آبائی وطن چھتاری میں مدفون ہوئے۔ نواب صاحب تقسیم سے پہلے وائسرائے کی اکزیکٹو کونسل کے ممبر اوریوپی کے گورنر رہ چکے تھے اس لیے ان کاجنازہ ان کی کوٹھی راحت منزل سے یونیورسٹی تک اوریونیورسٹی سے چھتاری تک پورے سرکاری اعزاز واکرام کے ساتھ لے جایا گیا۔ جلوس میں ہرفرقہ و ملت کے ہزاروں سوگواروں کے علاوہ متعدد وزرا اوراترپردیش کے اعلیٰ افسران حکومت بھی شامل تھے۔نماز جنازہ جس میں ہزاروں مسلمان شریک ہوئے، علی گڑھ اور چھتاری دونوں جگہ ہوئی۔جن لوگوں نے سرسید(متوفی۱۸۹۸ء)کوبہت قریب سے دیکھا اوران کی باتیں سنی ہیں، نواب صاحب غالباً اس بزم کی آخری شمع تھے، سدارہے نام اﷲ کا۔اناﷲ واناالیہ راجعون۔
گذشتہ ایک صدی کے اندربرصغیر کے مسلمانوں میں مختلف حیثیتوں سے بڑی بڑی نامور اور قدآور شخصیتیں گزری ہیں جن کے طنطنۂ شہرت وکمال سے اس ملک کے بام و در عرصہ تک گونجتے رہے ہیں اوراب وہ تاریخ کی گود میں آسودۂ سکون ہیں لیکن یہ بات بلاخوف تردید کہی جاسکتی ہے کہ دین اوردنیا کے اعلیٰ صفات وکمالات اورامیری میں درویشی کی جامعیت کے اعتبار سے نواب صاحب کی شخصیت منفرد اوراپنی مثال آپ تھی، چنانچہ ایک طرف دنیوی عزت و وجاہت کے نقطۂ نظر سے انگریزوں کے عہد میں جوعہدہ ومنصب ایک ہندوستانی کی معراج ہوسکتاہے وہ انہی کو حاصل تھا، وہ وائسرائے کی کونسل کے ممبر بنے، اترپردیش کے پہلے مسلمان گورنر مقررہوئے، نظام حیدرآباد کے وزیر اعظم یا مدارالمہام برسوں رہے،نظام ٹرسٹ کے رکن منتخب ہوئے،علی گڑھ مسلم یونیورسٹی کے پہلے پروچانسلر اور پھر چانسلر سالہا سال رہے۔گورنمنٹ اورپبلک ہرجگہ بڑی عزت واحترام کی نظر سے دیکھے جاتے۔برطانیہ کے ایک نمائندہ...

Plagiarism As an Act of Academic Crime: A Critical Overview in an Islamic & Modern Perspective

Plagiarism is a cheating in form of stealing the ideas or language of others, which is morally and ethically crime and it's also an offense. In the field of education plagiarism is an academic fraud, therefore it is considered a theft. In material world the things which belong to us are considered our property; same is the case in academic world ideas, concepts words and work which belong to us are known as "intellectual property". Thus, we cannot use or cite others’ academic work without permission. Islam is the only religion that advocates for knowledge seeking and sharing with others. So sharing useful knowledge is Sadqa-e-Jāriyia. But this does not mean to attain knowledge and overlook the real source of knowledge. In this connection individual has to give credit whenever one uses the work of others anywhere. Hence, if we are using the work of others and do not cite the source and acknowledge the real author, we indulge ourselves in "Plagiarism" or in academic fraud. So in this scenario, academic world copyright or authorship is important. In recent terminology these are known as "intellectual property rights". In present era deceiving and harming of others has become common. In academia, "intellectual frauds" are more common nowadays. The objective of this article is to highlight the Islamic perspective in the avoidances of plagiarism. In this regard, Qur᾽ānic verses and Ahādīth have been used for exploring how Islam has indicated the avoidances of plagiarism. The main theme of this paper is to highlight and explore the Islamic vision regarding the academic theft and current preventive practices in Pakistan. It is suggested & concluded that in Islam plagiarism is prohibited. It also indicates the terms & conditions for the use of academic work of other scholars. There is dire need that the Muslim experts should also revive new Islamic copyright rules and regulation for honest academic writing.

Breeding Strategies to Improve Yield and Quality Traits of Vigna Radiata × Vigna Mungo Recombinants

The present study was conducted in the experimental field of Nuclear Institute for Agriculture and Biology (NIAB) and the Department of Plant Breeding and Genetics University of Agriculture, Faisalabad, Pakistan. Seventy two mung × mash inter-specific recombinants were evaluated for various yield traits and for resistance against mungbean yellow mosaic disease (MYMD). Thirty six promising recombinants were selected on the basis of desirability index and these were also confirmed at molecular level. Sixteen male specific recombinant genotypes were selected and evaluated for quality traits. On the basis of overall performance in different experiments, five recombinant genotypes were finally selected and 5 × 5 diallel crosses were attempted. Parents and F1 hybrids were evaluated thereafter for the study of inheritance patterns of different traits. The magnitude of genotypic and phenotypic coefficients of variability ranged from (2.73% to 28.97%) and (3.46% to 31.95%) respectively. Moderate to high Broad sense heritability value was observed, it ranged from (34% to 99%) with greatest value (h2 = 99%) for 100-seed weight. Low to medium genetic advance was observed with highest value of (10.591) for plant height. High heritability values coupled with high genetic advance were observed for clusters per plant, pods per plant, and seed yield per plant indicating the presence of additive gene action. Pods per plant had higher value of genetic advance (46.12%) followed by number of clusters per plant (38.06%) and seed yield (30.82%). Pods per plant had maximum positive and significant genotypic (rg = 0.903) and phenotypic (0.860) correlations with clusters per plant. Days to flower, plant height, pods per plant and cluster per plant appeared to be the most prominent characters as they had highly significant phenotypic and genotypic correlations with seed yield. Pods per plant were also appeared to be the most important secondary trait suggesting greatest improvement in mean seed yield (31%) followed by plant height (24%) and clusters per plant (5%). Selection for number of pods per plant showed promise for greatest improvement in seed yield that was 54% of the improvement possible through direct selection for seed yield followed by clusters per plant and plant height. The aggregate index score of desirability ranged from 4 to 13 and the genotype, MMH 11534 was at the top followed by MMH 53105. Thirty six promising genotypes having high yield potential and disease resistance were selected. Universal Rice Primer (URP) and RAPD markers confirmed 16 recombinants which were also reconfirmed by SSR markers. The primer, SSR VR0111 confirmed maximum number of genotypes as male specific recombinants. Sixteen recombinant genotypes were selected on the basis of their male parent specific banding pattern and diversified PCR. The recombinant genotype, MMH 4224 got improved with respect to all essential amino acid, while MMH 1115, MMH 2112, MMH 7124 and MMH 4255 also exhibited significant improvement. On the basis of overall performance in different experiments, seven recombinant genotypes, viz; MMH 1115, MMH 4224, MMH 4255, MMH 7124, MMH 2112, MMH 4295 and MMH 2225 were observed to be more prominent and hence these were selected as elite lines. These lines were true inter - specific recombinants and possessed excellent nutritional quality coupled with high yield potential and disease resistance. Considering the worth of these elite lines, it was suggested that these may be used for further evaluation in different trials for the release of new commercial cultivars. All the traits studied were under the control of dominant gene action except 100-seed weight. Heterosis breeding was recommended for these traits and recombination breeding was suggested for the improvement of 100-seed weight. The hybrids having positive and significant SCA effects were recommended for heterosis breeding and the hybrids whose parents have significant GCA effects and non- significant SCA effects were recommended for further progeny testing.