Browsing by Author "Sajid Ali"

Now showing 1 - 4 of 4
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    Ahd-e-Risalat ke Ghazi Sahaba Karam
    (UMT Lahore, 2023) Sajid Ali
    Insan'at ki hidayat aur rahnumai ke liye Allah Ta'ala ne Anbiya alaihimus salatu wassalam ko duniya mein mab'oos farmaya. Taake Anbiya alaihimus salatu wassalam Khuda ka paigham logon tak pahunchayen aur logon ki sirat-e-mustaqeem ki taraf rahnumai karein, isi liye Anbiya alaihimus salatu wassalam ki zindagi ko logon ke liye namoona qarar diya gaya, taake logon ke liye seedhe raaste par chalna aasaan ho jaye. Allah Ta'ala ne aakhir mein Muhammad Rasool Allah Sallallahu Alaihi Wasallam ko mab'oos farmaya aur elaan kar diya ke aap Khatam-ul-Nabiyyeen hain, ab aap ke baad koi naya Nabi nahin aayega aur aap ki zindagi ko Uswah-e-Hasanah qarar diya. "Laqad kana lakum fi Rasoolullahi uswatun hasanatun liman kana yarjullaha wal yawmal akhira wa zakarallaha kaseera." (1) Tarjuma: Tahqeeq tumhare liye Rasool Allah Sallallahu Alaihi Wasallam ki zaat mein ek behtareen namoona hai, har us shakhs ke liye jo Allah se aur Yaum-e-Akhirat se umeed rakhta ho aur kasrat se Allah ka zikr karta ho. Phir Allah Ta'ala ne Anbiya Karam (R.A.) ki mu'awinat ke liye har zamane mein un ke mu'awineen banaye aur Allah ke Nabi (S.A.W.) ke saath bhi ek jama'at tashkeel di jis ko Sahaba Karam (R.A.) kaha jata hai. Allah Ta'ala ne bahut se maqamat par Sahaba ka Quran-e-Majeed mein tazkira farmaya aur yeh bhi kaha ke Allah un se raazi hai aur woh Allah se raazi hain.
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    Design and Implementation of Control System for Inverted Pendulum
    (UMT Lahore, 2012) Raheel Tariq; Sajid Ali; Saad Rasheed
    The inverted pendulum is a classic control problem, which involves the development of balance the pendulum system. For display purposes, it is like trying to balance a broomstick on the finger. To study this problem, we have to take into account the experimental system which consists of a pendulum, which is free to rotate 360 degrees. This project involves the complete system including all mechanical hardware, software and design at minimal cost. Three major subsystems that make this design: (1) a mechanical system, (2) feedback network which includes sensors and methods for reading and (3) a driver and its interface with mechanical system. After determining a set of requirements between subsystems, each can be designed independently of the other two, simplifying the design process. We consider several models of stick-slip friction between the car and track and measure the parameters of the experimental friction.
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    Design and implementation of control system for inverted pendulum
    (University of Management and Technology, 2012) Raheel Tariq; Sajid Ali; Saad Rasheed
    The inverted pendulum is a classic control problem, which involves the development of balance the pendulum system. For display purposes, it is like trying to balance broomstick on the finger. To study this problem, we have to take into account the experimental system which consists of a pendulum, which is free to rotate 360 degrees. This project involves the complete system including all mechanical hardware, software and design at minimal cost. Three major subsystems that make this design: (1) a mechanical system, (2) feedback network which includes sensors and methods for reading and (3) a driver and its interface with mechanical system. After determining a set of requirements between subsystems, each can be designed independently of the other two, simplifying the design process. We consider several models of stick-slip friction between the car and track and measure the parameters of the experimental friction.
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    Feasibility study of dairy farm
    (UMT, Lahore, 2019) Zahid Bashir; Taimoor Ehsaan; Sajid Ali; Moazam Ali; Gohar Ahmed