Now showing items 477-483 of 483

    • Water quality monitoring using machine learning and Internet Of Things (IoT) 

      Rahman, Naveed; Nir, Riaz Uddin Ahmed; Tithi, Saila Hasan; Shupti, Baishakhi Rani Das (Brac University, 2021-04)
      In this project, we built and developed an IoT based system that can monitor the water quality of various places in real-time and provides future predictions regarding the water quality in each place. For this project, we ...
    • Web based home automation 

      Rabbi, Arafat Jahangir; Jahan, Tamanna; Islam, S.M.Shamsraj; Pervez, Abu Raihan (BRAC University, 2015-04-26)
      This project is developed by using a real time database that can be accessed and modified through internet. For hardware components Ethernet shield, ATmega32A microcontroller and little circuitry is incorporated. In attempt ...
    • WiMAX implementation of smart grid wide area distributed generation and demand side load protection model in MATLAB/SIMULINK 

      Arefin, Mohammad Kamrul (BRAC University, 2016-08)
      Smart grid plays a vital role to protect electrical load and utilities among electrical power consumers due to its wide range of advantages which in turn made up its growing demand in current world. Mostly, electrical loads ...
    • Wimax security analysis 

      Saeed, Nuha; Munira, Mahfuza (Department of Electrical and Electronic Engineering, 2011-04-28)
      Worldwide Interoperability for Microwave Access (WiMAX) is a wireless metropolitan area network (WMAN) communications technology using the IEEE 802.16 standard. The original purpose of IEEE 802.16 technologies was to provide ...
    • A Wireless controlled semi-autonomous fire extinguishing robot to rescue and monitor hazardous 

      Imran Bin, Jafar; Raihana, Kanij; Barua, Tanwy; Uddin, Milon (BRAC University, 2013)
      This thesis work covers the design and construction of a very contemporary advantageous electro-mechanical arrangement for fire extinguishing purpose that is an intelligent robotic system which is basically used to move ...
    • Wireless interconnect for future ULSI 

      Islam, Fahmida; Sultana, Samiha; Sultana, Maria (BRAC University, 2016)
      In this age of compressed CMOS technology, due to stringent systems requirements in power, performance, and fundamental physical limitations, future ULSI systems are relying more on ultra-high data rates, scalable, ...
    • Wireless power transfer 

      Khandaker, Tahsin; Alam, MD. Mahmudul; Zaheen, M. Sajib; Chowdhury, Dipta (BRAC Univeristy, 2018)
      Electric vehicles are making a new era in the world of vehicles and electronics where Bangladesh has just started getting the touch of this technology. It is very efficient and a way of saving our natural resources aiming ...