Group: 2013-FYP-26

PERSONAL ASSISTANT ROBOT

Advisor:

Dr. Kashif Javed

Abstract:

In this busy world, everyone wishes to have a personal robot to help them, especially bedridden patients who need a helper all the time to take care of their necessities. Society seems to see them as a burden. Therefore, we built a project, a Personal Assistant Robot for such bedridden people that fulfills their very basic needs. Hence, there wont be any need of a human caretaker. The main modules of this robot are: Speech Recognition, Object Identification and Vehicle Movement via Raspberry Pi 3. For Speech Recognition, Dynamic Time Warping and for Object Identification, Nearest Neighbor Algorithm is used. Our dataset includes 50 audio and 50 image samples for each of the four words i.e. Water, Apple, Medicine and First-aid. Raspberry Pi 3 is used to make it a standalone four-wheel assembly. Personal assistant robot listens the voice commands via Bluetooth mic. The commands include the names of the things to be fetched e.g. medicine, water etc. Speech Recognition System running on Raspberry Pi 3 will be able to recognize the spoken word. The whole room will be scanned via camera, rotated by stepper motor, to locate the demanded object. Once identified, the robot will move towards the required object by sensing the distance via Ultrasonic sensor and return to the patient with the object.

First Presentation:

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Thesis Report:

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Video:

Team Members:

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Objectives

Our Vision

To ensure understanding and application of engineering fundamentals to address social needs.

Our Mission

To become a center of excellence in knowledge creation and dissemination by inculcating analysis and design skills in electrical engineering students.

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