Browsing by Author "Ghulam Murtaza"

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    Analyzing linguistic patterns and persuasion techniques in Imran khan's political speeches
    (UMT.Lahore, 2024) Ghulam Murtaza
    This study investigates the linguistic patterns and persuasion techniques employed by Imran Khan in his political speeches, specifically analyzing four key speeches: His speech during the Belt and Road Forum held in Beijing (2019), during 76th Session of United Nations General Assembly (2021), his statement on Pulwama attack and interview with Al Arabiya. Analyzing the text, the study uses Critical Discourse Analysis (CDA) as a theoretical framework by applying Fairclough’s three-dimensional model. The research interest resides on the rhetoric choices that Khan employs, including the rhetorical appeals, topics and motifs as well as language features in order to build credibility, appeal to emotions and create reasonableness. The study also considers topics that demonstrate how Khan uses inclusive language, personal pronouns, and powerful metaphors to spread his message and recruit followers. Conducting lexical, syntactic, semantic, and discourse analyses on the speeches given by Imran Khan, the study establishes four major discursive themes of economic reforms, anti-corruption drive, nationalism, and unity among the country’s people. The analysis of ethos, pathos, logos, and Kairos as persuasion strategies also underscores Khan’s skills in appealing to and engaging various broad audiences, as well as explaining political topics to them. This research can be viewed as a useful addition to the body of knowledge about political discourse as it presents a rich analysis of the language utilized by a modern political figure. By elucidating the techniques Khan employs to assert his political ideology and leadership, the research offers insights into the dynamics of political communication and its impact on public perception and international diplomacy.
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    Final year project report Rfid student attendance system
    (UMT.Lahore, 2017) M.Ibtisam.ur. Rehman; Ghulam Murtaza; Wasif Shehzad; Faisal Fareed
    The current process of collecting student’s attendance information is mostly manual. This project attempts to propose a more efficient Information Communication Technology (ICT) based process. The proposed design makes use of radio frequency (RF) as a means of communication between the Attendant Management Data Server (AMDS) and the RFID Card Readers (RCR) situated in the various classrooms or lecture halls. The main purpose of RFID technology is to identify an object or a person through a tag attached to it. The identification tag contains the data stored in its memory. Each tag contains that information in the form of code, which differentiates that object from all other objects. The biggest motivation to do this project is to archive student attendances, save time of the instructor and allow only authorized students to sit in the class. When a student uses his/her RFID card, the status of the student in the system is updated and overall percentage of classes attended in that course is stored in the database and can be retrieved at any time by administration. The percentage of the course is determined by the logic that if overall time of 3 credit hour class is 30 hours then the student must be available in the class for 22.5 hour to fulfill 75 percent of total attendance requirement, otherwise he will be marked “Short Attendance or SA”. An early warning can also be initiated to intimate student about his current presence in the course. The proposed design provides interfaces for Administrators and the various stakeholders of the Student Attendant Management Information System (SAMIS). The implementation of this system will enhance both the attendance taking process and overall management of the attendance information. The system performance is demonstrated through hardware and software development.
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    Platform independent jumping car game in Unity3D
    (UMT Lahore, 2013) Usman Aslam; Firdous Farooq; Ghulam Murtaza
    Our interest to create a new game in such a competitive market took the shape of this project. We knew that gaming industry is growing rapidly so we are creating a game which is in 3D and we selected a tool which can also be used for physics simulation. We have created a game in which car can fly and user has to catch points in game and it’s a combination of physics and cartoonish game. We have tried our best to maintain latest technology, excellent graphics and all what a standard game requires.
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    Resume and webpage builder
    (UMT.Lahore, 2003) Ghulam Murtaza; Majid Hussain; Ihtsham Baig; Waqar Hassan
    RWB is a web based system which is designed to facilitate those institute whowant the profile of their students online for themselves and for all other people. Throughthis the lot of time of the MIS dept. of that institute
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    RFID student attendance system
    (University of Management and Technology Lahore, 2017) Muhammad Ibtisam-Ur-Rehman; Ghulam Murtaza; Wasif Shehzad; Faisal Fareed
    The current process of collecting student's attendance information is mostly manual. This project attempts to propose a more efficient Information Communication Technology (ICT) based process. The proposed design makes use of radio frequency (RF) as a means of communication between the Attendant Management Data Server (AMDS) and the RFID Card Readers (RCR) situated in the various classrooms or lecture halls. The main purpose of RFID technology is to identify an object or a person through a tag attached to it. The identification tag contains the data stored in its memory.Each tag contains that information in the form of code, which differentiates that object from all other objects. The biggest motivation to do this project is to archive student attendances, save time of the instructor and allow only authorized students to sit in the class. When a student uses his/her RFID card, the status of the student in the system is updated and overall percentage of classes attended in that course is stored in the database and can be retrieved at any time by administration. The percentage of the course is determined by the logic that if overall time of 3 credit hour class is 30 hours then the student must be available in the class for 22.5 hour to fulfill 75 percent of total attendance requirement, otherwise he will be marked “Short Attendance or SA”. An early warning can also be initiated to intimate student about his current presence in the course. The proposed design provides interfaces for Administrators and the various stakeholders of the Student Attendant Management Information System (SAMIS). The implementation of this system will enhance both the attendance taking process and overall management of the attendance information. The system performance is demonstrated through hardware and software development.