Digital Signal Processing

Over the years, I have grown particularly fascinated with the abstract side of electronics, including the creation of programming languages and applications, especially for mobile devices, and the creation of artificial intelligence. I see the potential for computer programs and artificial intelligence to help humanity solve many of its most complex problems in entertainment, communication, and everyday life, and I believe a degree in Computer Science would help me become a part of this

I realized that to really pursue my interest I needed to go to a top university and worked hard in high school to achieve that aim. I was able to do just that and secured admission to BITS Pilani through the one most competitive engineering entrance exam in the country with a 3% selection ratio with an additional requirement of 80% in physics, chemistry & mathematics. While choosing my specialization I went through the structure of the programs offered and realized that the being a more balanced course the M.Sc.(Tech.) in Information Systems would best match my goals and ambitions.

This statement had a deep rooted impact on my attitude since my childhood. The quest for knowledge has always been a passion for me so when I am faced with myriad of choices for my career,I am determined to pursue research in the field of my interest and for this reason I choose to pursue MS in Computer Engineering at your esteemed university.Since childhood I was influenced by my mother who works in Doordarshan, India’s first Television network as an engineer. I was fascinated by how visual media, message is relayed to the entire nation with the help of technology and computers which were nascent but burgeoning. It was this fascination coupled with my childhood knowledge about basic computer operations that made me to venture into vastness of computers and electronics and aspired me to pursue a degree in Electrical and Electronics Engineering major in my under graduation. My strong inclination towards Maths and Science supplemented by high performance in academics during my school years facilitated me to obtain an admission into

I received my undergraduate degree from Amrita Vishwavidyapeetham University, where my key interests were subjects like Microcontrollers, Digital Systems, Control Systems, Analog Electronic and Drives. My degree program involved a mix of course work and lab work. While the concepts were taught in class, the complete

I remember myself as a bright student throughout my schooling. I was well versed in both academic and extracurricular, especially in sports. My engineering was a bit of a different story. Over the four years of engineering, I learned subjects related to Power Systems, Electronics, Analog and Electronic Instrumentation, Microcontroller and Microprocessor, Control Systems, Electrical Machines. Etc. Laboratory sessions of these subjects helped me to accumulate consciousness of practical usage of electrical engineering. It gave me the opportunity to correlate theory to practical phenomena. This, in turn, gave me a better understanding of the subject and newer lines of thinking. The course in Electrical Engineering covered a wide panorama of subjects. I learned to program in C and MATLAB which were extremely helpful in my practical works. My ideas and knowledge of electrical engineering were first tested in the third year of engineering in the power electronics based project of ‘Pulse triggering circuit for triggering of SCR’. Besides that, I was always exposed to co-curricular activities like vocational training at transmission

The journey of my post graduation career was ignited when I landed among top 1% of the students at the State Board Examination of the 10+2 level and facilitated with State Level Scholarship for Higher Education (SHE) for my Under Graduate program under the Innovation in Science Pursuit for Inspired Research (INSPIRE) scheme of the State Government. Based on my academic performance I was admitted to the reputed institute of D J Sanghvi college Of Engineering for the under graduate program in Information technology, where I learned core IT concepts like Programming Languages (C, C++, Java), Data Structures and algorithms, Database systems, Security systems, Operating Systems, Software Engineering etc. The Exposure to C, C++ and JAVA developed within me an eagerness of learning them, which further gave me good

I secured my admission for Undergraduate in Computer Engineering in M.H. Saboo Siddik College of Engineering, one of the accredited colleges in Mumbai University. I studied with diligence, hard work and completed my undergraduate with a 65.41% aggregate. My favorite subjects are Programming Languages, Mobile Computing, Computer Architecture, Compiler Construction, DBMS, Networking and Operating System. One of the most favorite subjects which I learned in my undergraduate studies was Java Programming. Java Programming changed my life forever. It improved my Logical Reasoning, Analytical Ability and Programming Skills. I started writing my own programming logic and also came up with my own piece of code to solve a Sudoku puzzle using Java programming. During my undergraduate span, I also became a member of Computer Society of India (CSI), one of the first and the largest body of computer professionals. In addition to being a member of CSI, I was

It was the time to water the seeds of VLSI that were sown earlier. In 2010, I completed my schooling from Ahlcon International School, Delhi. This marked the culmination of a 12-year period of brilliant schooling and I must admit that much of what I have gone on to do and achieve is the result of those years. In August 2011, I enrolled for a 4-year Bachelor’s Program at Jaypee Institute of Information Technology, Noida and opted for Electronics and Communication as my Major. I have spent the past few years in an atmosphere of proactive and vibrant academics. Amidst students drawn from every corner of India and a faculty of highly qualified and widely travelled mentors, I have flowered. I remember my teacher, Professor Satyendra Kumar, walk into the first class of Basic Electronic Devices and Circuits and write on the board “The Next Big Thing Is Really Small.” And I knew I was in the right

My interest towards mathematics made me to take Mathematics, Physics and Chemistry as the main subjects during my intermediate (10+2). After obtaining 94% marks in Intermediate and securing a top 6% rank in engineering entrance test, I opted for Computer Science Engineering in JNTU College of Engineering. Immediately after my Bachelor’s degree, I secured the job in Wipro Technologies and this offered me numerous opportunities to learn about the technical aspects of Software industry.

We will be talking about processing of data. So, depending on how the data are processed and the inference is made, most signal processing methods fall into

Digital signal processing (DSP) has been a major player in the current technical advancements such as noise filtering, system identification, and voice prediction [2]. But, standard DSP techniques, are not equipped enough to solve these problems effectively and obtain almost desirable results. Adaptive filtering is an answer to the problem and is being implemented to promote accurate solutions and a timely convergence to that solution. Therefore, because of the high end capabilities of the adaptive techniques these are being widely implemented in the fields like radar, communications, seismology, mechanical design and biomedical electronic equipments.

(i) (ii) (iii) w 0 0.1 π 0.2 π 0.3 π 0.4 π 0.5 π 0.6 π 0.7 π 0.8 π 0.9 π π

With advent of modern high-performance signal processing applications, high throughput is in great demand. Digital Signal Processing is perhaps the most important enabling technology behind the last few decade’s communication and multi-media revolutions. Most recent research in the digital signal processing (DSP) area has focused on new techniques that explore parallel processing architectures for solutions to the DSP problems .DSP is used in a numerous real time application related with the VLSI technology such as wireless communication, transmission system, multimedia, digital video, digital audio and radar system. The field of DSP has always been driven by the advances in VLSI technologies. With the advances in

My exceptional academic records in my secondary and higher secondary examinations, and in my undergraduate course in electronics and communication engineering have provided me

However, I found that I have no uncertainty in proceeding along a path that I have been planning over the years, as I have originated from a family where the highest priority was always given to good education. Blessed with schooling from one of the premier institutions of India, Dayawati Modi Academy in my native place, I was strongly motivated to pass my X class exams with over 71% marks. After successful completion of my 10th grade, I got enrolled for non-medical studies, which includes computer science as major subject. I obtained over 69% marks in the Intermediate exams. A natural aptitude for mathematics, a sense of logic, analytical ability, capacity for diligent work and high academic credentials secured me a place in Shobhit University, recognized by University Grant Commission act 1956, which is a among best University in India in general and my native state Uttar Pradesh in particular. I took Computer Science Engineering as my major subject in the undergraduate program. During the course of the study, I was exposed to various subjects like ‘C’, Java, AutoCAD and Data Structures and gained a lot of expertise in them. This interest led me to go for SCJP certification in the year 2011.