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Home > Advanced Real Time Automation Using System Software Control [Bs Electrical Engineering]

Advanced Real Time Automation Using System Software Control [Bs Electrical Engineering]

Thesis Info

Author

Muhammad Taimoor Hassan, Muhammad Umar Qayyum, Zain Ul Abideen and Ahsan Ahmad Ajaz

Department

UMT. Department of Electrical Engineering

Program

BS

Institute

University of Management and Technology

Institute Type

Private

City

Lahore

Province

Punjab

Country

Pakistan

Thesis Completing Year

2018

Thesis Completion Status

Completed

Page

40 . CD

Subject

Engineering

Language

English

Other

English; Call No: TP 629.895477 ADV-

Added

2021-02-17 19:49:13

Modified

2023-02-26 12:50:57

ARI ID

1676713991205

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مہاتما گاندھی

گاندھی، مہاتما
فداے انسانیت گاندھی!
مصائب اور تھے پر دل کا جانا
عجب اک سانحہ سا ہوگیا ہے
واحسر تاکہ آج قلم کو امن و سلامتی کے اس داعی عدل و انصاف کے اس علمبردار اور اخلاص و عمل کے اس پیکر کا ماتم کرنا پڑا جو ساری عمر ملک و قوم کا غم گسار رہا، اور اس کی راہ میں جان عزیز تک قربان کردی اور کس قدر عبرت کا مقام ہے کہ اس بدقسمت ملک و قوم کے ایک فرد کے ہاتھوں اس کے محسن اعظم کی شمع حیات گل ہوئی، جس کی عزت و سربلندی کے لئے اس نے اپنی پوری عمر صرف کردی اور اس کو زمین کی پستی سے اٹھا کر آسمان کی بلندی تک پہنچا دیا، لیکن دنیا کے بہت سے اکابر اور محسنین انسانیت اس درجہ عظمیٰ پر سرفراز ہوئے، پھر یہ جلیل القدر انسان اس خلعت امتیاز سے کیوں محروم رہتا، یہ تو اس کی عظمت و جلالت کی آخری اور سب سے بڑی سند ہے۔
مادیت کے اس تاریک دور میں جب کہ مہذب انسان انسانیت کی بربادی کے درپے ایٹم بم کی تیاری میں مشغول، ساری دنیا آگ و خون کے سمندر میں غرق اور امن و سلامتی کو ترستی ہے، اس محسن انسانیت نے دنیا کو الفت و محبت اور اخوت و مساوات کا پیام دیا اور اخلاق و روحانیت کا بھولا ہوا سبق یاد دلادیا اور بے تیغ و تفنگ کے اخلاقی قوت سے فتح حاصل کرنا اور دلوں کو مسخر کرنا سکھایا، اور عملاً ثابت کرکے دکھا دیا کہ دنیا میں اصل طاقت اسلحہ کی نہیں بلکہ اخلاق کی ہے اور اسی کے ذریعہ دنیا میں ہندوستان کا سر اونچا کیا، اس نے مکر و فریب کی سیاست میں سچائی کی روح پھونکی وہ مظلوموں کا حامی، غریبوں کا سہارا اور بے...

Identification of Factors Contributing to Primary Female Subfertility by Diagnostic Hystero-Laparoscopy: An Experience of Private Hospital

Background: Management of subfertility is influenced by the diagnosis of its causative factor. Combined diagnostic hystero-laparoscopy has emerged as an effective procedure in identifying causative factors of female subfertility. Objectives: This study aimed to identify contributory factors to primary female subfertility by diagnostic hystero-laparoscopy. Methods: This descriptive study was conducted at the Department of Obstetrics and Gynecology of Hameed Latif hospital, Lahore, Pakistan from December 2021 to May 2022. Data was collected from 344 women with female primary subfertility, undergoing combined diagnostic hystero-laparascopy. All the demographic data along with identified causative factors (tubal blockade, cervical Os stenosis, endometrial polyp, uterine septum, uterine fibroid, endometriosis, peri tubal adhesions and polycystic ovaries) during the procedure were recorded in predesigned study proforma. Data were analyzed through SPSS software 23. Results: Mean age of the patients was 25±5.0 years and the mean duration of subfertility was 3.8+0.55 years. Two hundred and eighty-four (82.56%) patients had abnormal findings, while sixty (17.44%) had normal findings. Out of 284 patients, 94(34%) had one identified factor, while 190 (66%) patients had two or more identified factors for primary subfertility. Polycystic ovaries were seen in 128(37.21%) patients, followed by tubal blockade in 81(23.54%), peri tubal adhesions/hydrosalpinx in 58(16.86%) patients. Conclusions: Diagnostic hystero-laparoscopy is an effective diagnostic procedure for the evaluation of female factor subfertility and may be helpful to gynecologists in devising further management plans.

Studying the Impact of Rural Electrification in Village Hashim Mir Bahar using Agent-Based Modeling

This agent based model was constructed to help understand how rural electrification can affect the overall energy poverty and rural development of Sindh's coastal villages. The model uses gender relations, income and health as its key indicators of change. It has been built using NetLogo. The model helps identify possible ways in which the village may adapt to different scenarios pertaining to electrification and how that will in turn affect the overall development of the village. The study spans over 3 years. Baseline data was taken from 2014, then on-field data was collected in 2016 and again in 2019 for comparison. A sensitivity analysis of how each scenario affects overall rural development is also provided