Browsing by Author "Zain Ul Abideen"

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    Advanced real time automation using system software control
    (UMT.Lahore, 2018) Muhammad Taimoor Hassan; Muhammad Umar Qayyum; Zain Ul Abideen; Ahsan Ahmad Ajaz
    A sensor based operating system that automates appliances according to the physical environment. This project provides insight to what can be achieved through the use of simple sensors operating simultaneously. This technique can be used to save energy and provided convenience for the daily use of appliances. The use of this particular form of automation is practical, advanced and convenient. It provides easy remote access to the operation of appliances which is a technologically advanced form of using electrical engineering knowledge for implementation anywhere. The software developed in the gateway for accessing the features of the entire system that include motion sensors and automatic brightness control mechanisms along with real time operations. The software provides the controlling of electrical switches from any given location provided that the device being used to access it is a part of the network to which the appliances are connected appropriately. This is a simple way of using technology to our advantage and makes use cheap equipment for our ease, comfort, security and also financial benefits in the long run.
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    An intuitive approach for the design and implementation of omnidirectional telepresence robot
    (UMT.Lahore, 2018) Zain Ul Abideen; Muhammad Husnain Javed
    The telepresence robot is designed to set forth an economic solution to facilitate day to day normal activities in almost every field. The applications of this robot include the conference meeting, conducting interviews, distance learning, teaching, office meet ing etc. There are a number of proposed solutions to design telepresence robots e.g Skype and team viewer, but it is pretty silly to use Skype and extra hardware. Video transmission is achieved by using the WebRTC technology between client and user to interface the control commands. The user can log in to the website and the robot could be controlled using a GUI interface along with a separate window for video display. The hosted WebRTC and java scripts translated the commands to the microcontroller to translate the instruction. To achieve the efficient and reliable video transmission the influence quality factors like quality of service (QoS) and bandwidth are resolved using the WebRTC along with the integration of the communication protocols. To protect the data transmission we have implemented the SSL protocol and installed on the server125. To prevent the public access from the control panel we have designed a login page and linked with the Microsoft SQL server to enhance the authentication process. The biggest challenge was to make moving internet connection anywhere without any dependency. The problem of the movement is resolved by Omni wheels as it does not require steering angle. The telepresence robot could be controlled anywhere through the internet and smooth motion of the robot is obtained by omnidirectional control. The robot is mod elled as a holonomic omnidirectional and equations of the modelling are implemented in the microcontroller to obtain the omnidirectional movement. The whole process of the robot is accomplished by three phases; two phases of the programming and one phase of the hardware implementation. One phase is WebRTC integration with JavaScript programming, second for microcontroller programming to control motion and third for hardware implementation and software integration of the robot