AIT-Tumakuru
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This document describes an electronic display system that can display data to both blind and sighted people on the same screen. It uses a dot matrix display and touchscreen keypad to allow both blind and sighted users to access the information. The system was tested at a blind school in Karnataka, India, where it accurately displayed information to randomly selected blind users. Potential applications of the system include using it as an e-book reader, information display board, smartphone/tablet, and to help blind teachers evaluate students' work. The inventor sees it benefiting the estimated 200,000 visually impaired children in India. Future work will focus on the dot matrix display design.
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This document contains contact and profile information for Rezky Nova Sonny. It lists his technical skills which include CAD design, PLC and HMI programming, Labview data monitoring, and electrical and panel control design. It also outlines his education as a Bachelor's in Mechatronics and Diploma 3 in Electronics. His experience includes projects involving various machine automation, an IOT machine monitoring system, chip resistor packaging, and vision systems.
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Shaban Ahmed is an Egyptian electrical engineer seeking new opportunities. He has a Bachelor's degree in Electrical Engineering from Alexandria University, Egypt. His experience includes summer training programs in automatic control systems, power distribution systems, and agro-industrial projects. He is fluent in Arabic and intermediate in English. Shaban has skills in PLC programming, microcontroller programming, electrical design software, and computer programs like MS Office. He aims to utilize his technical skills while enriching his knowledge and contributing to organizational growth.
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Surender D is seeking a position in research and development utilizing his technical and analytical skills. He has an M.Tech in Automotive Electronics and Embedded Systems from Vel Tech University with 8.47 CGPA. He is currently an Assistant Professor at Vel Tech University and has published several papers in journals and conferences. His areas of interest include electric vehicles, electronic fuel injection, and embedded systems. He has experience with industrial trainings and projects involving vibration detection systems, automatic headlamp leveling, and outcome based education workshops.
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The document discusses digital I/O programming on microcontrollers, including how to access different ports, avoid issues with ports 0 and 3, and use keywords like sbit, sfr, and bit to directly access I/O ports and registers to set inputs and outputs as well as create software delays for applications like displaying a Fibonacci series using LEDs.
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I o ports.ppt
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Paper URL: https://www.ijtsrd.com/engineering/computer-engineering/23199/motion-of-curtains-using-natural-language-processing/minu-mariya-vilson
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8085 instruction set
This document provides an overview of the instruction set of the 8085 microprocessor. It begins by defining what an instruction is and the classification of the 8085 instruction set. It then proceeds to describe various data transfer, arithmetic, logical, branching, and control instructions in detail through opcode, operands, examples, and before/after execution illustrations. The document aims to provide a comprehensive reference for the complete set of 246 instructions supported by the 8085 microprocessor.
I o ports.ppt
The 8051 microcontroller has 40 pins that provide input/output capabilities. It has four 8-bit I/O ports (P0, P1, P2, P3) that allow connection to external devices. Unlike microprocessors, the 8051 has onboard I/O ports so no additional chips are needed. The I/O ports use circuits that allow pins to be individually configured as inputs or outputs using latches controlled by the microcontroller.
Instruction set of 8085
The document provides instruction on the 8085 microprocessor instruction set. It discusses the different types of instructions including data transfer, arithmetic, and logical instructions. Data transfer instructions move data between registers and memory. Arithmetic instructions perform operations like addition, subtraction, incrementing, and decrementing. Logical instructions perform bitwise operations like AND and OR. The document provides examples of common instructions and explains their purpose and functionality.
1327 Addressing Modes Of 8086
The document discusses the different addressing modes of the 8086 processor. It describes 6 main addressing modes - register, immediate, memory, port, relative, and implied. The memory addressing mode has several sub-types including direct, register indirect, based, indexed, based indexed, and string addressing modes which specify how the effective address of the memory operand is calculated using segment registers and offsets.
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The document provides an introduction to the PIC16F877 microcontroller. It discusses that PICs are Harvard architecture microcontrollers made by Microchip with a RISC design. The PIC16F877 has an 8KB program memory, 368 bytes of data memory, and 256 bytes of EEPROM. It features ports, timers, ADC, and communication peripherals. Programming involves writing code, compiling to a hex file, and burning the file onto the PIC's flash memory using a programmer.
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Hands On Workshop on IoT: From Arduino to JRC Board named workshop held at University of Rajshahi on 12th August, 2023. Total 68 students from 04 different universities of North Bengal participated in the workshop and experienced 14 projects by hand.
Campus Network.pptx
This document provides details about a project to implement a smart campus network module at a college using Internet of Things (IoT) technology. The objectives are to present a local area network design suitable for colleges with limited budgets that ensures security, backup and other features of networks in developed countries. The project involves collecting data from various IoT devices on campus, analyzing the big data with techniques like data cleaning and visualization, and communicating between devices using protocols. It proposes a smart campus architecture with modules like campus operations, services and surrounding areas. Screenshots show simulations of the network in Packet Tracer. Advantages include enhanced security, time savings, access to real-time information and efficient electricity use.
Vision v.2.0
The document describes a proposed smart hand and eye device called Vision V2.0 for blind people in Bangladesh. It would use ultrasonic sensors and voice commands in local languages to guide blind users and help them navigate obstacles. The low-cost device is designed to be affordable for lower-income groups. It would run on a rechargeable battery and use microcontrollers and circuits integrated compactly. The team developing it has experience creating mobile apps and prototypes. Their goal is to benefit users, not make a profit, by providing a solution not currently available locally.
WET BOT (Cleaning Robot)
The document describes a proposed cleaning robot called "WET BOT" that uses artificial intelligence to clean autonomously without human instruction. The robot would use AI training to understand its environment and detect obstacles. It would allow the user to set a cleaning time, then automatically clean all areas of a residence on its own, even if the person is unavailable. This would save people time spent on cleaning and provide an affordable alternative to hiring a maid. The proposed robot design includes hardware like an Arduino board, stepper motors, crawlers, and a suction unit to move around and clean areas like the edges of a home.
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Hands On Workshop on IoT: From Arduino to JRC Board
Hands On Workshop on IoT: From Arduino to JRC Board
AIT-Tumakuru
- 1. Electronic display system For Both blind and Non Blind By Mohamad Farhanuddin firaq B.E(E&C)
- 2. ∗ Electronic Display system ∗ Displaying Data to both blind and Normal ∗ On a same screen Abstract act
- 4. ∗ Present day electronic braille readers are Expensive(Rs1.2lakh -Rs12 lakh per unit). ∗ Can be accessed by trained personnel. ∗ Least expensive Model.(8000Rs per unit) ∗ Can be accessed by both blind and Normal people. Problems statement Solution
- 5. Recognition ∗ Began as academic project with funding from kscst ∗ Enlisted in India's top 50 innovations by Intel and Department of science and technology Govt of india.
- 6. Methodology
- 7. Block diagram PIC16F873A Microcontroller 7 segment LED Push pull solenoidIR Sensor Pattern lock
- 8. ∗ Hardware Requirements ∗ PIC16F877A Microcontroller ∗ 7 segment LED display. ∗ Push pulls solenoid. ∗ IR object sensors ∗ Power supply unit ∗ Current amplifier IC ∗ Basic logic gate ICs. ∗ Software Requirements ∗ MP Lab IDE. ∗ Windows Xp O.S.
- 9. ∗ A demonstration was conducted at siddaganga blind school,Tumakuru District-karnataka. ∗ This model was tested by selecting Randomly 4 blind persons and Results were Precise. Sample survey
- 10. ∗ This model can be implemented as an E- book reader for both blind and normal people. ∗ This model can be used as notice/display board at banks, government offices etc… ∗ The portable version of this model can be implemented as a smart phone/Tab for both blind and normal people. ∗ Production Braille paper can be avoided if proposed model is implemented as E-Braille reader. ∗ will help blind school teachers to evaluate their student’s results quickly since data is visible/sensible for both Applications
- 11. ∗ At least 200,000 children in India have severe visual impairment or blindness. ∗ 15,000 are in schools for the blind. ∗ The blind population will be benefitted if we implement this device in education sector. Conclusion
- 12. ∗ Dot matrix type Display Design has been developed and presented for incubation to centre for innovation incubation and entrepreneurship , IIM-A.Gujarat Future works(under Design) Features include: ∗ Dot matrix display ∗ On board Touch screen Keypad.
- 13. Thank you