Browsing by Author "Ali Haider"

Now showing 1 - 11 of 11
  • No Thumbnail Available
    Item
    Broken relations and navigation of mother ship
    (UMT, Lahore, 2019) Ali Haider
    How do you leave a mother who associates her life’s meaning and fulfillment to you and your achievements, without breaking her heart? How do you surrender all your passion to a lover while leaving some for the woman who gave birth to you, reared you, and loved you? This paper analyzes D.H. Lawrence’s semi-autobiographical novel Sons and Lovers which displays the pendulum of a young man’s love swinging to-and-fro from his deep bond with his mother to his passionate relationships with his lovers. It is a fragile pendulum that slowly cracks and inevitably breaks. It is a beautiful account of a man who is unable to choose which impulse to follow. The situation is picked up from Lawrence’s life itself, and as Jessie Chambers, the girl on whom Miriam was based, describes, it was simply that while loving his mother with an almost romantic passion, he had nothing left to give to a lover. A careful study of this text by Lawrence shows us an extreme case of Oedipus complex. Since Paul was a baby, Mrs. Morel treated him in a special way that had led in time to a pretty tight bondage between them. The mother-son love pushes the normal limit of familial affection, becoming almost erotic.
  • Thumbnail Image
    Item
    Car Vibe
    (UMT, Lhr, 2023) Muhammad Waleed; Ali Haider; Areeba Mubeen; Noor Ismail
    Now a days use of vehicle are the important part of our life, every day people travel from one place to another by using public transport or by their own vehicle. Among them, commuters primarily use the vehicle transportation system. The transportation system of roads not only enables commuters to reach their destinations, but also tons of cargo. When there is an accident, the transportation system along the roads is impacted. The reason might be over speeding, Drunken, drivers, distraction, red light jumping, and overtaking. Based on the survey, 1.3 million people die every year due to roadway accidents. By the help of some sensors and technology we can actually reduce the amount of death by road accident. We can use accelerometer sensor to detect an accident and after detecting we can notify about the accident to such individuals who may play some role to save that person’s life i.e their close friends, police and emergency sector.
  • Thumbnail Image
    Item
    Computer aided geometric design in animation using 3D graphic software
    (UMT Lahore, 2023-06) Irfan Sharif; Ali Haider
    Computer aided geometric design plays a crucial role in the field of animation, enabling the creation of realistic and visually captivating 3D graphics. This paper explores the application of computer aided geometric design techniques in animation using 3D graphic software. An overview of computer aided geometric design and its significance in the animation industry is presented. It highlights the fundamental principles and mathematical concepts that form the basis of computer aided geometric design, including spline curves and surfaces. It also explores the benefits of using computer aided geometric design in animation, highlighting how computer aided geometric design techniques facilitate efficient and precise control over geometric shapes, allowing animators to manipulate objects with greater flexibility and accuracy. The use of computer aided geometric design also enhances the realism of animations, as it enables the creation of smooth and organic motion, realistic deformations, and lifelike character models.
  • Thumbnail Image
    Item
    Develop ai ethics in healthcare
    (UMT.Lahore, 2024) Muhammad Sohaib; Ali Haider
    The aim of this study is to increase moral standards in the health care system by incorporating artificial intelligence (AI) to human cognitive processes and make medical decisions in the health care system and make when making medical decisions. The main objective of this study is to examine the moral concepts initiated from the use of artificial intelligence in medical programs, especially in relation to the treatment and diagnostic scheme and care of patients. The study deals with important moral problems such as ensuring accuracy in identifying symptoms, improving patient results, streamlining treatment administration and protecting privacy and patient autonomy. Quantitative methods, such as interaction and interviews with health professionals and moralists, designers of artificial intelligence and other medical social interests. These calls show potential benefits of AI in promoting health practices, while exposing ethical problems, especially patient consent, privacy and justified data inclusion of different patient groups in AI algorithms. Research has seen how AI unintentionally can strengthen prejudice and inequalities if the system is not developed and monitored. To highlight the importance of establishing a moral structure to deal with these issues. Conclusions show that although AI has the ability to improve treatment methods and improve the distribution of the health care system, it requires implementing strong moral principles and guidelines application. The study emphasizes the importance of a broad ethical structure that guarantees the integration of AI into the health care system, corresponds to basic moral principles, prefers the patient well and encourages transparency, justice and responsibility. The study concludes with the claim that a well-structured moral approach for integrating AI will not only promote efficiency. Medical practice will also promote confidence between patients and health professionals to ensure that this technological progress benefits all patients. Keywords: Healthcare, Ethics, Algorithmic bias, Patient autonomy, Accountability, Transparency, Ethical Framework, Stakeholder Engagement
  • Thumbnail Image
    Item
    “Feasibility study on Tobacco based Sustainable Aviation Fuel (SAF) for Pakistan”
    (UMT, Lahore, 2023) Ali Haider; Shan Rasheed; Umer Javed; Shahzaib Nasir; Fahad Azhar
    Purpose – There has been relatively very little study on production and use of the Sustainable Aviation Fuel (SAF) in Pakistan. There are multiple sources for obtaining SAF and one of them is tobacco. This study aims to find out how feasible is the use of Sustainable Aviation Fuel from Tobacco in Pakistan and what are the practices adopted around the world for the use of Sustainable Aviation Fuel. Methodology – This research is a mix method using both primary and secondary data regarding the tobacco growth in Pakistan, Annual fuel consumption of aviation fuel in Pakistan, Processes involved in the production of fuel from tobacco and different environmental initiatives in the aviation industry was collected through different online sources like websites of ICAO, IATA, reputed journal articles and official reports from OGRA, Government of Pakistan etc. This data was analysed with the current policies of the aviation industry in Pakistan. Interviews of farmers were also recorded in this study. Findings – Tobacco can be used as Sustainable Aviation Fuel. Aviation Fuel. Stems and leaves have been analysed for sugar contents and they have sufficient quantity of sugar to produce bioethanol on commercial scale. According to estimates 143,100 thousand tons of SAF can be produced in Pakistan which accounts for 17% of the total aviation fuel used in Pakistan. So, tobacco in Pakistan is sufficient for 5% of blending in the initial stage. This will also provide tobacco farmers an alternative as they are under pressure from health authorities. This will help Pakistan in import substitution of fuel. Aviation industry aims to achieve Net Zero Carbon by 2050. For this reason, ICAO has devised a plan named Carbon Offsetting and Reduction Scheme for International Aviation (CORSIA). The three staged program aims to reduce emissions. Pakistan is not a member of carbon offsetting initiative. Research Limitations - Due to access restrictions it was not permitted to visit the biodiesel plants near Lahore. On the other hand, due to lack of time and technical support different varieties of tobacco in Pakistan could not be tested. PCAA, Airlines and Airport’s perspective could not be obtained due to time limitation. Originality - Till date no such study has been done on the production of sustainable aviation fuel from tobacco in Pakistan. This study is based on the data available from various online sources.
  • Thumbnail Image
    Item
    Formula carparts
    (UMT Lahore, 2022) Ali Haider; Shaharyar Sohail
    It is an E-commerce platform for customers and sellers on which they can easily buy and sell used car parts. It helps connecting the buyer with the seller and makes it easier for the buyer in looking for and placing orders for their desired products. Buyers can easily compare the prices of these car parts with other sites getting an idea regarding how prices are set out. Due to beingengrossed in their daily lives, people do not have the time to physically visit the market in order to purchase car parts or are unable to find the right parts at these markets. Transportation to these markets can also be a problem for some of these people. Different situations like COVID and high item rates also make it dangerous as well as difficult for people to physically go out in search of products. This platform will enable people to purchase items of their choice from the comforts of their homes without having to risk the safety of both the buyer and seller. They will be able to place item orders online making use of the most convenient option of “Cash on delivery”. We aim to cater the maximum amount of audience and aid in increasing their businesses while keeping the safety of both sides in mind.
  • No Thumbnail Available
    Item
    Internet of things
    (UMT Lahore, 2015) Ali Haider
    Among topics covered in this article are IoT permitting technologies, protocols, and application issues. The innovation in internet protocols, communication technologies, and IoT technology (RFID smart sensors, etc.) has enabled the Internet of Things. The theory is also that smart sensors would function together without human involvement to produce new applications. With today’s internet, mobile technologies, and the machine-to-machine (M2M) revolution, a machine revolution has occurred around the world. Moreover, the use of the internet, mobile apps, mobile technologies, and machines has been increasing globally. This is called the IoT revolution. IoT is predicted to cover various technologies in the coming years, allowing new applications by integrating physical items for more intelligent decision-making. The Internet of Things is discussed in depth in the first section of this article. On the following page, some technical details of enabling technologies, protocols, and applications based on IoT are discussed. This evaluation concentrates on some of the most relevant protocols and applications. In this way, researchers and developers can get a quick sense of how different protocols work together without having to read through RFCs and other standards criteria. A summary of current Internet of Things research, as well as a discussion of significant Internet of Things concerns, is also included. Other developing technologies, such as cloud computing, fog computing, and large-scale data analysis, are also studied along with IoT.
  • Thumbnail Image
    Item
    SharkColab
    (UMT, Lahore, 2023) Ali Haider; Afaq Ahmad Abbasi; Jahan Khan
    The SharkColab platform is a project developed by students in their final year of the bachelor of science in software engineering program. The platform aims to create an inclusive and respectful environment for users to share their unneeded possessions with others. This is a web based project focused on worldwide hard working VA to help them with the money and business men to help them with the workers necessary for launching the products and hunt them to do a good business with collaboration etc. Business men will be able to check online what products are hot in this time and era and the differences of prices between different brands and buy them according to their needs. It will also help VA to sell their own products by putting ads and make their own business. Moreover, it will also help them guiding through different plans and technologies to help them grow their business with each other.
  • Thumbnail Image
    Item
    Solar-powered Drone
    (UMT Lahore, 2022-09) Rana Ammar Saeed; Ali Haider; M. Ahtasham Arif
    Drones have a wide range of applications such as agricultural drones, delivery drones, aerial surveillance, and 3D mapping, which is a famous research topic nowadays. Developing low-cost solar-powered drones is still a challenging task in engineering. This work is focused on designing a drone that operates with solar power. Normally, drones have a large battery which increases the cost and weight. Solar-powered quadcopters are available in a different selection of designs. Solar-powered drones can fly forty-eight times longer than battery-powered drones. Long-variety flight exams investigated the effect of solar power oscillations on the plane's energy consumption. Under perfect conditions, solar cells in quadcopters outperform batteries. In case you need to fly for the long term, you need a LiPo battery that lasts for 2 to 3 hours. A flight controller is the most important and expensive part of a drone. The strategy used in this work is to reduce the overall cost of the drone by designing a low-cost flight controller for the quadcopter. To analyze and design the control of a quadcopter, dynamic modeling is an optimal way to represent the system mathematically. In this thesis, an approach to model the quadcopter mathematically is discussed. It uses SolidWorks analysis to formalize the dynamic model of drones. The output equations of the dynamic modeling are used to create a simulation environment for the drone to compare the results of a real drone with a simulated drone. After the complete design, aerodynamic and stability analysis was carried out using software, which showed that the desired results were achieved, and the design was statically and dynamically stable.
  • Thumbnail Image
    Item
    Technology Acceptance Model in Evaluation of Urban Mobility Services:
    (UMT Lahore, 2022) Umair Ch; Ali Haider; Zain Nasir
    Intelligent Transportation System has been evolving with the key concept of smart cities. Considering the current status of technology involvement in urban mobility. This research evaluates the technology acceptance for traveling based on user intention with their economic status in six specific areas, for this, a structured questionnaire was formed and 120 respondents had given their input. Likewise, mobility service apps based on GPS tracking, route information, and safety were considered to be evaluated based on the Technology Acceptance Model. The results have shown that usage of apps has significantly increased, based on the correlation built between Perceived Usefulness, Perceived Ease of Use, Perceived security risk, Habit towards Use, and Intentions of Use. Furthermore, based on TAM smart parking system also proposed to empower the citizen with smart technology.
  • Thumbnail Image
    Item
    The Air We Breathe Exposure to Poor Air Quality Leading to Adverse Health Effects in Punjab, Pakistan
    (UMT, Lahore, 2023) Ali Haider
    As air quality plummets, its impact ripples across various sectors of life, including human health. This study delves into public and medical professionals' awareness of this critical issue. Employing a mixed-methods approach, we surveyed residents in two Lahore cities and interviewed medical professionals across Punjab. Strikingly, the public displayed substantial awareness of air quality concerns and their associated health risks. However, medical professionals exhibited a surprising lack of knowledge about air quality-related diseases compared to their Indian counterparts. This highlights the urgent need for targeted interventions to equip medical professionals with the necessary knowledge and empower the public through tailored awareness campaigns, ultimately mitigating the detrimental effects of declining air quality on human health.