Browsing by Author "Khizar Hayat"

Now showing 1 - 4 of 4
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    BSTO: Buy Sell Trade Online (E-commerce)
    (UMT Lahore, 2021) Khizar Hayat; Ahsan Ijaz; Ahmed Qasim; Sannan Bin Eijaz
    The main advantage of e-commerce over traditional commerce is the user can browse online shops, compare prices and order merchandise sitting at home on their PC. Also, there are two new features that we have added. One is an auction system that provides us the facility to take part in the auction by just accessing our laptop or phone. No need to travel to the auction place or carry cash with you — just take part online and pay online. The second feature is an exchanging/trading system. Your budget is low, but you want to change your electronics or want something else in return, adding some money into your item value, or you want something cheap and sell your valuable items to keep the extra money. You can use the exchange/trading feature that will allow you to exchange your item with matching items. The goal is to make a platform where users can do all kinds of buying and selling of electronic items, not just used or new. And not just buying and selling — we give an option of exchanging also. In addition, we are bringing it all onto a single platform.
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    Computational sequence analysis of DNA-A&B segments of Begomoviruses infecting vegetables.
    (UMT Lahore, 2020) Khizar Hayat
    Begomoviruses are the members of Geminiviridae, which mostly infects dicots. Vector which is the cause transmission of this virus are whiteflies Bemisiatabaci. They have been characterized into monopartite and bipartite genome associated with DNA A&B. including some devastating strains which are linked with monopartite genome. They infect a broad range of horticulture and vegetable crops resulting into a huge economic loss every year. It has been a nutshell for scientists since the twentieth century and till now there are regular updates in its strains. Total number of DNA-A sequences infecting in vegetables were 151. 30 Species including the extract from phylogenetic tree of maximum likelihood. Species from tree were 15 (Based on 91% identities Brown et al. 2015) Pair wise sequence comparison revealed 86% cutoff value and beyond this point new Species are predicted DNA -B consisted on total number of 17 sequences from which 13 Species were included ( Based on 69% sequence identities) Pair wise sequence Comparison for DNA-B segment depicted 69% Computational sequence analysis of DNA-A&B segments of Begomoviruses infecting vegetables.
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    Rescue police service
    (UMT, Lhr, 2023-08-28) Muhammad Usman; Khizar Hayat; Ibad Khan
    Many individuals who are a part of numerous crimes are free on the run and large numbers of them are still in the shadows as police does not have information of each and every other individual. In order to tackle this issue we are aiming to digitiliaze the criminal records so the police officers can check anyones record online. Moreover, many individuals who are a victim of road accidents kick the bucket because they don’t get treated properly due to not having enough medical information. To tackle this situation, we are aiming to digitialize the whole medical record so the rescue officers can view their health record. If an individual loses any of his/her belongings, there are no proper means yet in order to help find them. So, to tackle this we are aiming to create an interface for the general public in which if someone loses his/her item, they can select a specific area and the app users within that area will receive a notification regarding the item following which they can respond to that so they can chat with the each other and share locations with each other. Moreover this app can also be used to seek suggestion from each other by generating a notification.
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    SUSTAINABLE URBANIZATION WITH RENEWABLE ENERGY AND LOCAL EMPOWERMENT IN PUNJAB, PAKISTAN
    (UMT, Lahore, 2023) Khizar Hayat
    Urbanization is swelling up cities and causing a continuous hike in the demand of electricity to meet the development needs. This study challenges the existing highly centralized and the fossil-fuel dependent power system of Pakistan and investigates whether it is necessary to harness the local renewables in Punjab in order to meet the energy challenges posed by the rapidly surging urban Population. Punjab with its 110 million people and 36.7 % rate of urbanization is the most populous and highly urbanized province of Pakistan. It consumes 65 % of the total electricity supplied by the national grid, which receives 67% of all its power from the non-renewable thermal and nuclear sources. This research builds on the theoretical concepts propagated by the sustainability framework, the energy transition theory and the administrative principle of subsidiarity and proposes energy transition to the renewables (ETR), the engagement of local communities (ELC) in smaller power initiatives and the introduction of local empowerment in energy provision (LEEP) as workable solutions to make the urbanization sustainable in Punjab. The Likert scale survey technique was employed to fetch responses from 480 domestic electricity consumers living in 37 cities of Punjab. The data was subjected to multiple linear regression analysis using SPSS. The output values confirmed that the ETR and LEEP are significant predictors to study variance in sustainable urbanization (SU), which is also found to have a positive association with the income of the subjects. The research promises to provide a new direction to the urban planners, energy managers and the policy makers with the suggestion to devolve the sectoral planning of energy sector to the districts in order to make rising urbanization sustainable in Punjab