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Control and Computing Laboratory

This lab facilitates students with hand-on experiments on the real physical systems that apply fundamentals of control system theory. The lab contains a variety of equipment used in the design and experimentation of digital and analog electromechanical feedback control systems. The topics studied in this lab include system modeling, digital and analog data acquisition systems, electro-mechanical interfacing, controller design, and implementation using MATLAB. The lab also includes equipment and simulation kits useful for realizing the various DSP techniques into hardware.

The lab aims to provide the experience of developing various DSP algorithms and then, porting them to the hardware for real time applications. Thus, this bridges the necessary gap of DSP Theory and development of hardware aware DSP algorithms. The experiments in the DSP lab ranges from basic implementation of sampling, filtering, fourier transform to complex real life applications such as noise cancellation, audio processing etc.

In addition, the laboratory imparts knowledge of processor architecture, real time scheduling algorithms and use of different embedded processors in different applications. The embedded processors come with reach peripherals like GPIOs, Timers, Analog inputs, I2C Bus, USART, RTC etc. The students learn programming of these peripherals using programming languages like C. The students also use assembly language programming to understand low level drivers. Students are exposed to Hardware Abstraction Layer (HAL) for accessing different peripherals through high level languages like C.



This lab is used for research as well as conducting lab experiments in following areas:

This lab is also used for conducting experiments associated with embedded systems for the M.Tech. students enrolled in Cyber Physical Systems and Sensors & IoT branches.

Facilities
  • Magnetic Levitation System
  • Ball and Beam
  • Active Suspension System
  • Industrial Emulator
  • Rotary Inverted Pendulum
  • Q-Aero USB (Helicopter)
  • Coupled Tank System
  • Real Time Digital Simulator (RTDS)
  • Data Acquisition System
  • Software MATLAB
  • 8085 Based Microprocessor Kits
  • Dual DAC Interface Module
  • Logic Controller Interface Module
  • 16 Channel 8-Bit ADC Interface Module
  • LCD(16*2) Interface Module
  • Musical Tone Generator Interface Module
  • Real Time Clock Interface Module
  • Traffic Light Interface Module
  • Elevator Interface Module
  • DM 164134 HPC Curisoity Board
  • Digital Storage Oscilloscope
  • Software MP LAB IDE
  • TMS320C5515 DSP Kit
  • DM6437 Digital Video Development Platform
  • DSP F28335 Board
  • Code composer studio
  • Evaluation Modules TMS320LF2407 EVM board
  • DM642 Digital Media Developer Kit
  • DM6437 Davinci with Camera
  • Video and Image Kit SMT8039
  • Keil μVision Software
  • ST32CubeMX software
  • Cortex-M4 STM32F407VET6 Development Board
  • ST LINK V2 - ST-LINK Programmer


People
Faculty

1. Deepak kumar M. Fulwani

Research Interests: Embedded Control, Control of Micro-Grids, Control of Uncertain System

Office location: Room no. 227, Department of Electrical Engineering

Phone: (91 291) 280 1355

Web:https://sites.google.com/a/iitj.ac.in/deepak-fulwani/home

2. Anoop Jain

Research Interests: Cooperative Control; Multi-Agent Systems; Formation Control; Nonlinear Control; Event,Triggered Control, Cyber-Physical Systems

Office location: 204, EE,

eMail: anoopj@iitj.ac.in

Phone: (91 291) 280 1371

Web:https://sites.google.com/view/anoopjain/

3. Niladri Sekhar Tripathy

Research Interests: Dynamics and Control, Mechatronics, Cyber-physical Systems, Cybersecurity

Office location: 106, EE,

eMail: niladri@iitj.ac.in

Phone: (91 291) 280 1375

Web: http://home.iitj.ac.in/~niladri/

4. Himanshu Kumar

Assistant Professor

Research Interests: : Image and Video Processing, Computer Vision, Deep Learning, Computational Imaging

Ph.D.: Indian Institute of Technology Kanpur

eMail: hkumar@iitj.ac.in

Phone: (91 291) 280 1370

Web: https://sites.google.com/a/iitj.ac.in/himanshu-kumar/home

Staff

Kailash Chander 

eMail: kchander@iitj.ac.in

Phone: (91 291) 280 1393

Contact Details

Room No. 104

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