Hello Folks, this post is to inform you about the Free Online National Level Quiz Competition 2021 based on Advanced Digital Signal Processing. This article lists the National Level Quiz, Digital Signal Processing MCQs for engineering students.
This Quiz is like a test series of questions on DSP Fundamentals, Digital Signals, Sampling, Discrete Fourier Transform (DFT), FIR Filter Realization, Multirate DSP, DSP Hardware Platform, etc. This Quiz will definitely help you in cracking competitive exams.
About this Quiz Competition
The Department of Electronics & Communications Engineering(ECE), Rise Krishna Sai Prakasham Group of Institutions is conducting the A National level e-Quiz on “Advanced Digital Signal Processing”. This Quiz contest consists of 20 Multiple Choice Questions or Objective Based Questions. All Questions are compulsory to attempt.
This e-Quiz Contest is totally free of cost for all.
After completion of this Quiz Contest, all participants will get Free Online Verified Certificate if they score 30% and above.
All the staff & Students of colleges from Engineering Colleges & Technology, Science and allied branches are invited to attempt this National Level Quiz and enhance their learning skills or upskill their skills.
Definition of Signal
Signal uses gestures, actions, and sound to transmit information. An analog signal and a digital signal are the two types of signals that can be categorized. The majority of signals are analog in nature, which means they are continuous in time. We can utilize sampling and quantization to transform an analog signal into a digital signal.
The signal is sampled at a defined interval of time and then converted into a discrete signal using sampling and quantization. After obtaining the discrete signal, the signal is transformed into a digital signal. The purpose of signal processing is to analyze, change, and synthesize the signal.
About Advanced Digital Signal Processing or Advanced DSP
What Is Digital Signal Processing (DSP) and What Does It Mean?
The process of evaluating and changing a signal in order to enhance or increase its efficiency or performance is known as digital signal processing (DSP). It entails using a variety of mathematical and computational techniques to analog and digital signals in order to generate a signal of greater quality than the original.
DSP is generally used to detect faults as well as to filter and compress analog signals while they are in transit. It’s a type of signal processing that’s done with a digital signal processor or another device that’s capable of running DSP-specific processing algorithms. DSP typically converts an analog signal to a digital signal before applying signal processing methods and techniques. DSP, for example, can help minimize noise and distortion in audio streams. Audio signal processing, digital image processing, speech recognition, biomedicine, and other applications of DSP are only a few.